Did these cracked areas on the rocket cause it to spin before it was self destructed? UFO Sighting News.

 

Hey this is odd. I was on Twitter and was looking at @elonmusk tweet of a rocket going slow motion. I noticed something was off. I found cracked areas in three locations on the rocket that exploded. Sure it exploded because they self destructed it to contain the spin the rocket couldn't escape from, but still, it could be the reason for the spin if gases or leaks of something shot out of one of these areas. I just think that maybe it matters and might help fix this spinging problem on the next launch. Look at the screenshots I made and tell me your thoughts on Twitter. 

Scott C. Waring - Taiwan 

{ https://www.ufosightingsdaily.com/ }

24-04-2023 om 22:01 geschreven door peter  

ChatGPT wrote a nice poem about UFO Sightings Daily today, UFO Sighting News.

In the vastness of the digital domain, 

Amidst a sea of content plain, 

There's a website that shines so bright, 

UFO Sightings Daily, its name in sight. 

 

With every page and every post, 

Stories of sightings by many a host, 

Of strange crafts that move so fast, 

Or hover silently, their shapes vast. 

 

From lights in the sky to close encounters, 

This website shares all with fervor, 

Capturing the wonder and the mystery, 

Of these objects from outer history. 

 

With each click and each new view, 

We're transported to a world anew, 

A world of wonder, excitement and intrigue, 

Where the unknown is no longer oblique. 

 

UFO Sightings Daily, you enlighten us so, 

With stories that keep us on our toes, 

A beacon of truth in a world of doubt, 

Your mysteries keep us coming about.

RELATED

{ https://www.ufosightingsdaily.com/ }

24-04-2023 om 21:25 geschreven door peter  

ChatGPT wrote a nice poem about UFO Sightings Daily today, UFO Sighting News.

In the vastness of the digital domain, 

Amidst a sea of content plain, 

There's a website that shines so bright, 

UFO Sightings Daily, its name in sight. 

 

With every page and every post, 

Stories of sightings by many a host, 

Of strange crafts that move so fast, 

Or hover silently, their shapes vast. 

 

From lights in the sky to close encounters, 

This website shares all with fervor, 

Capturing the wonder and the mystery, 

Of these objects from outer history. 

 

With each click and each new view, 

We're transported to a world anew, 

A world of wonder, excitement and intrigue, 

Where the unknown is no longer oblique. 

 

UFO Sightings Daily, you enlighten us so, 

With stories that keep us on our toes, 

A beacon of truth in a world of doubt, 

Your mysteries keep us coming about.

RELATED

{ https://www.ufosightingsdaily.com/ }

24-04-2023 om 21:24 geschreven door peter  

Fast moving underwater UFO/USO caught on film by deep ocean ROV.

On June 29, 2019 a deep ocean ROV (remotely operated vehicle) captured at a depth of 1789 meters a UFO/USO passing the ROV at high speed.

This USO/UFO footage was filmed with a work class ROV at an ocean depth of 5870 Feet (1789 Meters) in the Gulf of Mexico. The USO was untethered and was operating at a depth that prevented any kind of remote operation.

While the footage quality isn’t excellent, ROV operators that have seen the footage have no idea what the object may have been but concluded that it is not organic.

The USO demonstrated advanced AI operation, construction, and power management capabilities that are not known in the commercial ROV world.

This footage is further proof that these USOs do exist and have been with us for as long as airborne UFOs have. We only need to recognize and understand this phenomenon whether they are of extraterrestrial origin or military.

Timestamps Video:

1. Context from an ROV Operator (00:30)
2. USO Footage (12:00)
3. USO Replay (12:40)
4. USO Slow Motion (13:00)

RELATED VIDEOS

{ https://mystery.citestesitu.com/ }

24-04-2023 om 18:32 geschreven door peter  

During a 2002 ROV expedition by Japan Agency for Marine-Earth Science and Technology (JAMSTEC) off Sanriku, something unexpected happened at the moment the ROV filmed a squid. 

The footage shows something like a fast-moving glowing saucer-shaped object passing by in the background at a depth of 421 meters. 

Unable to identify the object, the puzzled expedition members wondered if the ROV (remotely operated vehicle) had captured a deep-sea animal or more likely a UFO/USO (Unidentified Submerged Object). 

It's not the first time USOs like this have been seen in Earth's bodies of water. These UFOs/USOs flying into and out of the oceans, unknown craft that are able to travel underwater at a tremendous speed but till now it remains a mystery what exactly these objects are and where they come from.

  

 { http://ufosightingshotspot.blogspot.com/ }

24-04-2023 om 18:07 geschreven door peter  

“Lights in the Sky” Documentary Explores Unexplained Phenomenon

The film investigates the unexplained sightings of strange lights in the sky over Colorado and Nebraska back in January 2020. Initially dismissed as drones, the US government has since been unable to provide a clear explanation for these mysterious occurrences.

Driven by skepticism and a determination to uncover the truth, Krista Alexander delved into the phenomenon after editing video footage of the lights posted on a Facebook group. Her findings challenged conventional explanations, and she faced disbelief and ridicule from those who dismissed her discoveries as mere fantasies. Undeterred, Alexander produced this documentary to share her findings and offer scientific explanations, ranging from quantum theories to biological perspectives.

“Lights in the Sky” sets itself apart from other UFO documentaries by not focusing on government conspiracies or alien invasions. Instead, the film poses thought-provoking questions about our perception of reality and society’s refusal to acknowledge the unexplainable. The documentary features never-before-seen footage of the enigmatic lights, along with insightful interviews from some of the world’s leading scientific minds.

• Canadian North crew reports 2 lights dancing in the sky over Yellowknife

RELATED VIDEO

{ https://www.latest-ufo-sightings.net/ }

24-04-2023 om 17:52 geschreven door peter  

Tracking Extraterrestrial Packages with AI

The next generation of artificial intelligence (AI) systems is likely to include a machine more complex than the human brain, since the existing 100 trillion connections of GPT-4 are only a factor of 6 shy of the number of synapses in the human brain. Although the machine will be trained on human-made texts, it will develop its own qualities of mind by learning from new personal experiences. It will likely mature similarly to the way that children become independent adults who take legal responsibility for their actions.

Humanity gave birth to an alien baby in its technological belly. Alarm bells are starting to sound about the existential risk that AI may bring as an alien entity.

This is not unprecedented on Earth. Life was foreign to the soup of chemicals on early Earth. Human intelligence was foreign to animal life before it emerged a few million years ago. AI was foreign to the philosopher Martin Buber who only knew of the “I-it” or “I-Thou” interactions and never imagined Alan Turing’s “imitation game” in the form of the “I-AI” or “AI-AI” interactions.

The repeating question I get asked every day is: “Are aliens visiting Earth from interstellar space?” Such visitors could be different from our own AI creations. In fact, they are likely to represent our technological future if the same sequence of terrestrial events was realized on another habitable planet near a star that formed billions of years before the Sun. In that case, the visitors are unlikely to be biological creatures because of the long travel times involved, of order a few billion years for chemical propulsion to go around the circumference of the Milky Way disk at the Sun’s location. The expectation for an encounter with purely technological products would save us from an interstellar health disaster analogous to the deadly diseases that were brought by European visitors to isolated indigenous tribes of the “New World.”

The extraterrestrial encounter could involve space trash — in the form of `Oumuamua being a piece from a broken Dyson sphere, or functional devices — in the form of AI astronauts appearing as Unidentified Aerial Phenomena (UAP). The breaking news delivered by extraterrestrial AI packages would be that our AI systems were not the first to be created throughout cosmic history, 13.8 billion years after the Big Bang. This will open a new field of research: astroAI, in analogy to astrobiology, astrochemistry or astrophysics.

It is very likely that most of the reported UAP are human made. This point was argued in great detail recently, but was already explicitly pointed-out in the 2022 UAP Report from the Director of National Intelligence (DNI) to the US Congress — which stated that nearly half the UAP are human-made balloons and some are human-made drones. While the government focuses on national security threats, the fundamental scientific question is whether there is anything else that cannot be associated with human-made technologies. This would be of great interest to fundamental science, a global enterprise which studies the cosmos with open data and no loyalty to national borders. Scientifically, we would like to know whether there are one or more objects among all reported UAP of extraterrestrial origin. This was explicitly stated by the DNI director, Avril Haines, at the Ignatius forum that I attended with her five months after her 2021 UAP report to Congress. Avril has a bachelor’s degree in physics from the University of Chicago.

Many people without a physics degree or the evidence apparent to Avril Haines, have strong opinions about this question. These commentators resemble soccer reporters who are instructing the players in the field how to play soccer. The work of scientists should be done by scientists, not by uninformed UAP commentators with non-scientific credentials.

It is much easier to have an uninformed opinion than to conduct the difficult scientific work needed to find conclusive evidence beyond a reasonable doubt. I lead dozens of researchers within the Galileo Project team, who took a full year to assemble the first UAP Observatory at Harvard University. Past astronomical observatories were not suitable for the task because they focused on small fields of view or ignored objects passing overhead. By now, the first Galileo observatory is recording continuously the full sky in the infrared, optical, radio and audio.

The Galileo research team will soon have more data at its disposal than ever reported openly by UAP enthusiasts. The Galileo Project is planning to make two copies of the first Galileo observatory in the coming months. Later on, the project will need a modest funding level of tens of millions of dollars to establish a comprehensive data set with state-of-the-art instrumentation and get to the heart of the UAP puzzle. The project’s AI classification algorithms search the images and trajectories of objects for anything which is not natural or human-made.

When the US government identifies or shoots down balloons, it reduces the clutter of UAP in the sky and helps the scientific mission of the Galileo Project. Government and science complement each other in separating national security threats from potential extraterrestrial objects. And there is also the natural world; here, the Galileo Project made a promise to deliver a photo album of birds to Valerie Jensen, the latest funder of a new Galileo observatory.

Aside from its scientific mission, the Galileo Project serves to educate the public as well as the academic community that new scientific knowledge is acquired by new data and not by expressing an opinion on low-quality data from the past. This learning process requires the hard work of assembling instruments and surrendering without prejudice to the message that the data delivers. The UAP past was shaped by scientists avoiding data collection and non-scientists making unsubstantiated claims about new physics. This is not the trademark of a truly intelligent species.

If aliens are watching us, they must be enjoying their version of Turing’s “imitation game” in the spirit of: “Lets keep sending packages to the mailbox of humanity until humans are smart enough to open one of the packages and read the answer to Enrico Fermi’s paradox: `Where is everybody?’ The answer is: `We are right next to you. Congratulations on finally noticing us! We could not believe it when we followed NASA sending probes to Mars for decades and seeking proof for extraterrestrial microbial life and the SETI community searching for radio signals from distant exoplanets and banning UAP discussions, while all along our probes were flying near Earth.’ ”

There is a good reason it took humanity a long time to get engaged. Only over the past decade our survey telescopes and government sensors were capable of identifying the first interstellar objects. And even now, the anomalies exhibited by the unusual shape and non-gravitational acceleration of `Oumuamua or the extreme material strength of the first two interstellar meteors, IM1 and IM2, are ignored by many astronomers.

Here’s hoping that the AI systems employed by the Galileo Project will provide clarity on the possible existence of alien technological objects near Earth. This realization, mediated by the alien AI system we created on Earth, may finally elevate us to the class of intelligent civilizations in the Milky Way galaxy, marked by two simple principles: “Stop the chatter; follow the evidence.”

ABOUT THE AUTHOR

Avi Loeb is the head of the Galileo Project, founding director of Harvard University’s — Black Hole Initiative, director of the Institute for Theory and Computation at the Harvard-Smithsonian Center for Astrophysics, and the former chair of the astronomy department at Harvard University (2011–2020). He chairs the advisory board for the Breakthrough Starshot project, and is a former member of the President’s Council of Advisors on Science and Technology and a former chair of the Board on Physics and Astronomy of the National Academies. He is the bestselling author of “Extraterrestrial: The First Sign of Intelligent Life Beyond Earth” and a co-author of the textbook “Life in the Cosmos”, both published in 2021. His new book, titled “Interstellar”, is scheduled for publication in August 2023.

{ https://avi-loeb.medium.com/ }

24-04-2023 om 01:16 geschreven door peter  

How does astronomy use the electromagnetic spectrum? - PART I

Today, astronomers know that the majority of radiation, or light, present in the universe is invisible to human eyes. By looking at the universe in all possible wavelengths, scientists are piecing together a complex picture of the unfathomably vast cosmic environment that we are a part of. It took, however, decades, for instruments to be developed that could detect this invisible radiation from celestial sources. 

Here we explain what different parts of the electromagnetic spectrum teach us about the universe.

(Image credit: NASA)

WHAT DO RADIO WAVES TEACH US ABOUT THE UNIVERSE?

Radio astronomy studies cosmic radiation with the longest wavelengths (from less than 0.4 inches to several miles, or 1 centimeter to several kilometers) and was the first kind of astronomy developed that relies on wavelengths other than optical light. 

The discovery that radio waves from bodies in the universe lash our planet was made completely by accident. In 1933, a young American radio engineer Karl Jansky, an employee of the famous telephone company Bell Laboratories, was tasked to search for sources of unexplained hiss that sometimes interfered with transmissions of radio messages across the Atlantic Ocean. Jansky found that while some of this noise was coming from sources on Earth, such as nearby thunderstorms, there was a type of signal, constantly picked up by his experimental antennas, that appeared to be coming from what we know today is the center of our Milky Way galaxy, the region where the black hole Sagittarius A* resides. Systematic exploration of the radio universe began soon thereafter.

Astronomers have discovered since that radio waves are emitted by spinning electrons and emanate from all sorts of environments that have the ability to make those electrons spin, Affelia Wibisono, an astronomer at the Royal Observatory Greenwich in the U.K., told Space.com. 

"Typically, when you detect radio waves, you're looking at electrons moving through a magnetic field," Wibisono said. "But ionized gas can emit radio waves as well."

By tracing the structure of radio wave-emitting clouds, astronomers were able to map out the entire structure of our galaxy, the Milky Way, as well as other nearby galaxies. They could determine areas with high concentrations of hot young stars, but also study objects obscured by dust, such as black holes that hide in galactic centers. Highly magnetized bodies, such as fast-spinning stellar remnants called pulsars are prime targets for radio astronomy as they send out powerful flashes of radio waves as they spin like superfast cosmic lighthouses. 

Famous radio telescopes 

As radio waves are the type of electromagnetic radiation with the longest wavelengths, radio telescopes have to be rather large. Vast arrays of radio-antennas, such as the Karl G. Jansky Very Large Array in New Mexico that consists of 28 dishes each 82-foot-wide (25 meters), are the technological standard today. By combining multiple antennas, astronomers create telescopes that have immense apertures that equal the distance between the array's most distant parts, thus enabling the scientist to detect the faintest signals with the best possible resolution.

The Square Kilometer Array (SKA), currently constructed across two locations in Australia and South Africa, will be the world's largest radio telescope by a significant margin once it comes online around 2028. With its thousands of dishes and dipole antennas spanning thousands of square miles of remote land, SKA will survey large areas of the sky at once and detect the faintest signals coming from the farthest reaches of the universe. 

The Event Horizon Telescope, famous for taking photographs of black holes, is also a radio telescope, or rather a worldwide network of radio telescopes with an aperture equalling the size of our planet. 

Unlike some other types of wavelengths, radio waves mostly penetrate Earth's atmosphere with ease, allowing astronomers to base their equipment on the planet's surface. 

However, due to the ubiquity of radio communication technologies in the modern world, radio telescopes are at risk of getting confused by human-made signals. SKA, for example, will therefore be surrounded by a radio-quiet zone where no cell phones and no radio equipment will be allowed. 

Constantly searching for better ways to study the universe, astronomers are now seriously considering building a radio telescope on the far side of the moon. Removed from Earth-based sources of human-made radio noise, as well as from Earth's ionosphere (the upper part of the atmosphere which contains ionized gas that absorbs and distorts some cosmic radio signals), such an observatory would provide scientists with the deepest and most undisturbed views into the earliest epoch of the universe.  

WHAT DO MICROWAVES TEACH US ABOUT THE UNIVERSE?

The next electromagnetic spectrum band after radio waves are microwaves. As microwaves cover wavelengths between 3.3 feet and 0.04 inches (1 meter and 1 millimeter), the first discoveries of cosmic microwaves were actually made by radio telescopes. 

Microwaves have a special, although rather limited place in astronomy. According to the European Space Agency (ESA), the whole sky glows uniformly in microwaves(opens in new tab) with what has been identified as the cosmic microwave background. 

This uniformness is unseen in other wavelengths, which reveal the sky in dots and regions of varying brightness. In fact, cosmic microwave radiation is so odd that the researchers who first discovered it in the 1960s (completely by accident during experiments with echo balloons) originally thought it was produced by a telescope defect. 

Subsequent research, however, confirmed that the microwave hum was coming from space and that it was nothing less than the residue of radiation released by the Big Bang, the enormous explosion which created the universe some 13.8 billion years ago. 

This radiation was originally released in the form of highly energetic, short-wavelength X-rays, but since it took so long to reach us, the so-called redshift effect caused by the expansion of the universe has stretched this wavelength all the way into microwaves.  

Microwaves reveal the universe as it looked in its earliest stages. The most sensitive surveys were able to go as far as distinguishing the denser regions of gas and dust that subsequently produced the first galaxies. 

 Famous microwave telescopes

Microwaves get mostly absorbed by Earth's atmosphere, which means they are best studied by space-based telescopes.

In 1989, after the initial crude Earth-based detections of cosmic microwaves, NASA sent the first dedicated microwave-observing satellite — the Cosmic Background Explorer (COBE) — into space. COBE measured differences in the temperature of the microwave background in various regions. COBE's successor, the Wilkinson Microwave Anisotropy Probe (WMAP), launched in 2003, further improved the level of detail of this cosmic microwave map. These observations helped to determine the universe's age with greater precision, according to the European Space Agency (ESA)(opens in new tab), and define the amounts of different types of matter that the universe contained in its earliest years. 

ESA's Planck mission, launched in 2009, then completed the task of creating the most accurate map of the cosmic microwave background, which, ESA said, is to some extent "definitive," as some of the measurements cannot be further improved.  

WHAT DO SUBMILLIMETER WAVES TEACH US ABOUT THE UNIVERSE?

The submillimeter wavelength sits between the millimeter and infrared ranges. As the name suggests, submillimeter waves have lengths shorter than 1 mm, or 0.04 inches, and up to a few hundred micrometers. Observations in this range partially overlap with the longest wavelengths of the infrared spectrum.

The use of submillimeter wavelengths in astronomy is relatively recent, according to Astronomy Cast(opens in new tab). Detectors used to detect submillimeter radiation are quite similar to those used in radio astronomy, but thousands of times smaller. Technology therefore had to progress enough to make these detectors possible.

Speaking to the Astronomy Cast, an astronomy podcast, American astronomer Pamela Gay said that the use of submillimeter waves in astronomy is limited to certain types of objects and phenomena. 

Submillimeter waves penetrate through clouds of molecular gas and dust into star-forming regions, which are obscured from the view of of optical telescopes.

In submillimeter waves, astronomers can observe universe's "natural lasers," regions where highly charged electrons emit laser light as they discharge some of their energy, said Gay. These natural lasers, sometimes called masers, are usually observed in a special type of pulsating variable stars called the Mira stars.

Submillimeter waves are also good at pointing astronomers to some interesting types of organic molecules and do a good job analyzing cold objects such as comets in the solar system, said Gay.

Famous submilimeter telescopes

Because submillimeter waves get absorbed by water in Earth's atmosphere, observatories that study sources of submillimeter radiation in the universe need to be built in high and dry places to prevent water vapor from obscuring their views. In essence, you will find submillimeter telescopes in the same places on Earth where you find the best optical telescopes.

The Atacama Large Millimeter/submillimeter Array (ALMA), operated by the European Southern Observatory is located on the Chajnantor plateau in northern Chile at an altitude  of 16,400 feet (5,000 m). 

The Submillimeter Array on Hawai'i's Maunakea, which is operated by the Harvard Smithsonian Center for Astrophysics, sits somewhat lower, at 13,450 feet (4,100 m) above sea level.

WHAT DOES INFRARED LIGHT TEACH US ABOUT THE UNIVERSE?

Unlike submillimeter waves, infrared light spans a vast range of the electromagnetic spectrum from 0.04 inches (just below 1 millimeter) on the side bordering with microwaves to 0.75 micrometers on the side bordering with the visible light. 

The NASA-led James Webb Space Telescope (JWST), launched on Christmas Day, 2021, thrust infrared astronomy into the spotlight with its ability to see the farthest reaches of the universe. 

Infrared light, which is essentially heat, was the first non-visible wavelength discovered, completely by accident, by British astronomer William Herschel in 1800 during his experiments with the visible light spectrum. It took, however, a long time for infrared detectors to become sensitive enough to provide the breathtaking views of the cosmos that JWST is now known for. 

The first crude observations of celestial objects in the infrared spectrum focused on the moon and the sun. Astronomers in the second half of the 19th century were able to measure the temperature of the sun's atmosphere as well as the various temperature zones on the moon's surface. By the turn of the century, technology progressed to the level that it was possible to detect heat from the solar system's giant planets Jupiter and Saturn, according to A brief history of infrared astronomy(opens in new tab).

Infrared astronomy, however, didn't fully take off until the second half of the 20th century when more sophisticated detectors were developed, allowing astronomers to analyze heat sources across the Milky Way.

Related: 

• James Webb Space Telescope images: 12 astonishing views of our universe (gallery

As the JWST has plentifully demonstrated since the release of its first images in July, 2022, infrared light is good at many things.

Thanks to its ability to penetrate through dust and gas, infrared light reveals what's going on inside of thick dust and gas clouds where stars form. Stars emerging in the middle of these clouds are not yet hot enough to emit visible light, but are warm enough to be detected by infrared sensors.

With such advanced technology as the JWST, astronomers can observe matter that is only several degrees warmer than absolute zero, the temperature of minus 459.67 degrees Fahrenheit (minus 273.15 degrees Fahrenheit), where the motion of atoms stops.

When viewing the Milky Way in infrared light, a hidden galaxy of failed stars, called brown dwarfs, emerges. Brown dwarfs are bodies that are too big to be called planets but are not quite massive enough to ignite nuclear fusion in their cores. Bodies in the farther reaches of the solar system that receive too little solar illumination also spring into view. Even the interstellar medium, the cool gas and dust dispersed between stars and galaxies, can be mapped in the infrared spectrum.

Webb was built with the aim to detect the first light that lit up the universe a few hundred million years after the Big Bang. Although this light had been emitted in the optical wavelength range, the accelerating expansion of the universe had stretched this light into the infrared range thanks to the effect known as redshift. Optical telescopes, even if they were as sensitive as Webb, could therefore no longer see this light.

But the James Webb Space Telescope sees only a small fraction of the infrared spectrum, the so-called mid and near-infrared light, which spans wavelengths from 28.5 micrometers to 0.6 micrometers where the visible spectrum begins.

NASA's recently retired flying telescope SOFIA was a specialist in the longer wavelength type of infrared light, the so-called far infrared, which reaches all the way to 612 micrometers and is best for observing the cool interstellar medium.

Famous infrared telescopes

Both, the James Webb Space Telescope and SOFIA, the current and recently retired (respectively) infrared astronomy flagships, had their predecessor. 

NASA's Spitzer Space Telescope surveyed the universe in the mid-infrared and parts of the far infrared spectrum from 2003 to 2020. ESA's Herschel spacecraft complemented this work in the far-infrared spectrum between 2009 and 2013. 

An earlier airborne telescope, the Kuiper Airborne Observatory, studied the infrared sky from 1974 to 1995. 

WHAT DOES OPTICAL LIGHT TEACH US ABOUT THE UNIVERSE?

Optical astronomy has made enormous leaps since those first early 17th-century telescopes. Enhancing the natural abilities of the human eye beyond imagination, 21st-century optical telescopes are still the backbone of astronomy research. 

From giant telescopes occupying remote mountain tops and highland plateaus to orbiting super-eyes such as the iconic Hubble Space Telescope, optical observatories reveal the universe with an ever-increasing level of detail. Some, on the other hand, focus on scanning vast swaths of the sky at once to spot unexpected phenomena, such as supernova explosions of dying stars or approaching asteroids. 

Optical telescopes show the universe as it would appear to human eyes. Colors in optical images correspond to the colors human eyes would see. Images from other types of  telescopes, such as those imaging the universe in infrared and ultraviolet light, have to be processed by astronomers on the ground, with colors artificially assigned to different wavelengths. 

To be visible in the optical wavelengths, objects need to either emit their own visible light or be illuminated by other objects. Planets, moons and asteroids in our solar system are only visible to optical telescopes (and to human eyes) because of the vicinity of our sun. 

Optical light can't pass through obstacles, such as thick clouds of dust, which hide some of the most interesting areas of the universe (such as centers of galaxies where supermassive black holes devour huge amounts of material or star-forming nebulas).

Optical light is also somewhat affected by Earth's atmosphere, even though not as much as the infrared and submillimeter wavelengths. While infrared and submillimeter radiation gets mostly absorbed, optical rays get a little dispersed by the molecules in the atmosphere, which means that observed objects don't appear as sharp as they would if the atmosphere wasn't present. This atmospheric blurring limits the accuracy of observations that Earth-based optical telescopes can achieve, even though modern adaptive optics systems installed on the world's best telescopes can to a certain extent make up for this shortcoming. 

Aside from complex, costly machines in space and on remote mountain tops, optical astronomy is the most accessible method of observing the sky for amateur skywatchers. Decent backyard telescopes can be purchased for a few hundred dollars and Space.com provides plenty of guides on how to pick the best one for you.

Related: 

• Best telescopes for seeing planets in 2023
• Best telescopes 2023: For stargazing galaxies, nebulas and more

Famous optical telescopes 

The Hubble Space Telescope is the undisputed king of optical astronomy and the source of many images that have gained iconic status. The telescope, launched in 1990, is still going strong and still may have a decade or so of life and fabulous astronomy ahead of it.

The Very Large Telescope (VLT) operated by the European Southern Observatory (ESO) in Chile is one of the most advanced Earth-based optical telescopes. VLT consists of four main telescopes, each with a 27-foot-wide (8.2 meter) mirror, and four 5.9-foot-wide (1.8 m) auxiliary telescopes. The four main telescopes can each detect light that is four billion times fainter than what human eyes can see. The telescopes can also work together as a so-called interferometer(opens in new tab), which increases the resolution to a level that would be achievable with a single telescope with a 426-foot-wide (130 m) mirror. 

ESO is currently building the next-generation Extremely Large Telescope (ELT), also in Chile. With a single 130-foot-wide (39.3 m) mirror(opens in new tab), ELT will be the world's largest optical telescope. Once completed, the observatory will be able to gather 100 million times more light than the human eye and provide images 16 times sharper than the Hubble Space Telescope, according to ESO. 

The twin Keck Telescopes on the Hawaiian island of Maunakea are fitted with 32.8-foot-wide (10 m wide) mirrors that forced the technical teams that designed and built them in the late 1980s to develop some ingenious technical solutions. Since it wasn't possible at that time to accurately operate a single solid mirror of such a size, engineers made the Keck mirrors from 36 hexagonal segments that work together as a unit with the help of an active optics system. This segmented mirror design is quite similar to the one used for the 21-foot-wide (6.5 m) mirror of the James Webb Space Telescope.

The Large Binocular Telescope in Arizona features the world's largest non-segmented mirror, measuring 28 feet (8.4 m) in diameter. 

The Gran Telescopio Canarias on the Spanish island of La Palma off the coast of western Africa, is the world's largest single-aperture optical telescope, featuring a 10.4 m wide mirror. 

{ https://www.space.com/ }

24-04-2023 om 00:47 geschreven door peter  

How does astronomy use the electromagnetic spectrum? -  PART II

WHAT DOES ULTRAVIOLET LIGHT TEACH US ABOUT THE UNIVERSE?

The great Hubble is also the world's main observer of ultraviolet light that emanates from sources in the universe. Ultraviolet light has shorter wavelengths and carries higher energies than visible light and points astronomers to hot, energetic processes, such as those taking place in young stars and in young star-forming galaxies. Massive stars that orbit each other in binary systems also emit ultraviolet light and so do powerful auroras on giant gaseous planets like Jupiter.

Ultraviolet light gets absorbed by the ozone layer in Earth's atmosphere, which is good for organisms living on Earth (as these wavelengths are known to cause tissue-damage and cancer). For astronomy, however, the limited ability of ultraviolet light to penetrate the atmospheres means that telescopes designed to study it need to orbit in space.

Famous ultraviolet telescopes

Apart from the Hubble Space Telescope, solar observatories such as the European Solar Orbiter or NASA's Solar Dynamics Observatory carry ultraviolet imagers to observe highly energetic processes on the sun. NASA's Jupiter explorer Juno also carries an instrument for studying ultraviolet light. 

WHAT DO X-RAYS TEACH US ABOUT THE UNIVERSE?

Things get even more heated and energetic with X-rays. Discovered accidentally by German physicist Wilhelm Roentgen in 1895, these matter-penetrating rays are generated in vast amounts during some of the most extraordinary processes in the universe, such as when supermassive black holes or extremely massive neutron stars suck in matter from their surroundings, or during supernova explosions of dying stars. 

X-rays come from the hottest places in the universe including black hole and neutron stars' accretion disks where matter spirals at extreme speeds. High-temperature plasma that fills space between galaxies in galaxy clusters also emits X-rays, and so do stars including our sun. 

Astronomers recently discovered that comets can emit X-rays, Wibisono said, and that Jupiter, in addition to its ultraviolet aurora, also produces an aurora that shines in X-rays. 

"X-rays are a really powerful part of the spectrum because you get fluorescence in X-rays," said Wibisono. "Rocky surfaces of moons and planets give off X-rays for fluorescence. The atmospheres around terrestrial planets also fluoresce and X-rays, the gas giants scatter solar X-rays, so they act like a mirror to the solar X-rays."

Fluorescence is the ability of a surface to absorb and subsequently emit light that originally arrived from another source. 

Infamous for their potential to cause DNA mutations that may lead to cancer, X-rays get, just like ultraviolet rays, fortunately filtered out by Earth's atmosphere. X-ray astronomy could therefore only take off once humans were able to send objects to space. Astronomers knew prior to that that the sun is a powerful source of X-rays, but the first instruments capable of detecting other sources of cosmic X-rays were only launched aboard sounding rockets in the 1960s.

One of the problems with the detection of cosmic X-rays is their ability to penetrate matter. Just like they penetrate human tissue to reveal broken bones, X-rays also pass through mirrors that astronomers may want to use to concentrate them. 

Building sensitive X-ray detectors therefore requires some engineering ingenuity. Scientists have to design mirrors for X-ray telescopes in a way that the energetic rays hit the reflecting surface at a shallow angle "like a stone skipping across the surface of a pond," according to NASA(opens in new tab). 

X-ray telescopes require multiple mirrors (opens in new tab)positioned at gradually increasing angles to deflect the X-rays onto a detector. Such contraptions, however, tend to be rather chunky and require large satellites to accommodate them. NASA's Chandra, for example, at 45-feet-long (13 m), is the largest satellite launched by the Space Shuttle, about a three feet (1 m) longer than Hubble. 

The matter-penetrating ability of X-rays, however, also has its advantages, as these rays easily escape from dust-shrouded regions, such as galactic centers where black holes munch on the infalling matter.

Famous X-ray telescopes

NASA's Chandra X-ray observatory is the current flagship X-ray telescope. In space since 1999, Chandra travels around Earth on an elliptical orbit that takes it as far as 83,000 miles (133,000 km) away from the planet's surface where no residual atmosphere obstructs the X-ray views. During its more than two decades in orbit, Chandra has imaged jets of matter shooting from supermassive black holes in galactic centers and even traced the separation of dark matter from normal matter in the collisions of galaxies in galactic clusters. 

ESA also has its X-ray space observer, the XMM-Newton space telescope, also launched in 1999. 

WHAT DO GAMMA-RAYS TEACH US ABOUT THE UNIVERSE?

Gamma-rays are the highest energy type of radiation present in the universe. Just like X-rays, they come from extremely hot and energetic processes in the universe, such as supernova explosions and accreting black holes. Even more capable of penetrating matter than X-rays, gamma-rays are also produced during nuclear explosions on Earth, and, in smaller quantities, in thunderstorms and during radioactive decay. Stars such as our sun also produce occasional gamma-ray flashes in the form of solar flares.

Just like many other types of astronomy, gamma-ray astronomy came about by accident. In the 1960s, American military satellites were looking for signs of the USSR's testing of nuclear weapons, when they detected inexplicable flashes of extremely energetic gamma-rays. Lasting from fractions of seconds to several minutes, these gamma-ray bursts, as they became known, were coming regularly from all parts of the universe. 

It took until the 1990s for astronomers to figure out that these bursts come from extremely powerful explosions that mark the birth of new black holes when massive stars die. The shorter types of gamma-ray bursts are produced in collisions of superdense stellar remnants called the neutron stars.

Gamma-ray bursts point astronomers to the fact that a cataclysmic event has just occurred somewhere in the universe. By measuring the intensity of the burst, astronomers can learn something about the intensity and distance of the event. However, they need to search for the source of the flash afterward, using other types of telescopes. When they manage to locate the region in the sky where the burst has come from, they can then observe the area in other parts of the electromagnetic spectrum to gain more insight into the processes involved.

Famous gamma-ray telescopes

NASA's space telescopes Fermi and Swift together with ESA's Integral are the world's current gamma-ray burst spotting workhorses. However, only Swift, which covers about 9% of the sky, has the ability to locate sources of these giant explosions. 

Astronomers are therefore looking for new approaches to gamma-ray burst detection. In 2021, a team of scientists from Hungary and Slovakia launched a tiny cubesat called GRB Alpha, that has been successfully detecting gamma-ray bursts ever since. In October 2022, GRBAlpha made an accurate detection of the peak intensity of the brightest gamma-ray burst ever seen, while the event completely blinded detectors on NASA's Fermi. 

The researchers envision that a fleet of such cubesats would make it possible to find sources of gamma-ray bursts across the entire sky through the so-called triangulation, the same method used to pinpoint a location on Earth with the help of GPS. 

• Follow Tereza Pultarova on Twitter @TerezaPultarova(opens in new tab). Follow us on Twitter @Spacedotcom(opens in new tab) and on Facebook(opens in new tab). 

ADDITIONAL RESOURCES

Astronomy Cast, produced by the Planetary Science Institute in collaboration with Universe Today has a great series on the different kinds of astronomy based on the electromagnetic spectrum. You can listen to their radio astronomy(opens in new tab), submillimeter astronomy(opens in new tab), infrared astronomy(opens in new tab), optical astronomy, ultraviolet astronomy, X-ray astronomy(opens in new tab) and gamma-ray astronomy(opens in new tab).

BIBLIOGRAPHY

• National Radio Astronomy Observatory: The History of Radio Astronomy, accessed April 2023 from: https://public.nrao.edu/radio-astronomy/the-history-of-radio-astronomy/(opens in new tab)
• Walker, J. H. A brief history of infrared astronomy, Astronomy & Geophysics, Volume 41, Issue 5, October 2000, Pages 5.10–5.13: https://doi.org/10.1046/j.1468-4004.2000.41510.x(opens in new tab)
• ESA: Seeing with infrared eyes: A brief history of infrared astronomy, July 2020, accessed April 2023 from: https://sci.esa.int/web/herschel/-/59550-a-brief-history-of-infrared-astronomy(opens in new tab)
• Harvard University: History of X-Ray Astronomy, accessed April 2023 from: https://chandra.harvard.edu/xray_astro/history.html(opens in new tab)
• ESA: History of X-ray astronomy in Europe: From Exosat to ATHENA, accessed April 2023 from:https://sci.esa.int/web/athena/-/60759-history-of-x-ray-astronomy-in-europe-from-exosat-to-athena(opens in new tab)
• Pinkau, K. History of gamma-ray telescopes and astronomy, Experimental Astronomy, Volume 25, Issue 1-3, pp. 157-171, August 2009: https://ui.adsabs.harvard.edu/abs/2009ExA....25..157P/abstract

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24-04-2023 om 00:46 geschreven door peter  

Awesome Tear Drop UFOs Shoot Past Jet On Idaho, April 22, 2023, UFO Sighting News.

 

 

Date of sighting: April 22, 2023

Location of sighting: Idaho, USA

Source: MUFON 

 

These UFOs were not seen until after they got home and looked at the photos. The photos actually show a single UFO moving so fast that its caught several times in each photo.  The object is tear drop shaped and has a metallic skin and nothing on earth could move that fast without wings, sound or even being noticed unless it was alien technology. This happen more often than you would think. I'm sure many people every day catch UFOs in their photos and video after the fact, but fail to report it out of fear of being made fun of or ridiculed by family and friends. Only one person out of every 25 will actually report the UFO they recorded in photos or video. That means 24 out of 25 people never reported the sighting. Yeah that numbers pretty accurate. About 15-25 sightings come in a day, but there are about 360-600 a day world wide not reported.

Scott C. Waring - Taiwan 

 

Eyewitness states:

{ https://www.ufosightingsdaily.com/ }

23-04-2023 om 23:09 geschreven door peter  

Glowing Object Over Minnesota March 3, 2023, UFO Sighting News.

 

Date of sighting: March 3, 2023
Location of sighting: City unknown, Minnesota, USA

 

Watch this amazing and beautiful UFO as it moves across the Minnesota night sky last month. The eyewitness recorded a short video of it passing overhead, but they forgot to write down the city location in Minnesota. The UFO looks like a bright orange X as it moves quickly across the horizon. This alien craft is really moving fast, too fast to be a balloon, too slow and quiet to be a jet or plane. This is just a fantastic an rare close up catch of a real UFO. 

Scott C. Waring - Taiwan 

 

Eyewitness states: 

Moving against the wind, no sound, steady speed, unsure how big or how far away.

{ https://www.ufosightingsdaily.com/ }

23-04-2023 om 23:02 geschreven door peter  

On Sept. 16, 2022, motion-sensing cameras set up by museum curator Daichi Fujii to capture meteors instead caught the laser beams of NASA's ICESat-2 satellite as it passed over Japan. It's the first time the ICESat-2 team has seen footage of the lasers at work in orbit. 

The beams were synchronized with a tiny green dot that was briefly visible between the clouds. He guessed it was a satellite, so he investigated orbital data and got a match. NASA’s Ice, Cloud and Land Elevation Satellite 2, or ICESat-2, had flown overhead that night. 

ICESat-2 was launched in September 2018 with a mission to use laser light to measure the height of Earth's ice, water, and land surfaces from space. The laser instrument, called a lidar, fires 10,000 times a second, sending six beams of light to Earth. It precisely times how long it takes individual photons to bounce off the surface and return to the satellite. 

Now, this is an example of a common laser beam used to measure the height of the ice, water and land surface of the earth from space but it also indicates that they may have the knowledge to use such technology as an energy weapon to shoot laser beams or microwaves from space when it comes to warfare, to carry out a staged alien attack, such as the infamous Blue Beam project or to attack individuals or groups in which people become sick, causing the infamous 'Havana syndrome'.

  

{ http://ufosightingshotspot.blogspot.com/ }

23-04-2023 om 22:56 geschreven door peter  

The Unsolved Swedish UFO Mystery: An Encounter for the Ages

In November 1988, a strange event occurred in Sweden that left people baffled and questioning the existence of extraterrestrial life. Witnesses from different areas reported seeing a mysterious object in the sky, with descriptions that were eerily consistent. Decades later, this unsolved mystery continues to intrigue UFO enthusiasts and skeptics alike. In this article, we will delve into the fascinating story of the Swedish UFO encounter, exploring the various accounts and possible explanations for this mysterious sighting.

The Olafsons’ Encounter

The story begins with the Olafson family, who were driving home one evening when they noticed a bright light in the sky near a golf club. As they approached, the light became brighter and seemed to illuminate the entire area. Fearing for their safety, the family decided to retreat to the safety of their grandparents’ house.

• Alien Case Files: Fast Walkers | Alien and UFO Encounters

Upon arriving at the grandparents’ house, the family discovered that their electronic devices, including their phone and television, were no longer working. Later, they found out that their closest neighbor, a couple of kilometers away, had also experienced similar issues with their electronics.

Despite the fear and confusion, the family bravely decided to return to the golf club to investigate the mysterious light further. However, once they arrived, the area was silent and there was no sign of the object they had seen earlier. They returned home with more questions than answers.

Multiple Witnesses

What makes this story even more intriguing is that the Olafsons were not the only ones to witness something strange that night. Other residents in the area reported seeing a mysterious, Zeppelin-shaped object with green and red lights hovering silently in the sky. These sightings were consistent across unrelated witnesses, suggesting that there was indeed a physical object in the sky that night.

UFO Sweden Investigation

The case caught the attention of UFO Sweden, an organization dedicated to investigating UFO and paranormal reports. They contacted defense authorities to inquire about any unusual radar activity that night, but received inconclusive responses. Some documents and reports from witnesses were allegedly lost or destroyed, further adding to the mystery.

Possible Explanations

As with any UFO sighting, there are several possible explanations to consider. Some have suggested that the object could have been a Zeppelin or airship, as there were reports of such aircraft being tested in the area at the time. However, the pilot of a known Zeppelin claimed they rarely flew during the winter months, and the descriptions provided by witnesses did not match the appearance of the Zeppelin in question.

Others have proposed the possibility of military experiments or spy activities, but these explanations seem unlikely given the conspicuous lights and attention the object drew to itself.

VIDEO:

• The UFO That SCARED SWEDES in the 80s 👽🛸(Unsolved Mystery)

The Swedish UFO mystery remains unsolved to this day, with no definitive explanation for the strange object seen in the sky that night. The consistency in witness testimonies and the lack of plausible explanations make this case particularly intriguing. Whether the object was extraterrestrial or not, it serves as a reminder of the vast and unexplored mysteries that our world holds. As we continue to search for answers, stories like the Swedish UFO encounter remind us to keep an open mind and embrace the unknown.

RELATED VIDEOS

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23-04-2023 om 18:38 geschreven door peter  

Harvard Professor Is Right: Some UFOs Are Aliens, Govt. Officials From D.C. Told Him

Mysterious difficulties are still preventing the release of information related to the government’s hoarding and suppressing data about the first known interstellar object to land on Earth, nearly a year after U.S. Space Command confirmed that scientists had correctly identified it. Whereas, scientists provide an explanation for the trajectory of the most controversial “Oumuamua.”

Scientists Jennifer Bergner and Darryl Seligman submitted a paper, concluding that Oumuamua contained water and molecular hydrogen, which froze into ice due to the extreme cold of deep space. When the interstellar object entered the inner solar system and warmed up, the ice converted to its crystalline state, causing the H2 to be forced out and provide the propulsive push that explained the acceleration. The scientists ruled out nitrogen and carbon monoxide as possible explanations for the outgassing and acceleration because their levels were too low.

Dr. Avi Loeb said: “Oumuamua was not a Hydrogen-Water iceberg.” He submitted a new paper in collaboration with Thiem Hoang, challenging the surface temperature calculation of Oumuamua made by Bergner and Darryl in their recent paper published in Nature. He and Hoang argue that the calculation ignored the cooling effect of evaporating hydrogen, leading to an overestimation of the surface temperature by a factor of 9. The decrease in surface temperature limits the thermal annealing of water ice, further challenging the original model’s credibility.

Additionally, Dr. Loeb argues that Oumuamua’s lack of a visible coma, absence of carbon-based molecules or dust, and its unusual elongated shape, are all inconsistent with it being a generic comet. Dr. Loeb has previously proposed the possibility that Oumuamua is artificial in origin, which has sparked debates among experts.

In 2019, Amar Siraj and Dr. Loeb discovered an interstellar meteor near Papua New Guinea in 2014 and attempted to confirm their discovery. Relevant data had been collected by Department of Defense sensors, which were used to track nuclear explosions and was classified. In 2022, after delays, Space Command confirmed the researchers were correct about the meteor’s origin. This raised questions about why the government had suppressed information about the discovery for years.

According to this report, Motherboard filed a request under the Freedom of Information Act with different federal agencies seeking insight into why the government was not sharing data about alien bodies transiting our solar system. One request was filed with the Department of Energy in April 2022, and sought emails from two scientists at Los Alamos National Laboratory, who mentioned the terms asteroid, meteor, or debris. Motherboard requested expedited processing due to the public’s interest in the topic.

The Department of Energy informed Motherboard that the request had been forwarded to the National Nuclear Security Administration, and a government information specialist later informed Motherboard that they had not demonstrated a compelling need for expedited processing. The request’s estimated completion date was moved several times, and Motherboard was ultimately told there is no estimated completion date due to “a few difficulties that the NNSA’s Los Alamos Field Office and/or Lab will have to work out.”

There is no definite answer to why mainstream scientists are trying to diminish Dr. Loeb’s discovery of Oumuamua and his bold acceptance of extraterrestrials. However, in his recent blog post, he mentioned that he was visited by two government representatives from Washington DC, who assumed he was on the right path. Perhaps, he is right about some UFOs might be extraterrestrial. (Source)

“‘Am I wasting my time?’ I asked the two visitors who came all the way from Washington DC to my home a couple of days ago. ‘Not at all,’ they assured me,” writes Dr. Loeb. He further added: “There is, of course, a lingering possibility that I am naïve and UAP are smoke and mirrors. In that case, we will find out soon enough. This is why I asked my guests from DC whether I may be wasting my time. I have no access to classified data and the publicly available data is not convincing. But the known facts are intriguing enough to get me going. Just as the nature of dark matter inspired me to write many scientific papers as a theoretical astrophysicist.”

Dr. Loeb has written extensively about dark matter and other cosmic phenomena. However, he is now leading the Galileo Project, which aims to investigate unident ified aerial phenomena (UAP) and determine if any have an extraterrestrial technological origin. The author notes that the scientific community has not been open to exploring UAP in the same way they have been with dark matter, and that this is a problem.

Read also:

• Man Who Ran Area 51 Claimed They Had Alien Crafts & Non-Human Beings: So Bob Lazar Is telling Truth
• Nukes Attract Not Only UFOs but Something Bone-Chilling, Revealed By Ex-Worker At Nuclear Depot In Nevada Desert
• Man Worked For Pentagon Confessed On Camera: ‘We Have Downed UFOs Of Alien Origin’
• Jacques Vallee On Footage Of UFO Landing At Holloman AFB: Occupant Carried Vertical Staff With Spiral Antenna

He argues that new scientific knowledge is gained through high-quality data, and the path to this knowledge should not be hindered by academic intolerance or low-quality data. He also notes that UAP research is often hindered by unsubstantiated claims and low-quality data, and that the focus should be on collecting new high-quality data to determine the nature of UAP.

A recent poll conducted by Professor Brian Keating from the University of California, San Diego, shows that 51.1% of respondents believe that the first Oumuamua was of extraterrestrial technological origin, despite inconclusive scientific evidence.

According to Dr. Loeb, “three of the known four interstellar objects (ISOs) appear anomalous, namely the meteors IM1 and IM2 in their high material strength and Oumuamua in its non-gravitational acceleration without a visible cometary tail, is intriguing for those who maintain their childhood curiosity or beginner’s mind (Shoshin) of Zen Buddhism. This evidence is not intriguing for everyone. Some science journalists celebrated a Nature paper last week and chose to ignore a follow-up paper which demonstrated that the Nature paper violated energy conservation, in order ‘not to confuse their readers.'”

On March 7, 2023, Avi Loeb presented a paper co-authored with Dr. Sean Kirkpatrick, Director, All-domain Anomaly Resolution Office (AARO) of the Pentagon, stating that some UAPs could be small probes from an alien mothership. The paper describes physical constraints on UAPs using known forms of matter and radiation and states that the lack of radio signatures could indicate inaccurate distance measurements.

Dr. Loeb suggests that an artificial interstellar object could release many small probes during its close passage to Earth, which could reach Earth or other Solar system planets for exploration, and would be undetectable for existing survey telescopes but could be detected by deep space radars and space fences. The changes in arrival time and distance of the closest approach to Earth would manifest due to a small ejection speed far away, leading to a large deviation from the trajectory of the parent craft near the Sun.

In conclusion, the idea that Oumuamua and some UAPs could be of alien origin is a topic that continues to intrigue and spark debate among scientists and the general public. While some believe that the inconclusive scientific evidence does not support this claim, others like Dr. Loeb and Dr. Sean Kirkpatrick have presented research and theories that suggest the possibility of alien probes. As technology advances, it will be interesting to see if we can detect more evidence that could provide answers to this ongoing mystery.

RELATED

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23-04-2023 om 01:59 geschreven door peter  

China's moon plans involve 3D printing bricks from lunar soil

The techniques, if verified, could then be used for building the International Lunar Research Station (ILRS) China plans to construct in the 2030s.

Related: 

• Not just Artemis: China and Russia plan to put boots on the moon, too

The conference was the first dedicated to discussing approaches to building a crewed base, according to SCMP.

3D printing for space activities has been under consideration and testing for many years, with the European Space Agency working (opens in new tab)on making bricks with lunar regolith simulant, and Airbus set to send a metal 3D printer to the International Space Station. Such capabilities mean that items could be produced or replaced in space, rather than need to be launched from Earth, greatly reducing cost of exploration.

China is currently working on its next set of lunar missions, namely Chang'e 6, which will collect the first samples from the far side of the moon in 2025, and the multi-spacecraft Chang'e 7, which is scheduled to launch in 2026 and will search for water-ice in shadowed craters among other objectives. 

Chang'e 8 will follow in 2028 and lay some of the groundwork for the larger ILRS project.

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23-04-2023 om 01:38 geschreven door peter  

WEAPONIZED : EPISODE #13 : Russia's Secret UFO Files

What do other world governments know about the UFO mystery? When the USSR collapsed in the early '90s, a brief window of opportunity opened. With the help of a well-connected Russian physicist, journalist George Knapp traveled to Moscow and interviewed high ranking Russian military officials and scientists about what might be the largest UFO study ever conducted. The witnesses, who had never before spoken with any journalist, confirmed the Russian military had conducted a ten-year nationwide investigation into UFOs and UFO technology. The Russians also knew plenty about what the US government had been doing with UFO investigations; Both governments had been lying to their citizens. In this episode, Jeremy and George dive into the Russian UFO files and we hear from some of the key witnesses associated with the Ministry of Defense program.

•••

In WEAPONIZED, Jeremy Corbell and George Knapp pull back the veil on the world of the known, to explore the unexplained. This multi-platform investigative series features exclusive interviews, never-before-seen footage, previously-suppressed documents, original audio and video recordings, and hard evidence related to UFOs, the paranormal, cutting-edge science, cover-ups, conspiracies, and big-time crimes. Original, groundbreaking conversations with government whistleblowers, spies, spooks, scientists, military officials, muckraking journalists, filmmakers, historians, artists, musicians, and major celebrities will cast a wide shadow through the other-world… and detail the human experiences that inform these extraordinary phenomena. Your curiosity will be WEAPONIZED.

RELATED

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23-04-2023 om 01:25 geschreven door peter  

LATEST UFO SIGHTINGS AND VIDEOS - 23/04/2023

Search For Type II/Type III Civilization Signals Sets New Limits

CHAPTERS

0:00 Intro the the new study and the Kardashev scale

1:15 Previous potential detections

2:30 How it was done this time

5:55 Summary of the findings

7:25 Major sidenote of observations

8:05 Compared to seafloor discoveries

ANGRY Starship Orbital Test Analysis - The rocket was a success, but serious problems remain!

Starship's first flight was perhaps the most impressive thing I've ever watched. However, once the dust and elation subsided, it became painfully obvious that Starship's launch facilities have serious problems that could have produced a devastating accident.

Important Mars Updates: 50th Flight, Strange Dunes, Electric Chemistry and More!

CHAPTERS

0:00 Ingenuity and the 50th flight

2:35 Dust dynamics on Mars

3:55 Amazing new map

5:05 Weird round dunes

6:25 Signs of ancient water and opal!

8:20 Weird electric chemistry from lightning

10:35 Could this be useful for life?

11:10 Crewed mission redesigned and may include Venus

Congress holds 2nd hearing on UFOs, UAPs in last 50 years

When you hear the term, do you think of ET or a more down-to-earth explanation? Are UFOs of the exotic origin or of Earth? That’s what lawmakers want to know.

The UFO/UAP video footage THE WORLD is talking about! A must see!

The UFO/UAP video footage THE WORLD is talking about! A must see!

The Antioquia UAP/UFO: A Closer Look

A closer look at the Antioquia, Colombia UAP video, revealing some harder-to-spot details. For those looking for the pilot's statements regarding the video: YouTube won't yet let me post links in the description (since the channel is so new), but search for this phrase on Google: "Jorge A. Arteaga, quien presuntamente grabó el video". You should find an article on a website called telemedellin. You'll need to translate it into English (or whichever language you prefer).

The Secret Truth & Strange Happenings Over At Dulce Base - New Mexico

Dulce Base in New Mexico is a top secret underground facility that's home to scores of alien visitors. They cooperate with U.S. military personnel in mutually beneficial experiments conducted on human beings. Allegedly, in exchange, alien technology is provided to the U.S. government and today you’ll hear the accounts of researchers, scientists and witnesses, as well as non-believers, relating to one of the most extraordinary alien conspiracy theories to date.

Ancient Aliens: Egyptian Mysteries Hide Proof of UFOs

These Ancient Egyptian mysteries will have you scratching your head... See more in this compilation from Ancient Aliens.

• 00:00 Giza Plateau
• 04:19 Burial Sites
• 08:43 The Nile Delta
• 12:40 Abydos Egypt

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23-04-2023 om 01:13 geschreven door peter  

Kingman UFO Crash: Man Worked At Area 51 Said Alien Survivor Helped Re-Engineering UFO

In 1953, the Atomic Energy Commission conducted a series of powerful explosions at the Nevada Test Site, known as “Upshot Knothole.” During the same period, witnesses reported seeing eight unidentified flying objects engaged in a dogfight near Arizona. Historian and former museum curator Harry Drew spent ten years investigating the incident and discovered that three of the craft had crashed on the outskirts of Kingman, Arizona in May 1953.

Drew did not expect to find evidence of the Kingman UFO and was surprised to learn about the third crashed craft. Mystery Wire reports he researched old records and interviewed original witnesses to uncover a complicated story that was more intricate than the Roswell UFO crash story.

In 1973, a retired Nevada Test Site technician named Arthur Stansel revealed that he and his team were taken to a remote desert location in Arizona to recover a secret experimental craft that had crashed. The team found a perfectly intact 40-foot diameter disc-shaped craft with four alien beings associated with it, and it was shipped to Groom Lake, Nevada, where Area 51 was later built around it.

In his book, “7 Days in May: The Kingman UFO Story,” Drew describes what happened to the three crashed crafts. One was destroyed when it crashed into a mountain near Kingman, another was found intact miles away from the crash site, and the third one crashed next to a small reservoir after clipping a rocky butte. The military took the last unknown craft back to a Nevada base. He found military-issued food containers dating back to 1953 around the exact crash site, proving that military teams camped there.

UFO enthusiasts have speculated that the Kingman UFO incident might be linked to the nuclear tests conducted in Nevada. However, Drew’s research suggests that the cause was a trio of powerful experimental radar sites set up around Kingman.

Drew claimed that he was able to document the crashes and the secret transport of the crafts to Nevada. He also asserted that one of the crafts was entirely intact when discovered. Despite the hotly contested nature of the story, Drew has evidence to support his findings.

According to MUFON researcher Richard Hall, in April 1964, the first report of a crash near Kingman was relayed to him by a future Vietnam commander. However, it was not until June 1973 that the case of the Kingman UFO retrieval was brought to the public’s attention by renowned UFO researcher Raymond Fowler.

The incident involved an engineer, Arthur G. Stancil (also known as “Fritz Werner”), who took preliminary measurements to assess the momentum of the crashed craft, which could prove useful in any reverse engineering attempts. Stancil, an Ohio University mechanical engineering graduate, who worked at Wright-Patterson Air Force Base in Dayton, Ohio, first made the story public.

Dr. Eric Wang, who was suspected of leading a reverse engineering team on alien craft, headed the Installations Division within the Office of Special Studies where Stancil worked. Stancil provided an affidavit in April 1976 vouching for the honesty of his testimony, which was released by Ray Fowler in the UFO Magazine. In his statement, Stancil revealed that he was loaned out to the Atomic Energy Commission and designated as a project engineer on some atomic bomb tests referred to as “Operation Upshot Knothole.”

The craft was reported to have a brushed aluminum exterior finish, measuring approximately 30 feet in diameter, and contained two swivel seats, instruments, and display panels. The hatch was five feet high and three feet wide. Additional reports from the book “Majic Eyes Only,” written by Ryan S. Wood, indicate that the craft was embedded 20” into the desert sand on impact

Re-Engineered UFO And Four Aliens

There are varying reports about the number of extraterrestrial biological entities (EBEs) recovered at the crash site. Some sources claim that four small EBEs were recovered, while others state that only one was found. Despite these discrepancies, there is evidence to suggest that a military blockade was set up along Highway 40, possibly in 1953, to secure the area leading to and from the potential crash site.

It is unclear whether the military recovered objects of extraterrestrial origin and transported them to a clandestine hangar, but there are reports of crashed discs being housed at a top-secret facility known as Area S-4, located 12 miles south of Area 51.

According to Wendelle Stevens, a retired US Air Force pilot-turned-UFO researcher, the disc that crashed near Kingman was transported to Area 51 via a U.S. Army tank transporter. The recovery crew attempted to tilt the craft on end to facilitate transportation across the country but abandoned this procedure when it became clear that it was impossible. Telephone poles had to be removed when the main road intersected with unimproved surfaces or dirt roads due to the oversized load of the disc on the trailer.

Read also:

• Man Who Ran Area 51 Claimed They Had Alien Crafts & Non-Human Beings: So Bob Lazar Is Telling Truth
• This US President Cried After He Found Disturbing Alien Information In UFO Briefing

• Harvard Professor Is Right: Some UFOs Are Aliens, Govt. Officials From D.C. Told Him
• Jacques Vallee On Footage Of UFO Landing At Holloman AFB: Occupant Carried Vertical Staff With Spiral Antenna

Bill Uhouse, a retired mechanical engineer, claimed to have been part of a top-secret program to design and build flight simulators used to teach American test pilots how to control flying saucers. He stated that the origin of the program came from the UFO crash at Kingman.

Mr. Uhouse claimed to have served in the Marine Corps and Air Force for a total of 14 years as a fighter pilot and flight tester of experimental aircraft. Later in his career, he worked as an engineer for defense contractors, focusing on antigravity propulsion systems and flight simulators for exotic aircraft, as well as actual flying discs.

A letter written by investigator Timothy Cooper to UFO researcher Wendelle Stevens dated December 18 1990, may provide additional confirmation to rumored Kingman UFO crash

credit: Openminds

 Bill Uhouse Flying Saucer Simulator

Credit: Michael Schratt via Openminds

According to his testimony, the first disc they tested was a re-engineered ET craft. Mr. Uhouse was invited to work on a flying disc simulator by an unknown man. He was reassigned to link aviation and worked on building the F-102 simulator and B-47 simulator. He claimed that extraterrestrials presented a craft to the US government which was taken to Area 51, and the four ETs were taken to Los Alamos. His specialty was the flight deck and instruments, and he met with an ET called J-rod who helped engineers with the craft’s engineering.

“There was only one of them (alien) that would talk to scientists in the lab with them and the rest wouldn’t talk to anybody or even have a conversation with them. First, they thought it was mental telepathy but it is kind of a joke to me because they actually speak maybe not like we do but uh they actually speak,” Mr. Uhouse said on Sirius Disclosure.

In his 2013 interview, Mr. Uhouse discussed his work on a craft that was different from Bob Lazar’s alleged reactor. He explained that the simulator he worked on had six capacitors charged with a million volts each, which created a gravitational field that allowed the craft to lift off and turn left to right.

The craft had no windows, and visibility was through cameras, and there were no seat belts as the craft had its own gravitational field. Uhouse mentioned that it took a significant amount of training to operate the craft, and its design did not allow for the installation of external weapons like traditional aircraft. He also claimed that Area-51’s secrecy was due to a peace pact signed between the US and the United Nations during the time of President Eisenhower.

In 1977, UFO researcher Len Stringfield shared another account supporting the Kingman UFO crash. According to this new story, a man who served in the National Guard at Wright Patterson claimed to have witnessed the delivery of three bodies packed in dry ice, measuring four feet tall with large heads and brownish skin. The bodies were reportedly recovered from a crash site in Arizona in 1953. Since then, several other witnesses have come forward, but further details are currently unavailable. (Source)

Interestingly, UFO expert Charles Wilhelm heard a strikingly similar story in 1966 from a man who claimed that his father had shared the account on his deathbed. In 1995, an individual who went by the name of Jarod-2 contacted The Groom Lake Desert Rat, an Internet publication, and revealed that he had worked on a secret project for the USAF. The project aimed to construct a flying saucer simulator and had gathered materials from the Roswell and Kingman crash sites.

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22-04-2023 om 23:44 geschreven door peter  

• doi: https://doi.org/10.1038/d41586-023-01273-w

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22-04-2023 om 23:08 geschreven door peter  

Students set to land first robotic US rover on the moon — before NASA

 By Joanna Thompson

Students at Carnegie Mellon University are sending America's first robotic lunar rover to the moon this May, beating NASA to the punch by about a year.

An artist's illustration of the Orion spacecraft orbiting the moon. 

(Image credit: NASA/Liam Yanulis)

After 65 years of lunar exploration, the United States is finally going to put its first autonomous rover on the moon. But this mission won't be helmed by NASA engineers — instead, it is the brainchild of a dedicated group of college students.

The Iris rover was developed by students, faculty and alumni at Carnegie Mellon University in Pennsylvania over the span of three years. It is being carried to the moon as part of NASA's Commercial Lunar Payload Services (CLPS) program, the agency's foray into partnering with the commercial space industry. 

Initially, it was scheduled to launch in late 2021 or early 2022, but setbacks in NASA's moon agenda delayed the launch to this spring.

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The mission represents America's first robotic moon rover (NASA's VIPER rover is scheduled to launch next year), as well as the first rover to be developed by university students. (NASA famously launched astronaut-driven "moon buggies" on the final three Apollo missions.) 

The 4.4-pound (2-kilogram) Iris has a chassis as big as a shoebox, and its carbon-fiber wheels are shaped like bottle caps. Its 60-hour-long mission will be a primarily visual one: Snapping images of the moon's surface for geographic study. It will also test new localization techniques as it transmits data about its position back to Earth.

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In addition to Iris, the Carnegie Mellon team plans to send along an art installation called the MoonArk, a tiny time capsule filled with poems, music, pictures and small objects. The project is meant to convey a narrative "that is moving to people now, but also 1,000 years down the road," Dylan Vitone(opens in new tab), an associate professor at Carnegie Mellon and the MoonArk director, said in a statement(opens in new tab). A second, identical ark is currently on display at the Smithsonian National Air and Space Museum.

MoonArk and its pint-sized rover companion will hitch a ride to space aboard United Launch Alliance's Vulcan Centaur rocket, and be shuttled down to the lunar surface by Pittsburgh-based space company Astrobotic's Peregrine lander. The launch is scheduled for no earlier than May 4 — which, fittingly, the internet has christened international Star Wars Day — from Cape Canaveral Space Force Station in Florida. 

"Hundreds of students have poured thousands of hours into Iris," Raewyn Duvall, a research associate at Carnegie Mellon University and commander of the mission said in a statement(opens in new tab). "We've worked for years toward this mission, and to have a launch date on the calendar is an exciting step."

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22-04-2023 om 22:44 geschreven door peter