The purpose of this blog is the creation of an open, international, independent and free forum, where every UFO-researcher can publish the results of his/her research. The languagues, used for this blog, are Dutch, English and French.You can find the articles of a collegue by selecting his category. Each author stays resposable for the continue of his articles. As blogmaster I have the right to refuse an addition or an article, when it attacks other collegues or UFO-groupes.
Druk op onderstaande knop om te reageren in mijn forum
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Deze blog is opgedragen aan mijn overleden echtgenote Lucienne.
In 2012 verloor ze haar moedige strijd tegen kanker!
In 2011 startte ik deze blog, omdat ik niet mocht stoppen met mijn UFO-onderzoek.
BEDANKT!!!
Een interessant adres?
UFO'S of UAP'S, ASTRONOMIE, RUIMTEVAART, ARCHEOLOGIE, OUDHEIDKUNDE, SF-SNUFJES EN ANDERE ESOTERISCHE WETENSCHAPPEN - DE ALLERLAATSTE NIEUWTJES
UFO's of UAP'S in België en de rest van de wereld Ontdek de Fascinerende Wereld van UFO's en UAP's: Jouw Bron voor Onthullende Informatie!
Ben jij ook gefascineerd door het onbekende? Wil je meer weten over UFO's en UAP's, niet alleen in België, maar over de hele wereld? Dan ben je op de juiste plek!
België: Het Kloppend Hart van UFO-onderzoek
In België is BUFON (Belgisch UFO-Netwerk) dé autoriteit op het gebied van UFO-onderzoek. Voor betrouwbare en objectieve informatie over deze intrigerende fenomenen, bezoek je zeker onze Facebook-pagina en deze blog. Maar dat is nog niet alles! Ontdek ook het Belgisch UFO-meldpunt en Caelestia, twee organisaties die diepgaand onderzoek verrichten, al zijn ze soms kritisch of sceptisch.
Nederland: Een Schat aan Informatie
Voor onze Nederlandse buren is er de schitterende website www.ufowijzer.nl, beheerd door Paul Harmans. Deze site biedt een schat aan informatie en artikelen die je niet wilt missen!
Internationaal: MUFON - De Wereldwijde Autoriteit
Neem ook een kijkje bij MUFON (Mutual UFO Network Inc.), een gerenommeerde Amerikaanse UFO-vereniging met afdelingen in de VS en wereldwijd. MUFON is toegewijd aan de wetenschappelijke en analytische studie van het UFO-fenomeen, en hun maandelijkse tijdschrift, The MUFON UFO-Journal, is een must-read voor elke UFO-enthousiasteling. Bezoek hun website op www.mufon.com voor meer informatie.
Samenwerking en Toekomstvisie
Sinds 1 februari 2020 is Pieter niet alleen ex-president van BUFON, maar ook de voormalige nationale directeur van MUFON in Vlaanderen en Nederland. Dit creëert een sterke samenwerking met de Franse MUFON Reseau MUFON/EUROP, wat ons in staat stelt om nog meer waardevolle inzichten te delen.
Let op: Nepprofielen en Nieuwe Groeperingen
Pas op voor een nieuwe groepering die zich ook BUFON noemt, maar geen enkele connectie heeft met onze gevestigde organisatie. Hoewel zij de naam geregistreerd hebben, kunnen ze het rijke verleden en de expertise van onze groep niet evenaren. We wensen hen veel succes, maar we blijven de autoriteit in UFO-onderzoek!
Blijf Op De Hoogte!
Wil jij de laatste nieuwtjes over UFO's, ruimtevaart, archeologie, en meer? Volg ons dan en duik samen met ons in de fascinerende wereld van het onbekende! Sluit je aan bij de gemeenschap van nieuwsgierige geesten die net als jij verlangen naar antwoorden en avonturen in de sterren!
Heb je vragen of wil je meer weten? Aarzel dan niet om contact met ons op te nemen! Samen ontrafelen we het mysterie van de lucht en daarbuiten.
05-02-2025
The FBI Just Quietly Revealed That It Has a Real-Life UFO Office
The FBI Just Quietly Revealed That It Has a Real-Life UFO Office
The truth is out there — and under lock and key at the FBI.
Image by Fox / Liaison via Getty / Futurism
Amid the Pentagon's years-long probes into the unexplained and unidentified, the FBI has been quietly running its own secret office investigating so-called "unidentified anomalous phenomena."
Yes, let's get this out of the way: that's basically the plot of the 90s television show "The X-Files." But buried in a new Politico story about concerns that UFO-hunting agents may soon be caught up in a purge is a jarring revelation: that such an office exists within the bureau —the "existence" of which had "not been disclosed publicly before," per the outlet's reporting.
It was previously known that the Pentagon had a similar group. Known as the All-Domain Anomaly Resolution Office (AARO), that office deals with UAP sightings from military officials. There doesn't appear to be any other known counterpart in civilian branches of government.
In a statement to Politico, the FBI confirmed the existence of the office but refused to comment further, including to say how many members it has or how long it has been investigating UAPs in an organized manner.
"The FBI investigates Unidentified Anomalous Phenomena when there is potential for a violation of federal law — particularly unlawful acts that could adversely affect our national interests — and to gather, share, and analyze intelligence to combat security threats facing the US," the bureau told Politico.
Former Naval pilot and Congressional UFO whistleblower Ryan Graves spoke at length to the magazine about the importance of the group's work and how deleterious it would be for the office to be gutted due to partisanship.
"I am concerned that the FBI’s UAP Working Group could be affected by transition changes," Graves said, "and these leaders might not be aware of the incredible work these agents are doing and how their investigation could be empowered as part of a formalized intergovernmental effort."
Caison Best, a former Army special forces intelligence officer, told Politico that he'd spoken to members of the FBI's UAP office after witnessing an alleged UFO in Colorado. Though it's unclear exactly how many of those agents could be implicated in the alleged purge, Best said it would be "obviously detrimental" if that happened.
"The FBI is one component of the government that is starting to realize what other functions in the government have already known for a long time and have been participating in," the ex-Army intelligence officer said.
In English, he seems to be suggesting that the FBI's previously undisclosed UAP office has been working with the Pentagon's AARO — and, perhaps, with other agencies as well.
With Trump's swiftly-unfolding plans to purge the government of anyone who doesn't fall in line, it's impossible to say whether the FBI's "X-Files" office will continue to exist.
Though given the president's promise to reveal the truth about unidentified objects in the skies, killing the group completely would seemingly go against his "commitment to take the U out of UAP," as Graves put it to Politico.
This deep-sea polar worm looks like it can't decide if it's dressed for a glitzy party or a gruesome massacre.
The Antarctic scale worm has a retractable mouthpart containing sharp jaws it uses to tear prey into pieces.
(Image credit: Smithsonian NMNH)
Name:Antarctic scale worm (Eulagisca gigantea
Where it lives: Below 1,640 (500 meters) deep in Antarctica's Southern Ocean
What it eats: Unknown. Probably other animals and/or organic debris.
Why it's awesome: With their shimmering golden coats, these worms almost look glamorous — until you see their horrifying jaws, which resemble the mouth of the xenomorph from "Alien."
The worms are named after the scales (known as elytra) that cover their bodies. These scales look a bit like human teeth, adding to the worms' dazzling-yet-gruesome appearance.
Growing up to 8 inches (20 centimeters) long, Antarctic scale worms are a type of ocean-dwelling polychaete, or bristle worm (polychaete is Latin for "many bristles"). Related to earthworms and leeches, there are over 8,000 named polychaete species.
They have segmented bodies, with loads of little bristles sticking out of each section.
The scale worm lives deep in the Antarctic ocean and they grow up to 8 inches long. (Image credit: Smithsonian NMNH)
Different polychaete species use their bristles for different purposes, according to the Monterey Bay Aquarium Research Institute (MBARI). In this case, Antarctic scale worms' shimmering golden hairs could help them crawl or swim through the water, or defend themselves from threats. It's unclear why their bristles are golden.
Their most remarkable body part, however, is often hidden. Their purplish "head" isn't actually a head at all but a retractable mouth they keep tucked away until they're ready to feast. The worms unfurl this proboscis to reveal a set of jaws almost 3 inches (7 cm) wide complete with large, sharp teeth, according to Australian Geographic.
We don't know exactly what they eat, but according to "The Illustrated Encyclopaedia of 'Ugly' Animals" (Wren & Rook, 2020) their large teeth mean they are likely "quick and aggressive hunters."
Although it was discovered in 1939, very little is known about this deep-sea species. Like other bristle worms, it probably plays an important role in keeping the ocean healthy. Bristle worms "are fabulous recyclers and builders, creating massive reef structures and tangles of tubes that house a myriad of other animals including crabs, snails, and (of course!) other worms," MBARI representatives wrote.
An illustration of different tools and inventions.
Curiosmos.
The ability to create and use tools defined humanity’s rise from primitive survival to building complex civilizations. These tools were not just practical but transformative, enabling early humans to shape their world and lay the groundwork for modern technology. From the simplest stone tools to sophisticated instruments of navigation, the inventions of our ancestors remain a testament to human ingenuity.
This article delves into the ancient gadgets that revolutionized human history and their enduring impact.
The Dawn of Technology: Stone Tools
The advent of stone tools marked a monumental leap in human evolution. Around 2.6 million years ago, early hominins crafted the first tools in Olduvai Gorge, Tanzania, giving rise to the Oldowan Industry. These rudimentary tools—hammerstones, choppers, and flakes—were used for essential tasks like butchering animals, processing plants, and woodworking.
Why Stone Tools Were Revolutionary
Unlike organic materials like wood or bone, stone tools endured the test of time, leaving behind artifacts that reveal key insights into the lives of early humans. The deliberate crafting of these tools, involving percussive blows to shape sharp edges, demonstrates advanced cognitive and motor skills.
Fun Fact:Even animals like chimpanzees and crows use basic tools, but the manufacturing of Oldowan tools reflects a unique behavioral innovation among early hominins.
From Oldowan to Acheulean
The Oldowan tools paved the way for the Acheulean Industry, characterized by hand axes, cleavers, and knives. Acheulean tools, associated with Homo erectus, spread from Africa to Asia and Europe, enabling early humans to hunt, build shelters, and thrive in diverse environments. This era represents 99% of humanity’s technological history (Toth & Schick, 2014).
Simple Machines: The Foundation of Engineering
The invention of simple machines transformed how humans manipulated their environment, leading to some of the greatest engineering feats in history. These tools leveraged mechanical advantage to amplify force, making tasks easier and more efficient.
The Lever: An Ancient Power Tool
One of the earliest uses of the lever is evident in the shaduf, a water-lifting device invented in Mesopotamia around 3000 BC. Consisting of a long pole balanced on a pivot, the shaduf allowed farmers to irrigate their crops with minimal effort. Remarkably, it remains in use today in parts of Africa and Asia.
The Invention of the Wheel - The Journey to Civilization #03 - See U in History
The Wheel: Rolling Into the Future
The wheel and axle mechanism originated in Mesopotamia, with the Sumerians initially using it for pottery around 3500 BC. This invention evolved into wheeled carts, revolutionizing transportation and trade. By enabling the movement of goods over long distances, the wheel played a crucial role in the development of early economies.
The Archimedes Screw: Innovation in Agriculture
Attributed to the Greek mathematician Archimedes, the Archimedes screw was a device designed to lift water for irrigation. Although similar mechanisms existed in Assyria and Egypt earlier, this invention became a cornerstone of ancient agricultural practices and is still used in some industries today.
Building the Impossible: Ramps and Pulleys
Ancient architects relied on ramps, levers, and pulleys to construct monumental structures like the Great Pyramid of Giza and the Colosseum in Rome. Archaeological evidence from the Hatnub quarry in Egypt suggests that ramps and pulleys were integral to hauling massive stone blocks, showcasing the ingenuity of ancient engineers.
Navigating the World: Instruments of Exploration
The ability to navigate vast oceans and unknown territories was a defining moment in human history. Early navigation tools enabled trade, exploration, and cultural exchange, laying the foundation for global connectivity.
The Compass: Guiding the Way
Invented in China around 206 BC, the magnetic compass was initially used for divination. Over time, it became an essential tool for navigation, allowing sailors to traverse vast seas even when celestial objects were obscured. This innovation revolutionized exploration and expanded trade routes.
Sunstones: The Vikings’ Secret Weapon
According to Norse legend, Vikings used sunstones to locate the sun on cloudy days. Modern research confirms that birefringent crystals like calcite could polarize light, enabling accurate navigation without a magnetic compass. This method might explain how the Vikings conquered the North Atlantic’s treacherous waters.
Austronesian Seafaring
The Austronesians, masterful sailors from Southeast Asia, invented outrigger canoes and catamarans, enabling them to explore and settle the Pacific Islands. Their innovative vessels allowed them to travel vast distances, facilitating the spread of culture and trade across the region.
The Written Word: A Technological Masterpiece
The development of writing was one of humanity’s most transformative achievements. Recording information allowed civilizations to preserve knowledge, govern societies, and develop literature.
Cuneiform: The First Writing System
The Sumerians pioneered cuneiform writing around 3100 BC. Initially used for accounting, it evolved into a versatile script capable of recording laws, religious texts, and epic poetry. The famous Sumerian poem Enmerkar and the Lord of Aratta highlights the importance of writing as a tool for communication and storytelling.
Egyptian Hieroglyphics and Beyond
Inspired by cuneiform, the Egyptians developed hieroglyphics, a pictorial script used for monumental inscriptions and religious texts. Other civilizations, such as the Mesoamerican Olmecs, followed suit with their own writing systems, illustrating the universal need for recorded knowledge.
Measuring Time: The Ultimate Gadget
Timekeeping was essential for agriculture, governance, and religious practices. Ancient societies developed ingenious methods to track time, many of which laid the groundwork for modern clocks.
Sundials and Shadow Clocks
The Egyptians used shadow clocks and sundials as early as 3500 BC to divide the day into hours. These devices were not only practical but symbolized humanity’s growing understanding of celestial mechanics.
Water Clocks: Precision in Timekeeping
Known as clepsydrae, water clocks measured time based on the steady flow of water between vessels. The oldest known example, dating to Amenhotep III’s reign, exemplifies the advanced engineering of ancient Egypt. The Greeks later adapted water clocks for more complex uses, including Plato’s invention of the first alarm clock.
From the stone tools of early hominins to the sophisticated instruments of ancient engineers, these gadgets were more than functional—they were transformative. They enabled humans to conquer their environment, build civilizations, and explore the world. Even today, their influence persists, reminding us of the creativity and resilience of our ancestors.
Artifacts like the Antikythera Mechanism and the Baghdad Battery hint at the technological capabilities of ancient societies that were far ahead of their time. These inventions not only shaped history but continue to inspire innovation in the modern era.
We published an earlier version of this article in 2024.
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Scientists: Moon’s Grand Canyons Formed In 10 Minutes
Scientists: Moon’s Grand Canyons Formed In 10 Minutes
The famous Vallis Schrödinger and Vallis Planck formed in a matter of minutes after an impact of monumental proportions created the Schrödinger crater.
Moon's grand canyons next to the Schrodinger impact crater.
Credit: NASA/SVS/Ernie T. Wright
Using photogeological mapping, planetologists have studied the structure and constructed a scenario for the formation of Vallis Schrödinger and Vallis Planck, which are large lunar valleys located in the southern polar region. They appeared during the formation of the Schrödinger impact crater, apparently as a result of extremely powerful asymmetric emissions with energies of about 10 20 -10 21 joules in approximately 10 minutes.
The authors of the study note that the distribution and structure of the Schrödinger crater emissions are of interest in terms of collecting soil samples for the missions planned within the framework of the Artemis program.
A violent impact reshaped the surface of the Moon
The Schrödinger crater is located on the far side of the Moon, on the edge of the vast South Pole-Aitken impact basin, approximately 300 kilometres from the pole. It is 320 kilometres in diameter, about 4.5 kilometres deep, and is estimated to be 3.81 billion years old. The crater is surrounded by an asymmetrical ejecta layer extending for 500 kilometres, although ejected material not detected by orbital imaging may be present at a greater distance.
The ejecta resulted in multiple secondary impact events, some of which formed long depressions called valleys radiating from the crater. The longest of these are the Vallis Schrödinger and Vallis Planck. They are 270 and 280 kilometres long, about 20 and 27 kilometres wide, and about 2.7 and 3.5 kilometres deep, respectively.
Spectral studies have revealed heterogeneity of the material in the Schrödinger crater and surrounding areas. This material not only contains traces of later volcanic activity but also carries information about the most ancient events in the geological history of the Moon. The fact is that during the formation of the crater (presumably as a result of the fall of a body with a diameter of about 25 kilometres at a speed of 15 kilometres per second), rocks of the lunar crust were exposed from a depth of up to 30 kilometres. In addition, ancient ejecta from the South Pole-Aitken impact basin, which includes mantle material, were scattered across the surface.
Impact structure view and map showing the motion of the impactor (yellow line) and the axes of Vallis Planck and Vallis Schrödinger (red lines). Credit: David A. Kring et al. / Nature Communications, 2025
To clarify the distribution of the Schrödinger crater’s ejecta and the model of its formation, American and British planetologists used photogeological and topographic mapping of its secondary structures, the Schrödinger and Planck valleys, based on data from the Lunar Reconnaissance Orbiter. The diameters, depths, and distances to the centre of the Schrödinger crater and to the intersection point of the rays that continue the valleys were measured for all secondary craters that form the valleys. Based on the results obtained, the scientists calculated the speeds and directions of material ejecta from the Schrödinger crater.
It took approximately 10 minutes for the Moon’s Grand Canyons to form
For the ejecta that formed Vallis Schrödinger, the ejecta velocity ranged from 0.95 to 1.05 kilometres per second, and the angle at which the material was ejected ranged from 45 to 20 degrees (given the circular shape of the secondary craters, the ejection angle was probably closer to the upper limit of this range). The flight time of the debris ranged from 4.9 to 15.0 minutes.
The maximum velocity of the ejecta that formed Vallis Planck was higher (1.23–1.28 kilometres per second), and the material travelled a greater distance in a time of 5.2 to 15.4 minutes. The duration of the secondary bombardments in both cases did not exceed five minutes.
Images A and B show the deepest sections of Vallis Schrödinger. Images C and D show the deepest sections of Vallis Planck. Credit: David A. Kring et al. / Nature Communications, 2025
At such ejection velocities, theoretical estimates of the average size of the ejected fragments range from 0.02 to 0.05 times the diameter of the primary impactor, in this case from 0.5 to 1.25 kilometres. This is consistent with the diameters of the secondary craters in Vallis Planck, as most of them are less than two kilometres. On the other hand, the estimated sizes of the debris that resulted in the formation of Vallis Schrödinger are significantly larger than theoretical: 2.3–5.2 kilometres.
Apparently, this valley, located closer to the point of the asteroid impact, was formed as a result of a nearly simultaneous impact of an entire cluster of ejected fragments, rather than a series of individual falls. The debris was tightly grouped since the secondary craters overlap each other greatly. In contrast, in the remote part of Vallis Planck, the secondary craters were formed as a result of the falls of individual fragments, rather than a continuous stream of ejecta.
Calculations have shown that for the formation of Vallis Schrödinger, the kinetic energy of the ejected material must have been 3.39×10 20 joules, and for Vallis Planck – about 1.21×10 21 joules. The axes of the valleys, indicating the direction of the emissions, converge not in the centre of the Schrödinger crater, but at its edge, where the primary impact occurred.
The direction of the asteroid’s flight was also established along the line connecting the centre with this point: south-southeast-north-northwest. Its fall at a small (less than 45 degrees) angle caused not a point explosion, but the appearance of a distributed impact zone and an asymmetric pattern of the distribution of emissions.
Clarification of this pattern will help to detail the stratigraphy of impactites in the region and more effectively plan the collection of soil samples during future missions, in particular, within the framework of the Artemis program.
The moon has a secret underground CAVE: Scientists discover an empty lava tube beneath the lunar surface - and say it could be the perfect base for future settlers
The moon has a secret underground CAVE: Scientists discover an empty lava tube beneath the lunar surface - and say it could be the perfect base for future settlers
A pit on the moon has a 'subsurface cave conduit, tens of metres long'
READ MORE: Hole spotted on Marscould be a gateway to ancient alien life
But on the lunar surface, astronauts will be exposed to potentially deadly cosmic rays and extreme temperatures.
Now, scientists may have found a suitable hiding place from these unforgiving conditions.
The experts in Italy say they have identified the first cave on the moon, which extends from inside a pit located in the Sea of Tranquility.
It could be a promising site for a lunar base, as it offers shelter from 'the harsh surface environment' and could support long-term human exploration of the moon.
The cave extends from inside Mare Tranquillitatis Pit (pictured) which is located at the moon's famous Sea of Tranquillity - close to where humans landed in 1969
The pit leads to a 'lava tube' - a natural conduit formerly occupied by flowing molten lava - which could provide shelter for astronauts
'These caves have been theorized for over 50 years, but it is the first time ever that we have demonstrated their existence,' said study author Lorenzo Bruzzone, professor at the University of Trento in Italy.
Since pits were first discovered on the moon by JAXA's SELENE spacecraft in 2009, scientists have wondered if they led to caves that could be explored or used as shelters.
There are more than 200 pits moon, around 16 of which are thought to be collapsed 'lava tubes' – natural conduits formerly occupied by flowing molten lava.
If the ceiling of a solidified lava tube collapses, it opens a pit – but whether these pits provide access to caves has long been uncertain.
The team focused on a roughly cylindrical pit in a part of the moon's northern hemisphere, known as the Sea of Tranquility, or Mare Tranquillitatis.
Tranquility Base, the location of the first manned landing on the moon in July 1969, is located in the south-western corner of the Sea of Tranquility.
Researchers focused on a roughly cylindrical 100-meter-deep depression, about the length and width of a football field, in an area of the moon, known as the Sea of Tranquillity or Mare Tranquillitatis (marked here with a red circle)
Researchers processed images from the Diviner Lunar Radiometer Experiment - a thermal camera on NASA's robotic Lunar Reconnaissance Orbiter (depicted here in space)
Mare Tranquillitatis Pit is the deepest known pit on the moon – an estimated depth of 328 feet (100 meters) and up to 377 feet (115 meters) across – about the length of a football pitch.
NASA's Lunar Reconnaissance Orbiter, which launched in 2009, captured radar data from the pit during a flyover more than a decade ago.
But the team have now reanalysed the radar data with new 'complex signal processing techniques'.
According to the findings, a portion of the radar reflections originating from the put can be identified as a 'subsurface cave conduit, tens of metres long'.
'Thanks to the analysis of the data we were able to create a model of a portion of the conduit,' said Leonardo Carrer, researcher at University of Trento.
'[We] have discovered radar reflections from the area of the pit that are best explained by an underground cave conduit.
'This discovery provides the first direct evidence of an accessible lava tube under the surface of the moon.'
Pictured, the researchers' illustration of the shape of the cave descending from Mare Tranquillitatis Pit
NASA's Lunar Reconnaissance Orbiter, which launched in 2009, captured radar data from the pit during a flyover more than a decade ago. But the team have now reanalysed the radar data with new 'complex signal processing techniques'
This new research has implications for the development of missions to the moon, where the environment is hostile to human life.
The moon is know for temperatures that are too extreme to sustain life – up to a scorching 260°F during the day and down to an icy -280°F at night.
But temperatures in a shady cave such as this are thought to be a 'comfortable' 63°F (17°C) – suggesting they could be the perfect locations for lunar base camps.
They could also provide shelter from cosmic rays and the thousands of meteorites that are thought to hit the moon every year.
It also opens up the possibility of other lunar pits leading to cave, which would give spacefarers more options when planning to establish settlements.
NASA hopes to develop a sustainable lunar exploration program starting from 2028. This artist's illustration shows what NASA's Artemis base camp could look like
Tranquility Base, the location of the first manned landing on the moon in July 1969, is located in the south-western corner of the Sea of Tranquility. Pictured is Buzz Aldrin during the Apollo 11 moon landing on July 20, 1969
Rather than going to the Sea of Tranquility, NASA's upcoming Artemis III mission plans to land a crew at the moon's south polar region in a SpaceX craft.
Eventually as part of its Artemis programme, NASA plans to have set up a base camp in the lunar south region by the end of this decade.
Building a lunar base in a pit or cave is not currently part of the official plan, but the study authors suggest it will be worth considering in the future.
'A complete survey of all known lunar pits would allow us to identify the most promising accesses for subsurface lunar exploration and provide information on the potential for installing human lunar base in environments protected from cosmic radiation and with stable temperatures,' they conclude.
Their new study has been published today in the journal Nature Astronomy.
Why the moon needs its own timezone: Experts call for 'Coordinated Lunar Time'
From Greenwich Mean to Eastern Standard, there's more than 30 timezones in use today.
But one more may soon be added – and it would be literally out of this world.
A visit to the Grand Canyon is a true bucket list item for anyone on a US road trip.
But Arizona isn't the only place where an ambitious explorer can find a Grand Canyon.
NASA’s Lunar Reconnaissance Orbiter has snapped pictures of two gigantic basins on the lunar surface.
Named Vallis Schrödinger and Vallis Planck, these measure 168 miles (270 km) long and 1.7 miles (2.7 km) deep, and 174 miles (280 km) long and 2.2 miles (3.5 km) deep, respectively.
That makes them just as long as the Grand Canyon and more than three times as deep at their lowest points.
While Earth's canyon was formed by the Colorado River over six to seven million years, the researchers say these were carved out in just 10 minutes.
The moon's canyons stretch out from the Schrödinger impact basin, a 200-mile-wide (320 km) crater located near the moon's south pole, which was formed when a meteor slammed into the lunar surface.
The researchers think that these lunar valleys were cut into the rock by a stream of rocks thrown out from that violent impact 3.81 billion years ago.
NASA’s Lunar Reconnaissance Orbiter has snapped stunning pictures of the moon's answer to the Grand Canyon (pictured), two enormous valleys carved into the lunar surface
The canyons, named Vallis Schrödinger and Vallis Planck, are just as long as the Grand Canyon (pictured) and over three times as deep at their lowest points
The Schrödinger impact basin is located on the outer margins of the moon's 1,500-mile-wide (2,400 km) South Pole–Aitken basin.
Scientists believe it was formed when a large meteor tore into the lunar surface, creating an extremely violent explosion and tossing debris up to 310 miles (500km) from the crater rim.
This led to debris falling in long, straight lines called ejecta rays which created deep channels of overlapping craters like Vallis Schrödinger and Vallis Planck.
'Such rays are commonly observed on the Moon. For example, backyard astronomy enthusiasts will be familiar with the rays around Tycho and Copernicus craters on the near side of the Moon,' says Dr Kring.
Now, using photographs from NASA's probe, researchers have created a three-dimensional map of these valleys to model the direction and speed of the debris flow.
In their paper, published in Nature Communications, the researchers calculate that the debris must have been travelling at speeds between 2,125 and 2,863 miles per hour (3,420-4,608 kmph).
In turn, this velocity suggests that the fragments which formed the canyon would be between two and five per cent the size of the original meteor.
The Schrödinger impact basin (right and down from centre) is extremely close to the South Pole. On this map you can also see the two Lunar Grand Canyons stretching away from the crater to the right and downwards
Vallis Schrödinger and Vallis Planck measure 168 miles (270 km) and 174 miles (280 km) long respectively. On average Vallis Plank is almost a kilometre deeper than the Grand Canyon, as shown in this diagram
That means each fragment could have been up to 1,250 metres wide - more than 60 times larger than the Chelyabinsk meteor which exploded over Russia in 2013.
Dr Kring says: 'The energy to produce the two grand canyons of the moon was equal to 130 times the energy of the world’s total inventory of nuclear weapons.
'The research shows that lunar canyons the size of Earth’s Grand Canyon can form in minutes rather than millions of years. Impact-generated streams of rock on the Moon are far more capable of carving canyons than is water on Earth.'
By tracing the ejecta rays back to the point where they meet, the researchers have also been able to identify the meteor's probable impact location.
Interestingly, this point is not at the centre of the Schrödinger crater as you might expect, but rather further to the South at 78.2° South and 143.7° East.
This detail implies that the meteor probably hit the lunar surface at a fairly low angle, spraying debris away from the moon's South Pole.
Researchers say these canyons were carved into the moon by streams of rock ejected by a meteor impact which formed the Schrödinger crater (pictured)
As the debris from the impact fell down to the moon, it produced long lines of overlapping craters (highlighted green) which formed the canyons in just ten seconds
The researchers estimated that the canyons (pictured) were formed using 130 times the energy of the world’s total inventory of nuclear weapons
By tracing the canyons back to where they overlap, the researchers predict the original meteor's likely impact point. This suggests that most of the debris would have been thrown away from the South Pole, this is good news for NASA which plans to land its Artemis Missions to the south of the Schrödinger basin
However, this study suggests that this isn't likely to be too much of a problem.
Dr Kring says: 'The research suggests most of the debris ejected from the Schrödinger basin landed outside the Artemis exploration zone.
'Artemis astronauts will find it easier to collect rocks older than the Schrödinger impact.
'The Schrödinger impact formed near the end of a period of early Solar System bombardment. Geologic samples collected by missions to the lunar south polar region should help decipher the magnitude and duration of that bombardment of asteroids and comets.'
What happens to the brain as people transition from alive to dead has puzzled scientists for centuries - until now.
A team of neuroscientists have captured the first-ever brain activity of a dying human brain, which suggests people go experience 'life review.'
Life reviews have been widely reported by those who have had near-death experiences who said they saw their entire life history play out in a rapid manifestation of autobiographical memory.
Many describe this as the experience of seeing their life 'flash before their eyes.'
The recording was made when an 87-year-old patient underwent cardiac arrest while being treated for epilepsy.
Doctors had strapped a device on his head to monitor brain activity, but the man died during the process.
However, the neuroscientists captured 900 seconds of brain activity around the time of death, allowing them to see what happened in the 30 seconds before and after his heart stopped beating.
The measurements of brain waves before and after showed areas involved with memories and retrieval were still active.
Dr Ajmal Zemmar of the University of Louisville, Kentucky said: 'Through generating brain oscillations [brain waves] involved in memory retrieval, the brain may be playing a last recall of important life events just before we die, similar to the ones reported in near-death experiences.
Scientists have found new clues about what happens moments after death
'These findings challenge our understanding of when exactly life ends and generate important subsequent questions, such as those related to the timing of organ donation.'
The Canadian patient was being treated for epilepsy, prompting doctors to place an electroencephalography (EEG) to study brain waves related to seizure activity.
This device attaches to the scalp via electrodes that detect and amplify brain waves, with the neurological activity showing up as wavy lines on what's known as an EEG recording.
Later on, the patient went into cardiac arrest and died while the EEG was still monitoring his brain, providing the first evidence of what happens in the brain moments before death.
'Just before and after the heart stopped working, we saw changes in a specific band of neural oscillations, so-called gamma oscillations, but also in others such as delta, theta, alpha and beta oscillations,' Dr Zemmar said in a statement.
Brain oscillations, or brain waves, are repetitive patterns of electrical impulses normally present in living human brains.
Different types of brain waves reflect different brain functions and states of consciousness.
Gamma waves are involved in high-cognitive functions such as memory retrieval, which is associated with memory flashbacks.
'Through generating brain oscillations involved in memory retrieval, the brain may be playing a last recall of important life events just before we die, similar to the ones reported in near-death experiences,' Zemmar said.
The neuroscientists captured 900 seconds of brain activity around the time of death, allowing them to see what happened in the 30 seconds before and after his heart stopped beating
Researchers suggested that the brain could be biologically programmed to manage the transition into death, potentially orchestrating a series of physiological and neurological events rather than simply shutting off instantly.
'On the metaphysical side, if you have these things, it is intriguing to speculate to say that these mechanisms – these brain activity patterns that occur when we have memory recall and dreaming and meditative states – they recall just before we go to die,' said Zemmar.
'So maybe they're letting us have a replay of life in the last seconds when we die.
'On the spiritual side, I think it is somewhat calming. I face this at times when you have patients that pass away and you talk their families; you have to be the bearer of bad news.
'Right now, we don't know anything about what happens to their loved one's brain when they're dying.
Dr Ajmal Zemmar, a neurosurgeon at the University of Louisville, Kentucky, was one of the doctors who treated the 87-year-old patient. He organized the study of the patient's brain wave recordings
'I think if we know that there is something happening in their brain, that they are remembering nice moments, we can tell these families and it builds a feeling of warmth that in that moment when they are falling, this can help a little bit to catch them.'
Scientists still aren't sure exactly how and why the life review phenomenon happens, but they do have some theories.
One suggests that oxygen deprivation during a life-threatening event can trigger the release of neurotransmitters, or chemical messengers that transmit signals between neurons.
This causes neurons to fire rapidly, and this heightened activity may lead to the perception of vivid memories and images.
Another possible explanation is based on where memories are stored in the brain.
Scientists believe some highly emotional memories are stored in the amygdala, which is the same part of the brain that is responsible for the fight or flight response.
The activation of this brain region during a life-threatening experience may therefore release these vivid memories, causing them to flash before your eyes.
While Zemmar's finding does not directly point to one of these explanations or another, it does offer evidence to suggest that the life review phenomenon is real.
What's more, 'These findings challenge our understanding of when exactly life ends and generate important subsequent questions, such as those related to the timing of organ donation,' Zemmar said.
'When do you go ahead with organ donation? When are we dead? ... Should we record EEG activity in addition to EKG to declare death?
'This is a very, very interesting question for me. When is exactly the time when we die? We may have tapped the door open now to start a discussion about that exact time onset.'
But more case studies will be needed in order to begin answering these questions.
'Scientifically, it's very difficult to interpret the data because the brain had suffered bleeding, seizures, swelling – and then it's just one case. So we can't make very big assumptions and claims based on this case,' Zemmar said.
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Video: UFO-believing congresswoman Anna Paulina Luna's cryptic message has everyone saying the same thing
Florida Rep. Anna Paulina Luna says she 'absolutely believes' in technology 'not of human origin' after working on House committee that deals with whistleblowers and investigate UFO sightings.
Americans filled the comments with a single idea that 'UAP disclosure is finally coming.' UAP, or Unidentified Anomalous Phenomena, has replaced UFO to reduce stigma and encourage scientific study.
DailyMail.com asked Moskowitz if Luna's statement was about UAP disclosure, to which the representative said he did not 'want to get ahead of her.'
While Luna has not provided further details about what is to come, she and Moskowitz were part of a secret UFO briefing last month to investigate claims from a high-profile whistleblower.
Reports suggested that members of Congress were left with little clarity about what the government knows about extraterrestrial life.
However, Luna, Moskowitz and the other lawmakers were banned by law for relaying what they heard during the closed-door briefing.
Rep Anna Paulina Luna (R) posted a cryptic message on X Monday, saying she has a big announcement next week
Americans filled the comments with a single idea that 'UAP disclosure is finally coming.' Luna is in the group of lawmakers who believe some UFO sightings are non-human life
DailyMail.com has reached out to Luna for comment.
Luna is a member of the House Committee on Oversight and Reform, which has been investigating claims about UFOs and carrying out historic hearings with military whistleblowers.
She and Moskowitz are also cosponsors of the UAP Transparency Act introduced in 2024, which requires the president to direct all federal agencies and departments to make all documents relating to UAPs available to the public within 270 days.
Luna's post, shared Monday, has more than 3,000 comments, many of which suggest the big announcement about UAPs.
One X user asked if she would be 'announcing it through the UAP Disclosure Act,' while many other comments just asked if it was 'aliens?'
Several X users raised the fact that Luna said the announcement would impact the world, questioning the idea of alien life being exposed.
'If it was related to UAP disclosure, it would have a worldwide impact. Therefore, this is not related to UAP disclosure,' shared UAP Juan.
While many people agreed with him, another user shared: 'Her responsibility is to our nation not the world.
'It would be inappropriate to assume world-changing things even if it was US disclosure. Other nations could have disclosed if they had the means too long ago.'
DailyMail.com asked Jared Moskowitz if Luna's statement was about UAP disclosure, to which the representative said he did not 'wanna get ahead of her,' but 'you are warmish.'
Grusch - a former high-ranking intelligence official - was one of three military whistleblowers who testified under oath in 2023 that they had firsthand encounters or knowledge about secret government programs involving technology that is 'non-human.'
He claimed that the US has been in possession of UFOs since 'the 1930s' and has been secretly back-engineering them and carrying out a public disinformation campaign to prevent the details from leaking publicly.
Rep. Tim Burchett (R-Tenn.) held the hearing with Luna and asked Grusch: 'Personally, have you heard anyone [has] been murdered?'
Grusch replied: 'I have to be careful answering that question. I directed people with that knowledge to the appropriate authorities.'
The January briefing was said to provide some evidence to support Grusch's testimony was factual, but lawmakers did not reveal exact details.
'This is the first real briefing that we've had that we've now made, I would say, progress on some of the claims Mr. Grusch has made,' Moskowitz told the New York Times.
'This is the first time we kind of got a ruling on what the I.G. thinks of those claims.'
Luna echoed the statements, saying lawmakers 'are continually being stonewalled.'
'We are authorizing money that is supposed to be spent on certain programs, and yet there is compartmentalization in which Congress doesn’t have access to oversight in those programs,' she added. 'And that’s a problem.'
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The HELIOS system was tested aboard the USS Preble, with photos capturing its bright beam shooting an unmanned aerial vehicle out of the sky.
HELIOS, which stands for High Laser with Integrated Optical-dazzler and Surveillance, was developed by Lockheed Martin in 2021 and delivered to the Navy a year later.
The system blasts more than 60 kilowatts of directed energy, enough to power up to 60 homes, at the speed of light and can hit targets up to five miles away.
The US Naval Institute said in a recent report: 'The drone threat has been around for years, but the Navy has yet to prioritize defending against these easily acquired weapons.'
The US Navy conducted the first tests of its drone-kill laser weapon. HELIOS can fire for as long as it has power, which it collects from the ship
'Expecting sailors who shoot shotguns, rifles, or machine guns twice a year on a range to be able to engage multiple small, fast-moving targets is unreasonable, 'the report added.
'Even if a few sailors were expert shooters capable of shooting down drones, it likely would take a few minutes from the first report of a potential drone to identify the drone, raise the alarm, and bring key weapons and associated ammunition to bear against the threat—time the ship might not have.'
But the Navy sees its new HELIOS as a way to fight back, showing off its capabilities on the open ocean.
The US Center for Countermeasures (CCM) released details on the testing, SWNS reported.
'CCM supported the Navy’s demonstration on USS Preble (DDG 88) to verify and validate the functionality, performance, and capability of the HEL with Integrated Optical Dazzler and Surveillance system against an unmanned aerial vehicle target, it shared in a report.
The weapon was integrated into the ship's combat system, enhancing its target detection and tracking capabilities.
HELIOS can fire for as long as it has power, which it collects from the ship.
The system blasts more than 60 kilowatts of directed energy, enough to power up to 60 homes, at the speed of light and can hit targets up to five miles away
The HELIOS system was tested aboard the USS Preble, with photos showing its bright beam shooting an unmanned aerial vehicle out of the sky
And because the ship's power source is constantly replenished, the laser has an unlimited supply of power.
The test comes as a Homeland Security Advisor and billionaire Marc Andreessen suggested AI-powered jets will be the main fighters in future wars.
Speaking on the Joe Rogan Experience podcast in November, Andreessen said jets that travel five times the speed of sound, Mach 5, are going to be more common 'within a few years.'
'Image a thousand of these things coming over the horizon right at you,' Andreessen said. 'It really changes the fundamental equation of war.'
He explain that instead of needing the most soldiers and material to win, people with the most technology and money will take over.
Andreessen also noted that there are 'a bunch of reasons' why he believes a future of AI-piloted fighter jets is all but inevitable.
'Part of it is simply the speed of processing,' Andreessen explained.
'But the other big thing is, if you don't have a human in the plane, you don't have [...] 'the Spam in the Can.''
'You don't have the human body in the plane to keep alive, which means you can be a lot faster,' the billionaire White House advisor continued, 'much higher G-forces.'
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According to NASA, more than one million asteroids travel around the sun within this belt, following elliptical orbits and often rotating erratically as they go.
Occasionally, the massive gravitational force of Jupiter can pull asteroids out of the belt and send them hurtling in random directions.
Sometimes they shoot toward the inner solar system and enter Earth's vicinity, encountering our planet in what's known as a 'fly-by.'
These fly-bys are harmless the vast majority of the time. None of the asteroids that will approach Earth today pose any threat to our planet, according to NASA.
But the agency's Planetary Defense Coordination Office always keeps a watchful eye on any Near Earth Objects (NEOs), including asteroids, to monitor their impact risk.
That asteroid, called 2024 YR4, is estimated to be nearly 200 feet wide and currently has a more than one percent chance of directly hitting Earth on December 22, 2023, according to NASA.
One of them will come within just 77,200 miles of our planet, which is roughly one third of the average distance between Earth and the moon
Astronomers have also calculated a predicted impact zone that stretches from South America across the Atlantic Ocean to sub-Saharan Africa.
The asteroid has the potential to cause significant damage, especially if it lands in a densely populated area like a major city.
Astronomers believe it is roughly the same size as the Tunguska asteroid, which entered Earth's atmosphere and exploded in the air over Siberia in 1908.
The blast was equivalent to detonating 50 million tons of TNT.
If 2024 YR4 infiltrates Earth's atmosphere, it could cause a similar event, astronomers say.
Alternatively, it could remain intact during the descent and slam into the ground, creating a massive crater and decimating human communities in the impact zone.
But the odds of a direct-hit are very slim, with astronomers estimating a 1.2 to 1.3 percent chance.
It is much more likely that 2024 YR4 safely whizzes by our planet just like these three smaller asteroids will today.
Astronomers have calculated a predicted impact zone for 2024 YR4 that stretches from South America across the Atlantic Ocean to sub-Saharan Africa.
Analysis of 2024 YR4's orbit indicates that the asteroid will come within 66,000 miles of Earth on December 22, 2032. Though there is a slight chance it could hit Earth, it is much more likely that this asteroid safely passes by our planet, astronomers say
The agency's Double Asteroid Redirection Test (DART) mission launched from California in November 2021 and finally completed its 10-month journey when it hit the asteroid Dimorphos in September 2022.
Dimorphos, around 560 feet in diameter, orbits a larger asteroid called Didymos, both of which are around 6.8 million miles away from our planet.
The mission demonstrated that the kinetic impactor technique - which involves deliberately ramming a spacecraft into an asteroid - is an effective way to alter an asteroid's trajectory.
In the event that a Potentially Hazardous Asteroid (PHA) were headed towards Earth, NASA could one day use this technique to save our planet.
But scientists are still studying DART's aftermath to ensure that NASA could do this safely.
That's why the European Space Agency (ESA) is launched the Hera mission in October last year.
This will help astronomers on Earth verify that the kinetic impactor technique can be used safely and responsibly to save our planet from an approaching asteroid.
Unraveling the Secrets of Ancient Indian Mythological Technology
The Vimana, flying machines of ancient India, have long captured the imagination of historians, scientists, and enthusiasts alike. These mysterious aircraft are mentioned in ancient Indian texts, leading many to wonder if they hold the key to understanding advanced technologies from a bygone era. This article will explore five essential facts about these fascinating Vimana and their significance in ancient Indian history.
Origins in Ancient Indian Texts
The concept of Vimana can be traced back to ancient Indian scriptures called the Vedas, dating as far back as 1500 BCE. The most notable mention of these flying machines comes from the Sanskrit epic, the Ramayana, which details the story of the divine prince Rama and his aerial vehicle, the Pushpaka Vimana. Other texts, such as the Mahabharata and the Rigveda, also reference the Vimana, further adding to their mystique.
Descriptions and Capabilities
Ancient Vimana were described as being powered by advanced propulsion systems, allowing them to soar through the skies, traverse vast distances, and even travel between planets. These flying machines were reportedly made of various metals, including gold, and their engines functioned on the principles of solar energy, mercury vapor, and other complex mechanisms.
Descriptions of Vimana often mention their ability to cloak themselves, hover in midair, and reach incredible speeds.
The Vimana’s advanced technology is often linked to the scientific achievements of ancient India, a civilization known for its contributions to mathematics, astronomy, and medicine.
This connection has led some researchers to propose that the Vimana could be evidence of an ancient Indian civilization with knowledge of advanced technologies such as anti-gravity propulsion and nuclear power. However, this theory remains unproven and is still the subject of much debate.
Vimana and Extraterrestrial Theories
The astonishing capabilities attributed to Vimana have fueled speculation about possible extraterrestrial origins or influence. Some researchers believe these ancient flying machines might be evidence of alien contact or ancient astronauts visiting Earth. This theory is based on the notion that such advanced technology would have been impossible for humans to develop independently during the time period in question. While these ideas are compelling, they remain unconfirmed and are often met with skepticism from mainstream scholars.
Modern Interpretations and Popular Culture
In recent years, the Vimana have gained renewed interest in academia and popular culture. These ancient flying machines have inspired works of fiction, movies, and television series, often blending science fiction and historical intrigue elements. Additionally, some researchers continue to explore the possibility that Vimana technology could provide insights into developing new forms of transportation and energy sources in the modern era.
The Vimana, ancient India’s mysterious flying machines, have left a lasting impression on the world’s imagination. The Vimana continue to captivate and inspire with their origins in sacred texts and their purported advanced capabilities. Whether viewed as evidence of advanced ancient technology, extraterrestrial encounters, or simply as fascinating stories from a rich cultural history, the Vimana remain an enduring enigma worth exploring.
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Deep beneath the waves of the Indian Ocean, legends whisper of a sunken land that once flourished with life, culture, and unparalleled knowledge. Known as Kumari Kandam, this mythical continent is said to have existed south of present-day India, serving as the cradle of the Tamil people—a civilization renowned for its ancient language, rich traditions, and far-reaching influence.
While modern science has found no evidence of this lost landmass, the story of Kumari Kandam continues to intrigue, blending elements of mythology, cultural pride, and historical speculation. Some say the Tamil people, facing a cataclysm that swallowed their homeland, spread across the globe, planting seeds of civilization in far-off lands.
Similar to the tales of Atlantis or Lemuria, Kumari Kandam invites us to explore the boundaries between myth and reality. Is it purely a creation of folklore, or does it carry echoes of forgotten history? Regardless of its factual basis, this captivating tale provides a fascinating glimpse into humanity’s enduring quest to understand its origins and preserve its stories for generations to come.
The Myth of Kumari Kandam: A Tale of Lost Civilizations
1. A South Indian Atlantis?
Kumari Kandam is often likened to the legendary Atlantis. Both are said to have been advanced civilizations that were lost to the sea, leaving only whispers of their existence in ancient texts.
The Tamil people, one of the world’s oldest known cultures, are believed to have called Kumari Kandam their home. Legends suggest they migrated globally, establishing other civilizations after the catastrophic loss of their homeland.
3. More Than Atlantis and Lemuria
While Atlantis and Lemuria are well-known tales of lost continents, Kumari Kandam adds another layer to the mystery, specifically tied to Tamil history and mythology.
4. Location Below the Indian Ocean
The mythical land is said to have been located south of modern India, beneath the Indian Ocean.
Ancient Texts and Historical Claims
5. A Name from Sacred Texts
The term “Kumari Kandam” first appeared in a 15th-century version of the Skanda Purana, a major Hindu text. It was authored by Kachiappa Sivacharyar and remains central to Tamil cultural identity.
6. Etymological Roots
Contrary to popular belief, the name derives from the Sanskrit term Kumarika Khanda, emphasizing its connection to ancient Hindu traditions.
7.The Cradle of Civilization
Kumari Kandam is described in Tamil texts as the origin of human civilization, where humanity and culture first flourished.
8. Geological Theories of Lemuria
The continent was initially theorized in the 19th century to explain geological and biological similarities between India, Africa, and Madagascar, sparking connections with ancient Tamil legends.
Controversies and Modern Perspectives
9. Continental Drift vs. Myth
Modern geology dismisses the idea of Kumari Kandam as a landmass, citing the theory of continental drift, which explains the distribution of continents without invoking submerged continents.
10. Ancient Texts Speak of Submerged Lands
Despite scientific skepticism, Tamil and Sanskrit writings consistently refer to lands submerged in South India, fueling the legend of Kumari Kandam.
11. Rama’s Bridge: A 1.7-Million-Year-Old Clue?
A structure known as Rama’s Bridge, or Adam’s Bridge, in the Palk Strait has been cited as potential evidence for the lost land. Some claim this natural formation was a man-made link to Kumari Kandam.
Cultural and Historical Legacy
12. The Tamil Diaspora
Many believe the Tamil people’s migrations post-catastrophe were responsible for founding other ancient civilizations, making their cultural impact global.
13. A Tale Interwoven with Myth and Reality
Kumari Kandam blends mythological lore with historical speculation, capturing the imagination of those intrigued by ancient mysteries.
14. A Symbol of Tamil Pride
For the Tamil people, Kumari Kandam represents their ancient heritage and enduring legacy, celebrated through stories, texts, and art.
15. Unraveling the Mystery
While modern science may refute its existence, Kumari Kandam continues to be a subject of fascination, bridging the gap between legend and history.
The tale of Kumari Kandam taps into our fascination with ancient mysteries and lost civilizations. Much like the stories of Atlantis or Lemuria, it blurs the line between history and myth. While there’s no scientific evidence to confirm its existence, such legends continue to capture imaginations, reflecting how cultures across the world create narratives to explain their past. Kumari Kandam, like many other myths, serves as a reminder of our collective desire to make sense of the unknown.
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A mesmerizing video captured from the International Space Station (ISS) reveals a breathtaking aurora shimmering in intense green hues—a phenomenon few have witnessed from above. Filmed by NASA astronaut Don Pettit on January 6, the footage showcases nature’s spectacular light show, amplified by heightened solar activity.
When a solar storm emanates towards Earth, some of the energy and small particles can travel down the magnetic field lines at the poles into our atmosphere.
Over the past weeks, the Sun has been hyperactive, releasing massive bursts of energy, including solar flares and coronal mass ejections. These energetic events are responsible for the auroras that paint the night sky with vibrant greens, pinks, and blues. But what causes this awe-inspiring display?
The Science Behind Auroras
Coronal mass ejections (CMEs) are massive outbursts of charged plasma from the Sun that travel across the Solar System, reaching Earth’s magnetic field. Upon impact, these charged particles are guided toward the planet’s poles by magnetic field lines, colliding with atmospheric gases like oxygen and nitrogen. These interactions release energy as vivid ribbons of light.
While greens dominate auroras, their specific colors depend on the type of gas involved and the altitude of the collision. For example:
Green Auroras: Caused by oxygen atoms around 100–300 kilometers above Earth’s surface.
Red Auroras: Occur at even higher altitudes, where oxygen atoms have more time to emit light.
Purple and Blue Auroras: Result from interactions with nitrogen molecules.
During the 19th century, scientists puzzled over the source of the green auroras. Early theories attributed them to hydrogen or a mythical element called “aurorium.” Eventually, oxygen was identified as the culprit. Its electrons take nearly a second to release energy, a phenomenon known as “forbidden transition,” which makes the green glow particularly rare under normal conditions.
Astronauts aboard the ISS have a unique vantage point for observing auroras, providing insights unattainable from Earth’s surface. Don Pettit’s video is part of a growing collection of auroral imagery shared from space, following iconic photos by astronauts like Thomas Pesquet, Josh Cassada, and Koichi Wakata.
As the Sun approaches its solar maximum—a peak in its 11-year activity cycle—auroras are becoming more frequent and intense. With advanced satellite technology and high-resolution cameras, future observations will likely unveil even more extraordinary views of this natural phenomenon.
It seems everyone is talking about the Moon and everyone wants to get their foot in the door with the renewed passion for lunar exploration. ESA too have jumped into the lunar landing game having just signed a contract with Thales Alenia Space to build its Argonaut Lunar Lander. Compared to other landers, it will be unique in its ability to handle the harsh night and day conditions on the lunar surface. Each mission is planned to have a 5 year life and will have a standard descent and cargo module but with different payloads determined by the Moon. If all goes to plan then the first lander will fly in 2031.
The Moon, Earth’s only natural satellite, is a celestial body that has fascinated us for centuries. It orbits Earth at an average distance of about 384,400 kilometres and is a barren, rocky surface covered in craters, mountains, and vast plains of solidified lava. Its lack of atmosphere results in extreme temperature fluctuations, with daytime temperatures reaching up to 127°C and nighttime temperatures plummeting as low as -173°C.
The occultation of Aldebaran by the Moon in 2016. Credit: Andrew Symes.
Since the Apollo missions of the 1960’s lunar exploration has become a central part of space science. The first major milestone was achieved in 1959 when the Soviet Luna 2 mission became the first human-made object to impact the Moon. This was followed by Luna 9, which successfully landed and transmitted images from the surface. This was followed by Apollo 11 and humanity’s first steps on another celestial body. Since then robotic missions like China’s Chang’e program, India’s Chandrayaan missions, and NASA’s Artemis program have aimed to study lunar water ice, geology, and sustainability for long-term human presence.
Apollo 11 launch using the Saturn V rocket
The European Space Agency have got in on the act now with their plans to build Argonaut, an autonomous lunar lander. It will launch on regular missions to the moon and can be used for delivering rovers, infrastructure, instrumentation or resources to the Moon for lunar explorers. The lander will compose of the descent module, the payload and the cargo platform which will act as the interface between the lander and the payload and will integrate operations between the two.
ESA signed their contract with Thales Alenia Space in Italy, a joint venture and prominent player in the global space market. They have been delivering high-tech solutions for navigation, telecommunication and Earth observation for over 40 years. They will be leading the European group to build the descent module with the remaining core team from the Group’s UK and France.
Artist’s impession of the Lunar Gateway with the Orion spacecraft docked on the left side. Credit: ESA
Once complete, Argonaut will become a key part of ESA’s lunar exploration strategy and will integrate with their Lunar Link on the new lunar Gateway. This new international space station is planned to orbit the Moon as part of the NASA Artemis programme. Argonaut will become one of Europe’s main contributions to international lunar exploration as nations work together to establish permanent presence on our nearest celestial neighbour.
SETI Researchers Double-Checked 1 Million Objects for Signs of Alien Signals
We can’t help ourselves but wonder about life elsewhere in the Universe. Any hint of a biosignature or even a faint, technosignature-like event wrests our attention away from our tumultuous daily affairs. In 1984, our wistful quest took concrete form as SETI, theSearch for Extraterrestrial Intelligence.
Unfortunately, or maybe fortunately, SETI has turned up nothing. Recently, scientists used a powerful new data system to re-examine data from one million cosmic objects and still came up empty-handed. Did they learn anything from this attempt?
This effort used COSMIC, which stands for Commensal Open-Source Multimode Interferometer Cluster. It’s a signal-processing and algorithm system attached to the Karl G. Jansky Very Large Array (VLA) radio astronomy observatory. According to SETI, it’s designed to “search for signals throughout the Galaxy consistent with our understanding of artificial radio emissions. “
Modern astronomy generates vast volumes of data and algorithms and automated processing are needed to comb through it all. So far, COSMIC has observed more than 950,000 objects, and the results of the effort are in a new paper. It’s titled “COSMIC’s Large-Scale Search for Technosignatures during the VLA sky Survey: Survey Description and First Results” and will be published in The Astronomical Journal. The lead author is Chenoa Tremblay from SETI.
Image of radio telescopes at the Karl G. Jansky Very Large Array, located in Socorro, New Mexico. Image Credit: National Radio Astronomy Observatory
“The place of humanity in the Universe and the existence of life is one of the most profound and widespread questions in astronomy and society in general,” the authors write. “Throughout history, humans have marvelled at the starry night sky.”
In our modern technological age, we marvel not only with our eyes but with powerful telescopes. The Karl G. Jansky Array is one of those telescopes, though it’s actually 28 radio dishes working together as an interferometer. Each one is 25 meters across, and they’re all mounted on movable bases that are maneuvered around railway tracks. This gives the system the ability to change its radius and density so it can balance its angular resolution and its sensitivity.
The Array is used to observe astronomical objects like quasars, pulsars, supernova remnants, and black holes. It’s also used to search trillions of systems quickly for signs of radio transmissions.
Currently, the VLA is engaged in the VLA Sky Survey (VLASS), a long-term effort to detect transient radio signals in the entire visible sky. The elegance of the COSMIC system is that it can “tag along” as VLASS progresses. “COSMIC was designed to provide an autonomous real-time pipeline for observing and processing data for one of the largest experiments in the search for extraterrestrial intelligence to date,” the authors write.
One of the problems facing modern astronomy is the deluge of data. There aren’t enough astronomers or students to possibly manage it. “The idea is that we are receiving increasing quantities of data that must be sorted in new ways in order to find information of scientific interest,” the authors write. “Developing algorithms to search through data efficiently is a challenging part of searching for signs of technology beyond our solar system.”
There aren’t enough human brains to manage the tidal wave of valuable data created by modern astronomy. The signals we seek are buried in this wave, and we need automated help to find them. Image Credit: DALL-E
COSMIC is a digital signal processing pipeline that VLASS data flows through. It searches for signals that display temporal and spectral characteristics consistent with our idea of what an artificial technological signal would look like.
The sky is full of radio signals from astrophysical objects. In order for a signal to be considered a technosignature, it needs to be a narrowband signal, and its frequency should change over time as a result of the Doppler effect. That still leaves potentially millions of hits. Researchers are forced to make other assumptions about what might constitute a technosignature, and COSMIC filters through signals based on those assumptions. “In this pipeline, extraterrestrial technosignatures are characterized by a set of assumptions and conditions that, if not met, are used to eliminate hits that do not meet these assumptions,” Tremblay and her co-authors write. “The output of this search is a database of “hits” and small cutouts of the phase-corrected voltage data for each antenna around the hits called “postage stamps.”
COSMIC examined more than 950 million objects in space for technosignatures and found nothing. But that’s okay. SETI scientists still learned things from the effort by testing their system.
“As shown in <Figure 15>, within the last 11 months of operation, COSMIC has observed over 950,000 fields and is rapidly becoming one of the largest SETI experiments ever designed,” the authors write.
Figure 15 from the paper shows a plot in galactic coordinates of all the coordinates currently in the database observed from 29 March 2023 to 14 July 2024. The orange points represent data from frequencies below 4 GHz (S-band), and the blue points are from data collected above 4 GHz (C-band). Image Credit: Tremblay et al. 2025.
Though COSMIC has observed almost 1 million sources, researchers focused on a small subset to rigorously test the postprocessing system. In a test field of 30 minutes of data, they searched toward 511 stars from the Gaia catalogue. “In this search, no potential technosignatures were identified,” the authors write.
However, this is just the beginning and constitutes a successful test of the system. Future efforts with COSMIC will be both faster and more automated, which is necessary to manage the vast volume of data in modern astronomy.
“This work overall represents an important milestone in our search,” the authors write in their paper’s conclusion. “With the rapidly growing database, we need new methods for sorting through the data, and this paper describes a rapid and viable filtering mechanism.”
Lieven Scheire over Chinese AI die wereld verbaast: “Geheime projecten zou ik niet bespreken met DeepSeek”
InterviewDat wij, Vlamingen, ook ‘mee’ zijn met artificiële intelligentie danken we toch ook aan Lieven Scheire, succesvol theatermaker over AI en sinds kort eredoctor in wetenschapscommunicatie (UAntwerpen). Wat vindt hij van het Chinese DeepSeek, dat voor een ‘habbekrats’ een gratis ChatGPT bouwde? “Dit is bijzonder pijnlijk voor de VS.”
Steven Swinnen
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Kan je aan ons, leken, nog even uitleggen hoe die Chinese start-up DeepSeek de AI-wereld op z’n kop zette?
Lieven Scheire: “Het lijkt erop dat DeepSeek een taalmodel in AI bouwde dat even krachtig is als dat van ChatGPT, maar voor een fractie van de kosten. Machinelearning laat een computerprogramma zichzelf aanpassen door miljoenen voorbeelden te verwerken, het “neurale netwerk” in die computer wordt dan stap voor stap verbeterd tot het werkt. Tot nu toe werd altijd gezegd dat je alleen zulke krachtige AI kunt ontwikkelen als je beschikt over de nieuwste, duurste computerchips. Maar DeepSeek beweert nu dat het ook met 6 miljoen dollar kan, terwijl anderen miljarden nodig hebben.”
Als je genoeg computerkracht hebt – en we spreken dan al over een kmo met een stevige server – kun je het model downloaden. Je kunt thuis met je eigen DeepSeek werken, zonder dat er verbinding met het internet of met China nodig is
Lieven Scheire
Meer dan 1.000 miljard aan beurswaarde ging bij AI-bedrijven in rook op.
“De concurrentiepositie van ChatGPT van OpenAI is plotseling onderuitgehaald. En het toekomstperspectief van chipfabrikant Nvidia komt onder druk. Als blijkt dat die krachtigste chips niet meer nodig zijn, verandert dat alles. Stel het je voor als een goudkoorts waarbij Nvidia bulldozers verkoopt waarmee je goud kan delven en in China graven ze met een simpele spade evenveel op. Geopolitiek gezien is het bijzonder pijnlijk voor de VS. Zij probeerden China te beperken: ‘Jullie krijgen onze geavanceerde chips niet.’ Maar nu zegt China: ‘Dankjewel voor die sancties, want we hebben ontdekt dat we die straffe chips helemaal niet nodig hebben.’ Dit is echt enorm. Ik belde al verschillende AI-wetenschappers, die wel wat gewend zijn en ook zij trekken grote ogen. Vanavond treed ik op in Roosendaal (Scheire toert momenteel met z’n theatershow ‘Artificiële Intelligentie’ door Nederland en het Verenigd Koninkrijk, red.) en ik moét hier gewoon iets over vertellen. Dit is te groot om te negeren.”
Lieven Scheire toert momenteel door Nederland en het Verenigd Koninkrijk met zijn theatershow over AI. Daarin krijgt DeepSeek ook meteen aandacht.
DeepSeek kan toch niets meer dan ChatGPT? Waarom is er dan, behalve dat het dus goedkoper kan, zoveel fuss?
“Belangrijk is dat het hele model van DeepSeek ‘open source’ is. Bij OpenAI houden ze wat ze ontwikkelen gesloten als een zwarte doos. Het is hun uitvinding en ze vragen geld aan gebruikers voor toegang. Maar DeepSeek maakt alles openbaar. Als je genoeg computerkracht hebt – en we spreken dan al over een kmo met een stevige server – kun je het model downloaden. Je kunt thuis met je eigen DeepSeek werken zonder dat er verbinding met het internet of met China nodig is. Dit zet bedrijven zoals Microsoft, die fors hebben geïnvesteerd in OpenAI, onder druk.’”
Net toen Trump aankondigde dat hij 500 miljard dollar zou investeren om de VS op de eerste plek te houden in AI, lanceerde China DeepSeek. Een toevallige timing? Misschien niet. Dit is een wake-upcall voor de VS
Lieven Scheire
DeepSeek claimt efficiënter te zijn, zowel in ontwikkelingskosten als in energieverbruik. Da’s toch vooral goed nieuws, want dan is er een duurzame toekomst voor dat energieverslindende AI?
“Voor energieverbruik zou dit goed nieuws kunnen zijn, maar dat is nog afwachten. AI is een consumentenproduct geworden. Zolang een tiental grote onderzoeksinstellingen veel energie gebruiken, valt dat nog mee. Maar als miljarden mensen dagelijks AI gebruiken, zit je met een ander probleem. DeepSeek zou dat proces efficiënter kunnen maken. Maar we blijven mensen: zodra iets goedkoper en sneller kan, willen we meer. Dat zagen we ook met computers. Het zou me niet verbazen als we die efficiëntiewinst in energieverbruik gebruiken voor nog ingewikkeldere modellen, in plaats van voor duurzaamheid.”
“Op dit moment zijn taalmodellen nog steeds dé revolutie binnen AI. Beeldherkenning en andere vormen van AI ontwikkelen zich ook, maar waar iedereen naar streeft, is de ontwikkeling van artificial general intelligence (AGI): een AI-systeem dat niet één specifieke taak uitvoert, maar alles kan. Volgens veel onderzoekers komt dat steeds dichterbij, terwijl anderen het nog als een luchtkasteel beschouwen. Toch lijkt één ding zeker: als er meer rekenkracht beschikbaar komt door efficiëntere methoden, zoals die van DeepSeek, zal dat vrijwel zeker gebruikt worden in de race naar AGI.”
Sommigen vergelijken deze AI-race tussen de VS en China met het ‘Spoetnik-moment’ van de Koude Oorlog. Zie jij die vergelijking?
“Ja, die vergelijking is goed gekozen. Spoetnik was voor de VS een koude douche: opeens had de grote vijand een satelliet die boven het hoofd van de Amerikanen hing. Nu hebben we iets vergelijkbaars. Net toen Trump aankondigde dat hij 500 miljard dollar zou investeren om de VS op de eerste plek te houden in AI, lanceerde China DeepSeek. Een toevallige timing? Misschien niet. Dit is een wake-upcall voor de VS. Ze gaan daar hun aanpak moeten herzien. Waar ze tot nu toe vertrouwden op dure hardware en brute rekenkracht, laat DeepSeek zien dat het ook anders kan: efficiënter en goedkoper. Dit zal niet alleen Amerikaanse bedrijven aan het denken zetten, maar ook Aziatische en Europese start-ups, die hun eigen plannen voor een ChatGPT-alternatief wellicht in de prullenbak gooien om te kijken hoe DeepSeek dit heeft gedaan. Wat ontwikkeling betreft, is dit fantastisch natuurlijk, maar laat ons hopen dat het geopolitiek niet nog meer opschudding veroorzaakt.”
Je waarschuwde al voor ‘de dag dat de leerling-tovenaar ermee aan de slag gaat’ en ook grote namen in de AI-wereld zeggen dat wie de race wint, technologie kan ontwikkelen die de mensheid niet meer onder controle krijgt. Komen we dichter bij dat moment?
“Da’s een lastige vraag. Zelfs de grootste specialisten hebben compleet tegengestelde meningen. Sommigen waarschuwen dat de ‘geest uit de fles’ is en dat dergelijke technologieën hun eigen gang kunnen gaan, zonder menselijke controle. Aan de andere kant zijn er collega-wetenschappers, die ook aan de wieg stonden van AI, die benadrukken dat we altijd de mogelijkheid hebben om de stekker eruit te trekken.”
DeepSeek komt uit China en dat roept vragen op over privacy en dataveiligheid. Hoe moeten we daarmee omgaan?
“Het lijkt me logisch dat ze data verzamelen en gebruikers profileren op basis van vragen die je stelt. Als je geheime projecten hebt, zou ik die niet met DeepSeek bespreken. Maar eerlijk gezegd weet ik niet of je dat bij ChatGPT wel veilig kunt doen.”
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How Betty and Barney Hill’s Alien Abduction Story Defined the Genre
How Betty and Barney Hill’s Alien Abduction Story Defined the Genre
Their account, recovered with the help of hypnosis, detailed extensive medical exams, including a crude pregnancy test.
Bettmann Archive/Getty Images
Is it chasing us? That thought coursed through Betty and Barney Hill’s minds as they drove down the empty winding country road in New Hampshire’s White Mountains. It was a September night in 1961, they hadn’t seen a car for miles, and a strange light in the sky seemed to follow them.
When they finally got home to Portsmouth at dawn, they were far from relieved. They felt dirty. Their watches stopped working. Barney’s shoes were strangely scuffed and Betty’s dress was ripped. There were two hours of the drive that neither one of them could remember. What had happened?
With the help of a psychiatrist, the quiet couple eventually revealed a startling story: Gray beings with large eyes had walked them into a metallic disc as wide, Betty said, as her house was long. Once inside, the beings examined the couple and erased their memories.
Their experience would kick off an Air Force inquiry, part of the secretive initiative Project Blue Book that investigated UFO sightings across the country. The incident would also become the first-ever widely publicized alien-abduction account and shape how stories like it were told—and understood—from then on. Debate continues as to whether the husband and wife were liars, fantasists, crackpots or simply sleep-deprived people who later recovered seriously scrambled memories.
The Hills Saw Strange Lights Pursuing Their Car
The Hills’ road trip was spontaneous, a well-earned break Barney decided the couple needed, as explained in The Interrupted Journey, a 1966 book they collaborated on with author John G. Fuller. Barney worked a grueling night shift at the post office, driving 60 miles each way. Betty’s job handling state child-welfare cases was no easier. The little free time this biracial couple had was devoted to their church and activities related to the civil-rights movement. After 16 months of marriage, Betty and Barney saw this trip through Montreal and Niagara Falls as their delayed honeymoon. They left so impulsively they had no time to go to the bank before it closed for the weekend. They got in their car with less than $70 in their pockets.
On the last night of their three-day trip, the tired couple sipped coffee in a Vermont diner to recharge before driving back. Barney figured if they pushed through, they could beat the wind and rains from an approaching hurricane. They left the diner around 10 p.m., estimating they could reach their red-framed house in Portsmouth, New Hampshire between 2 a.m. and 3 a.m. at the latest.
As they drove, strange light in the sky gave another reason to hurry. At first it looked like a falling star, but grew larger and brighter with each mile. Barney, an avid plane watcher and World War II vet, was sure they had nothing to worry about. It’s just a satellite, he assured Betty. It probably went off course.
The light seemed to move with the car as Barney steered down the curving mountain road. The light zigged and zagged, ducking past the moon and behind trees and mountain ridges, only to reappear moments later. Sometimes it seemed to move toward them in a game of cat-and-mouse. It had to be an illusion, they thought. Maybe the car’s movement made it seem like the light, too, was moving.
Curiosity overcame them. The couple pulled over at road stops and picnic turnouts to get a closer look. Through binoculars, Betty saw that the white light was really an object spinning in the air.
“Barney,” she told her husband, “if you think that’s a satellite or a star, you’re being completely ridiculous.”
Betty and Barney Hills’ Close Encounter
He knew she was right. Barney had an IQ of 140, noted Fuller in his book. Barney was also a pragmatic man who wouldn’t give flying saucers a second thought, remembered his niece Kathleen Marden in her work, Captured: The Betty and Barney Hill Experience. The night was too quiet for a helicopter, a commercial plane or even military jet with a hotshot pilot. He didn’t want to spook Betty, but he was becoming concerned. What was this light and why was it toying with them?
About 70 miles past the diner, the object hovered just above the treetops, approximately 100 feet above them. Barney abruptly stopped the car, keeping the engine running. He shoved a handgun he’d hidden beneath the seat into his pocket and rushed into a dark field, leaving Betty in the car. What he saw was as big as a jet but as round and flat as a pancake. “My God, what is this thing?” he recalled thinking. “This can’t be real.”
API/Gamma-Rapho/Getty Images
An illustration of Betty and Barney Hill’s 1961 alien abduction
Behind rows of windows, gray uniformed beings seemed to look right at him, Barney recalled. He tried to lift his hand to his pistol but somehow couldn’t. A voice told him not to put down his binoculars.
He had a startling thought: We’re about to be captured. Yelling hysterically, he ran back to the car and barreled down the road as Betty tracked the craft, craning her head outside the car window. Without explanation, loud, rhythmic beeps sounded from the car’s trunk. The couple felt instantly drowsy and lost consciousness.
They came to around two hours later and 35 miles down the road.
Using Hypnosis to Recover the Hills’ Abduction Memory
Back home in Portsmouth, they tried to make sense of the night. Barney felt compelled to examine his body’s lower half. Both seemed aware of a puzzling presence.
In the weeks and months after, Betty, an avid reader, checked out books from the library discovering the civilian UFO group National Investigations Committee on Aerial Phenomena (NICAP). She also reported the sighting to the Air Force, worried about radiation.
University of New Hampshire/Gado/Getty Images
Image depicting an alien space ship, at 200 feet and 100 feet above the Earth’s surface, drawn by alleged alien abductee Betty Hill and regarded as one of the first examples of the Flying Saucer alien spaceship archetype, September 20, 1961.
In coming years, with Betty suffering from disturbing dreams and Barney developing an ulcer and anxiety, the couple sought mental help. The two met with Benjamin Simon, a psychiatrist and neurologist who specialized in hypnosis, a mainstream technique at the time.
Through months of weekly sessions, Simon helped the couple piece together what they think had happened: A vessel had landed on the Hill’s car, putting them to sleep. Afterward, gray beings walked them up a long ramp and into the spacecraft.
Once inside, the Hills were separated, taking turns in an examination room that had curved walls and a large light hanging from the ceiling. Each was asked to climb up on a metal table. The table was so short, Barney’s legs hung over the side.
During the examinations, the beings removed Betty and Barney’s clothes, plucked strands of their hair, took clippings of their nails and scraped their skin. Each sample was placed on a clear material, not unlike a glass slide. Needles, connected to long wires, probed their heads, arms, legs and spines. One large needle, around 4 to 6 inches long, was inserted into Betty’s belly. This pregnancy test left her twisting in pain. Throughout, a being Barney and Betty called “the leader” watched from the side.
After Betty’s examination ended, the beings rushed back into her room, excited. They discovered that Barney’s teeth could be removed. Betty laughed, explaining that Barney had dentures, a fact of human aging the beings struggled to understand.
Later, alone with the leader, Betty asked where the craft had flown, admitting she knew little of the universe. The being joked with her, saying “if you don’t know where you are, there wouldn’t be any point in telling you where I am.” Later, under hypnosis, she drew a star map shown to her on the ship.
In 1965, the Hills’ story was picked up by a Boston newspaper. After that, everything changed. The quiet couple’s story became the subject of a best-selling book and a movie starring James Earl Jones. The upstanding civil servants had become celebrity abductees.
The Hills’ Story Became a Model for Alien Abductions
Bettmann Archive/Getty Images
Barney holding up a diagram explaining the alien abduction
The Hills weren’t the first to spot a UFO or even to report an abduction. But their story did capture the nation’s imagination and was so widely publicized, it has helped shape how we talk about alien encounters and abductions to this day.
Before the Hill’s story, alien encounters were friendly, according to Christoper Bader, a professor of sociology at California’s Chapman University. Some aliens even lived on earth and commuted back on weekends. But once the Hills’ story became better known, abduction accounts shared certain characteristics, such as medical examinations and missing time. Aliens with large heads and big eyes—dubbed “grays” in UFO circles—became classic sci-fi staples in personal accounts and pop culture, Close Encounters of the Third Kind and shows like the X-Files.
The Hills’ story—and those that came after—helped pave the way for a new understanding of human experience. Richard J. McNally, a Harvard psychologist, puts it this way: “The ‘alien-abduction’ phenomenon, in my opinion, shows how sincere, non-psychotic individuals can develop beliefs about, and false memories of, incredible experiences that never happened.”
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- Gemiddelde waardering: 0/5 - (0 Stemmen) Categorie:ALIEN LIFE, UFO- CRASHES, ABDUCTIONS, MEN IN BLACK, ed ( FR. , NL; E )
Alien Abduction: The Chilling Truth Behind the Examination Table
Alien Abduction: The Chilling Truth Behind the Examination Table
Alien abduction phenomena have long been a topic of fascination, fear, and skepticism. Among the many accounts reported by individuals who claim to have experienced extraterrestrial encounters, a recurring and chilling element is the presence of a metallic examination table. This setting is often described as the location where abductees undergo various medical-like procedures performed by non-human entities. The similarities among these testimonies, spanning across decades and cultures, suggest a pattern that continues to intrigue researchers and believers alike.
The Common Themes of the Examination Table Experience
1. The Setting and Restraints
Many abductees recall finding themselves lying on a cold, metallic table inside a spacecraft or a sterile, clinical environment. Often, they describe the room as dimly lit, with strange equipment surrounding them. Some report being restrained, either physically or through an unknown force that renders them paralyzed. Despite their conscious awareness, they are unable to resist or move freely.
2. The Entities Performing the Procedures
The beings that abductees report encountering vary in appearance. The most commonly described are the Grays, characterized by their short stature, large black eyes, and thin bodies. However, another frequently mentioned entity is the praying mantis-like creature, often described as taller, with an elongated head and jerky movements. These beings are perceived as overseeing or directing the procedures while the Grays conduct the examinations.
3. The Medical Procedures and Physical Examinations
The core of the abduction experience often revolves around invasive medical procedures. Victims describe being subjected to tests that resemble human medical examinations but with an unsettling level of detachment and precision. Common reported procedures include:
Neurological Examinations:Some abductees recall instruments inserted into their heads, ears, or eyes, often experiencing sensations of pressure or pain.
Reproductive and Gynecological Procedures: A significant number of female abductees claim to have undergone gynecological examinations, including the extraction of eggs or even the removal and implantation of fetuses. Male abductees frequently report sperm extraction procedures.
Implant Insertions: Many individuals claim that foreign objects were implanted in their bodies, typically in their ears, nasal cavities, or limbs. These implants are believed by some researchers to be tracking or monitoring devices.
Surgical-Like Procedures: Some abductees describe incisions made on their bodies without experiencing bleeding, as well as the removal of skin, hair, or tissue samples.
4. Telepathic Communication and Emotional Manipulation
Unlike human medical professionals, these extraterrestrial beings rarely communicate through speech. Instead, abductees frequently report receiving telepathic messages, sometimes reassuring but often cold and emotionless. Some individuals claim that they were instructed not to remember their experiences or were made to feel a strange sense of calm despite the invasive nature of the procedures.
5. Unexplained Scars and Physical Evidence
One of the most perplexing aspects of alien abduction stories is the presence of physical evidence. Many abductees discover scars, marks, or even embedded objects beneath their skin that they cannot explain. In some cases, these marks appear overnight, without any recollection of an injury occurring. Some abductees, upon medical examination, report having tiny metallic implants that defy conventional explanations.
The Psychological and Emotional Impact of Abduction Experiences
The aftermath of an abduction experience is often deeply traumatic. Many individuals struggle with PTSD-like symptoms, including anxiety, sleep disturbances, and an overwhelming sense of helplessness. The violation of personal autonomy, combined with the inability to explain or prove the experience, leaves many abductees feeling isolated and reluctant to share their stories.
Additionally, the philosophical implications of these encounters challenge fundamental beliefs about reality, human autonomy, and the nature of the universe. For some, these experiences lead to a profound spiritual awakening, while for others, they become a source of lasting fear and paranoia.
The alien abduction phenomenon remains one of the most controversial subjects in the study of unexplained events. The recurring theme of the examination table—with its clinical detachment, medical procedures, and unsettling entities—adds credibility to the possibility of a shared experience among abductees. Whether these accounts stem from actual extraterrestrial encounters, psychological phenomena, or a combination of both, the consistency in these stories continues to captivate researchers and experiencers alike.
While skeptics argue that these accounts are fabrications or manifestations of sleep paralysis and subconscious fears, the undeniable similarities across different cases present an intriguing mystery that science has yet to fully unravel. Until definitive evidence emerges, the question remains: Are these abductees reliving a terrifying dream, or is humanity truly being observed and examined by beings beyond our comprehension?
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From Isaac Asimov's Three Laws of Robotics to bipedal machines you can buy today, here are 12 important milestones in the development of robots.
(Image credit: VCG / VCG via Getty Images)
Few technologies have captured the human imagination in quite the same way as robots. The idea of machines that can walk and talk like us has been a staple of science fiction for decades. The reality has been more prosaic — most real-world robots are disembodied arms relegated to dull and repetitive factory work. But recent breakthroughs in both artificial intelligence (AI) and robotic hardware mean that the smart, humanoids of our imaginations are getting ever closer to reality.
Here are 12 of the most important milestones that got us here.
1921 — Invention of the term "robot"
(Image credit: Heritage Art/Heritage Images via Getty Images)
Since antiquity, people had imagined the possibility of artificial humans — from the clay Golems of Jewish folklore to the mechanical servants of the Greek god Hephaestus. History is also littered with examples of complex automata designed to wow audiences with their life-like movements. But the word "robot" was first introduced by the Czech writer Karel Čapek in his 1921 play R.U.R., which stands for Rossumovi Univerzální Roboti (Rossum's Universal Robots). The term is derived from the Czech word "robota," which means forced labor, and the play features artificial workers made of synthetic organic matter that rise up against their human masters — a narrative that would be echoed in many later works.
1942 — Isaac Asimov's Three Laws of Robotics
(Image credit: Rita Barros/Getty Images)
Robots became a popular science fiction trope, with legendary author Isaac Asimov featuring them prominently in many of his stories. A major theme of his work was how these artificial humans would interact with human society. In his 1942 short story "Runaround" he introduced the Three Laws of Robotics, which were supposed to govern how all robots in his fictional universe operated. The first law prohibited the robots from harming humans, the second mandated robots to obey humans unless it violated the first law, and the third ordered the machines to protect themselves as long as that didn't conflict with the two other laws. While entirely fictional, Asimov's three laws were influential on the development of ethical frameworks for AI and robotics.
1961 — The first industrial robot
It didn't take long for ideas from science fiction to filter through to the real world. In the early 1950s, serial inventor George Devol began work on a robotic arm that could perform repetitive tasks in factories. He teamed up with entrepreneur Joseph Engelberger to form Unimation, the world's first robotics company, and in 1961 their Unimate robot went to work on the assembly line at a General Motors plant in New Jersey. The hydraulically-powered arm had five degrees of freedom (DoF) — a measure of dexterity that means its arm could move or rotate in five different directions. Programming the device required the user to physically move the arm to different positions to teach it the required sequence of actions, which was then recorded in a magnetic storage device known as a drum memory.
1966 — World's first intelligent mobile robot
(Image credit: Marshall Astor from San Pedro, United States, CC BY-SA 2.0 , via Wikimedia Commons)
While significant progress had been made on the mechanical capabilities of robots by the mid-1960s, they were still essentially dumb machines that needed to be programmed by hand. In 1966, researchers at the Stanford Research Institute started work on a wheeled robot with cameras and touch sensors that could reason about its actions, make plans and navigate the real world. It could move between multiple rooms autonomously, avoiding obstacles, opening doors, flicking light switches and pushing boxes around. The robot, which the team named "Shakey," received significant media attention — in 1970 — Life magazine even referred to it as the first electronic person." A key advance behind the robot was its layered software architecture, which enabled it to reason through tasks, something replicated in many subsequent robots.
1969 — The Stanford Arm spawns a new industry
(Image credit: Gildardo Sánchez, CC BY 2.0 , via Wikimedia Commons)
While the Unimate was the first robotic arm to go into production, the Stanford Arm became the blueprint for the emerging industrial robotics industry. Designed in 1969 by Victor Scheinman, who was then a student in the Stanford Artificial Intelligence Lab, the six-DoF arm was electrically powered and controlled by a computer. Over the following years Scheinman built increasingly sophisticated versions of the arm at both Stanford and MIT, before eventually starting a company called Vicarm Inc. in 1974 to commercialize his work. He ended up selling his designs to Unimation in 1977, which released the Programmable Universal Machine for Assembly (PUMA) robot in 1978. The initial customer was General Motors, which used it to assemble automotive subcomponents.
1970 — First robotic rover sent to the Moon
(Image credit: NASA)
The birth of robotics overlapped with another major technological leap — the advent of the Space Age. Scientists recognized that machines that could be controlled remotely or even operate autonomously could be a powerful tool for exploring the solar system. In 1970, the Soviet Union landed Lunokhod 1, the world's first robotic rover, on the moon. Shaped like a bathtub and with eight independently powered wheels, the rover could be controlled remotely from Earth via antennas and a feed from four cameras. The solar-powered vehicle operated for almost a year, roughly three and half times longer than it was designed to last, and travelled 6.5 miles (10.5 kilometers). It also used extendable probes to carry out more than 500 tests on the mechanical properties of lunar soil.
1990 — Rodney Brooks rewrites AI for robotics
(Image credit: Panuwat Sikham via Getty Images)
By the 1980s, industrial robots that could carry out repetitive tasks in controlled environments had become commonplace, but efforts to create more flexible and autonomous machines were foundering. Australian roboticist Rodney Brooks had the intuition that this plateau was due to the top-down approach researchers were taking. This involved a focus on imbuing machines with abstract reasoning skills and developing complex systems of mathematical symbols to represent the world around them. Instead, he took inspiration from nature and focused on the feedback loops between sensing and action that enable sophisticated behavior in animals. He demonstrated that by taking this bottom-up approach, outlined in the 1990 paper Elephants Don't Play Chess, it was possible to combine multiple simple behavioral modules to solve challenges beyond the robots that existed at the time.
1996 — Honda unveils first humanoid walking robot
Despite considerable progress in robotics, most machines were a far cry from the mechanical people depicted in sci-fi. That changed in 1996 when Honda unveiled its P2 robot, which was the first humanoid robot capable of walking independently on two legs. The company had started working on the problem of bipedal locomotion in the late 1980s by studying, and trying to replicate, how humans walked. Research on P2 and its successors P3 and P4 eventually culminated in the development of the company's iconic ASIMO humanoid robot, which was unveiled for the first time in 2000 and set the standard for humanoid robotics going forward.
2000 — The da Vinci surgical robot cleared by the FDA
Intuitive Surgical da Vinci Sp Single Port Robotic Surgical System
While most commercial robotics companies focused on machines designed to replace brute labor in factories, Intuitive Surgical decided to focus on the delicate process of minimally invasive surgery. They built a four-armed robotic surgical system called da Vinci that could be controlled remotely by a surgeon. The arms were capable of holding surgical instruments like scalpels, graspers and scissors and enabled the surgeon to carry out ultra-precise movements. The device was cleared for use by the U.S. Food and Drug Administration in 2000 and has been used in more than 14 million procedures.
2010 — Google unveils self driving car project
(Image credit: Smith Collection/Gado/Getty Images)
There had been scattered experiments in autonomous vehicles over the years, but the first company to devote serious resources to the idea was Google. The firm began developing self-driving cars in 2009 and drove more than 140,000 miles on public roads before announcing the project in October 2010. Earlier experiments were carried out in a modified Toyota Prius with a safety driver behind the wheel. But in 2015 the company carried out the first fully autonomous ride on a public road in a custom-built vehicle with steering wheel or pedals. After rebranding as Waymo, the company started its first public trials of a driverless taxi service in Phoenix, Arizona in 2017.
2012 — The DARPA robotics challenge is launched
(Image credit: Photo by Chip Somodevilla/Getty Images)
One of the major catalysts for recent breakthroughs in smart, humanoid robots was the DARPA Robotics Challenge. Launched by the Defense Advanced Research Projects Agency in 2012, the competition challenged teams to develop semi-autonomous robots that could carry out complex tasks in simulated disaster zones. The bots were tasked with walking across rubble, climbing ladders, closing leaky valves and even driving a utility vehicle. The finals were held in 2015. While some teams competed with their own robots, six were provided with humanoid Atlas robots built by Boston Dynamics. The company continued to develop the robot after the competition was over, showing off increasingly advanced capabilities over the years such as running outdoors, jumping and tackling parkour courses.
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The startup Agility Robotics became the first company to release a commercial bipedal robot after selling two units of its Digit model to Ford. While not strictly a humanoid, thanks to its "backward" legs that work more like a bird's than a person's, the robot is roughly the size and shape of a small human and designed to help out in warehouses and other industrial settings. The release marked the beginning of a boom in commercial humanoid robotics, with companies like Tesla, Figure and 1X unveiling their own offerings shortly afterwards. And costs are falling rapidly — earlier this year Chinese company Unitree released its G1 humanoid robot, which costs just $16,000.
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03-02-2025
6 Things to Know About SPHEREx, NASA’s Newest Space Telescope
6 Things to Know About SPHEREx, NASA’s Newest Space Telescope
NASA’s SPHEREx observatory undergoes testing at BAE Systems in Boulder, Colorado, in August 2024. Launching no earlier than Feb. 27, 2025, the mission will make the first all-sky spectroscopic survey in the near-infrared, helping to answer some of the biggest questions in astrophysics.
Credit: BAE Systems/NASA/JPL-Caltech
Shaped like a megaphone, the upcoming mission will map the entire sky in infrared light to answer big questions about the universe.
Expected to launch no earlier than Thursday, Feb. 27, from Vandenberg Space Force Base in California, NASA’s SPHEREx space observatory will provide astronomers with a big-picture view of the cosmos like none before. Short for Spectro-Photometer for the History of the Universe, Epoch of Reionization and Ices Explorer, SPHEREx will map the entire celestial sky in 102 infrared colors, illuminating the origins of our universe, galaxies within it, and life’s key ingredients in our own galaxy. Here are six things to know about the mission.
1. The SPHEREx space telescope will shed light on a cosmic phenomenon called inflation.
In the first billionth of a trillionth of a trillionth of a second after the big bang, the universe increased in size by a trillion-trillionfold. Called inflation, this nearly instantaneous event took place almost 14 billion years ago, and its effects can be found today in the large-scale distribution of matter in the universe. By mapping the distribution of more than 450 million galaxies, SPHEREx will help scientists improve our understanding of the physics behind this extreme cosmic event.
2. The observatory will measure the collective glow from galaxies near and far.
Scientists have tried to estimate the total light output from all galaxies throughout cosmic history by observing individual galaxies and extrapolating to the trillions of galaxies in the universe. The SPHEREx space telescope will take a different approach and measure the total glow from all galaxies, including galaxies too small, too diffuse, or too distant for other telescopes to easily detect. Combining the measurement of this overall glow with other telescopes’ studies of individual galaxies will give scientists a more complete picture of all the major sources of light in the universe.
3.The mission will search the Milky Way galaxy for essential building blocks of life.
Life as we know it wouldn’t exist without basic ingredients such as water and carbon dioxide. The SPHEREx observatory is designed to find these molecules frozen in interstellar clouds of gas and dust, where stars and planets form. The mission will pinpoint the location and abundance of these icy compounds in our galaxy, giving researchers a better sense of their availability in the raw materials for newly forming planets.
Molecular clouds like this one, called Rho Ophiuchi, are collections of cold gas and dust in space where stars and planets can form. SPHEREx will survey such regions throughout the Milky Way galaxy to measure the abundance of water ice and other frozen molecules.
Credit: NASA/JPL-Caltech
4. It adds unique strengths to NASA’s fleet of space telescopes.
Space telescopes like NASA’s Hubble and Webb have zoomed in on many corners of the universe to show us planets, stars, and galaxies in high resolution. But some questions — like how much light do all the galaxies in the universe collectively emit? — can be answered only by looking at the big picture. To that end, the SPHEREx observatory will provide maps that encompass the entire sky. Objects of scientific interest identified by SPHEREx can then be studied in more detail by targeted telescopes like Hubble and Webb.
5. The SPHEREx observatory will make the most colorful all-sky map ever.
The SPHEREx observatory “sees” infrared light. Undetectable to the human eye, this range of wavelengths is ideal for studying stars and galaxies. Using a technique called spectroscopy, the telescope can split the light into its component colors (individual wavelengths), like a prism creates a rainbow from sunlight, in order to measure the distance to cosmic objects and learn about their composition. With SPHEREx’s spectroscopic map in hand, scientists will be able to detect evidence of chemical compounds, like water ice, in our galaxy. They’ll not only measure the total amount of light emitted by galaxies in our universe, but also discern how bright that total glow was at different points in cosmic history. And they’ll chart the 3D locations of hundreds of millions of galaxies to study how inflation influenced the large-scale structure of the universe today.
6. The spacecraft’s cone-shaped design helps it stay cold and see faint objects.
The mission’s infrared telescope and detectors need to operate at around minus 350 degrees Fahrenheit (about minus 210 degrees Celsius). This is partly to prevent them from generating their own infrared glow, which might overwhelm the faint light from cosmic sources. To keep things cold while also simplifying the spacecraft’s design and operational needs, SPHEREx relies on an entirely passive cooling system — no electricity or coolants are used during normal operations. Key to making this feat possible are three cone-shaped photon shields that protect the telescope from the heat of Earth and the Sun, as well as a mirrored structure beneath the shields to direct heat from the instrument out into space. Those photon shields give the spacecraft its distinctive outline.
More About SPHEREx
SPHEREx is managed by NASA’s Jet Propulsion Laboratory for the agency’s Astrophysics Division within the Science Mission Directorate at NASA Headquarters in Washington. BAE Systems (formerly Ball Aerospace) built the telescope and the spacecraft bus. The science analysis of the SPHEREx data will be conducted by a team of scientists located at 10 institutions in the U.S., two in South Korea, and one in Taiwan. Data will be processed and archived at IPAC at Caltech, which manages JPL for NASA. The mission principal investigator is based at Caltech with a joint JPL appointment. The SPHEREx dataset will be publicly available at the NASA/IPAC Infrared Science Archive.
For more information about the SPHEREx mission visit:
ASA’s upcoming SPHEREx space telescope mission will map the entire sky like no spacecraft before it. To do that, SPHEREx needs specialized hardware. Three concentric cones called photon shields surround the telescope and block light and heat from the Sun and Earth. Without those shields, the telescope’s detectors would be blinded.
SPHEREx also needs to be cold because it detects infrared light. Invisible to human eyes, infrared is emitted by warm objects on Earth and out in the universe. It’s also emitted by the telescope. Keeping it cold reduces the infrared glow, which lets SPHEREx see faint objects that are really far away. SPHEREx stands for the Spectro-Photometer for the History of the Universe, Epoch of Reionization and Ices Explorer.
Managed by NASA’s Jet Propulsion Laboratory, a division of Caltech in Pasadena, California, SPHEREx is set to launch no later than April 2025.
NASA's SPHEREx: The Most Colorful Cosmic Map Ever!
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