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.
09-08-2018
NASA-zonnesonde die zaterdag ruimte in gaat, heeft Belgisch tintje - HLN-be
NASA-zonnesonde die zaterdag ruimte in gaat, heeft Belgisch tintje - HLN-be
Parker is de eerste satelliet die zo dicht bij de zon zal cirkelen
WETENSCHAP De zonnesonde Parker, die als alles goed verloopt zaterdag de ruimte in gaat, heeft een Belgisch kantje. Het ruimtevaartcentrum van de Universiteit van Luik heeft een van de vier instrumenten aan boord ontwikkeld: een hittecamera die de dichtheidsfluctuaties in de zonnecorona moet gaan opmeten.
De zonnesonde Parker is een project van de Amerikaanse ruimtevaartorganisatie NASA. Parker - vernoemd naar de astrofysicus Gene Parker, die zestig jaar geleden het bestaan van zonnewind voorspelde - zal tot op iets meer dan zes miljoen kilometer van de zon naderen. Het wordt de eerste satelliet die zo dicht bij de zon cirkelt.
Bedoeling van de missie is om de energiestromen in het buitenste deel van de atmosfeer rond de zon - de corona - te onderzoeken, net als de fysische mechanismen achter de zonnewind.
APOm de enorme zonnestraling te overleven, is de Parker Solar Probe uitgerust met een elf centimeter dik koolstofcomposietschild, dat temperaturen tot 1.400 graden celcius aankan.
Telescopen
Het ruimtevaartcentrum van de universiteit van Luik ontwikkelde één van de vier instrumenten aan boord, de WISPR of Wide-Field Imager For Solar Probe Plus. Het gaat om twee telescopen die opnames maken van de corona en de zonnewind, zo legt Pierre Rochus van de Luikse universiteit uit. De telescopen kunnen niet rechtstreeks in de zonnecorona kijken, omdat het dan te heet wordt. Maar ze observeren het licht dat door elektronen en stof van kometen en andere ruimteobjecten gediffuseerd wordt.
WISPR kan daarna de link leggen met de bevindingen van de andere drie instrumenten aan boord. Het gaat onder meer om een geavanceerd toestel dat elektrische en magnetische velden en golven opmeet.
Zes jaar
Parker zal er meer dan zes jaar over doen voordat het in zijn definitieve baan rond de zon is gemanoeuvreerd. NASA maakt daarvoor gebruik van de planeet Venus, die zeven keer van dichtbij wordt genaderd. Om de enorme zonnestraling te overleven, is de Parker Solar Probe uitgerust met een elf centimeter dik koolstofcomposietschild, dat temperaturen tot 1.400 graden celcius aankan.
De zonnesonde wordt zaterdag gelanceerd vanop de lanceerbasis Cape Canaveral in het Amerikaanse Florida.
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- Gemiddelde waardering: 0/5 - (0 Stemmen) Categorie:HLN.be - Het Laatste Nieuws ( NL)
KAN EEN METEORIET DE DERDE WERELDOORLOG VEROORZAKEN ?
KAN EEN METEORIET DE DERDE WERELDOORLOG VEROORZAKEN ?
De reden dat wij als mensheid elkaar nog niet van deze planeet hebben weggeblazen met kernwapens is omdat er goede systemen zijn die het gebruik in de hand houden.
Echter, onlangs explodeerde een meteoriet vlakbij een Amerikaanse radarinstallatie die is geprogrammeerd daarop te reageren omdat het dat registreert als een raketaanval met kernwapens.
Normaal gesproken moet er heel wat gebeuren voordat men daadwerkelijk over gaat tot het afschieten van raketten met kernkoppen. Dit, omdat een dergelijke actie waarschijnlijk het einde zou betekenen van ons bestaan als mensheid op deze aarde.
Sommigen denken dan dat buitenaardsen niet zullen toestaan dat er ooit kernwapens op aarde gebruikt zullen worden en misschien is dat ook wel zo, maar dan is er nog altijd de mogelijkheid dat er per ongeluk ergens iets mis gaat.
Wat dat betreft lopen wij als aarde sowieso steeds meer risico omdat het aantal vuurbollen/meteorieten de afgelopen jarennogal spectaculair is toegenomen.
The base hosts the 12th Space Warning Squadron (12 SWS) which operates a Ballistic Missile Early Warning System (BMEWS) designed to detect and track ICBMs launched against North America.
En dan zie je het volgende soort tweets:
Deze man zegt dan dat deze meteoriet op vrij grote hoogte zou zijn geëxplodeerd, in de onderstaande video zegt Tyler van Secureteam dat het ding wel degelijk op de grond is ingeslagen.
Hoe dan ook, feit is dat dit soort dingen natuurlijk levensgevaarlijk zijn bij een basis waar ze de controle schijnen te hebben over 2000 kernkoppen. Het vreemde in dit hele verhaal is ook weer dat de Amerikaanse luchtmacht net doet alsof er helemaal niets is gebeurd en geen enkele mededeling heeft gedaan. Wat ons betreft kunnen we ons gelukkig prijzen dat er kennelijk nog steeds ook mensen meekijken bij de registratie door dat soort systemen en klaarblijkelijk, zoals de tweet weergeeft, hebben ingegrepen.
En dat terwijl er een object, al dan niet op de grond, is geëxplodeerd met een kracht van 2.000 kilo TNT. Een gevaarte dat met ruim 24 kilometer per seconde (86.400km/hr) op de aarde afstevende.
Maar goed, zoals de man in de tweet zei: We zijn er nog en dus misschien tijd voor een positieve benadering. En wij doen dat in de vorm van een voorspelling die ons is opgestuurd door een lezer (dank!) en die gaat als volgt:
Met betrekking tot voorspellingen:
Ik ga er nu van uit dat veel van de vooral negatieve voorspellingen, gedaan zijn in een zeer lange tijd waarin de prognose die richting uit ging. De waarschijnlijkheidswerelden, parallelwerelden.
En dat er nu meer ontwikkeling/groei is gekomen in het bewustzijn van (blijkbaar voldoende) mensen, dat bepaalde –eerder duidelijke aanwijzingen- voorspellingen niet meer uit zullen komen, omdat dit niet meer nodig is voor de mensheid en de planeet als totaal. Zoals ook bij mensen individueel, bepaalde moeilijke processen op een gegeven moment begrepen kunnen zijn en bepaalde negatieve situaties of personen dan niet meer worden aangetrokken.
Vandaar ook dat het goed is dat er zoveel informatie ligt nu. Goede en minder goede. Maar wie bepaalt?
Alleen jammer als dit bij veel mensen angst en kwaadheid veroorzaakt, want dit is als voeding voor het duister.
Negativiteit kan niet gelijk vertrekken of oplossen in de atmosfeer, maar moet eerst naar buiten komen, verwerkt en vervangen worden.
SUPER LOW-FREQUENCY SPACE SIGNAL HAS SCIENTISTS MYSTIFIED
SUPER LOW-FREQUENCY SPACE SIGNAL HAS SCIENTISTS MYSTIFIED
A low-frequency signal picked up from the depths of space by a Canadian radio telescope last month has scientists intrigued, and trigger-happy extraterrestrial enthusiasts even daring — probably prematurely — to use the A-word.
The mysterious signal, which science refers to as a fast radio burst (FRB), was detected July 25 by a telescope at the Canadian Hydrogen Intensity Mapping Experiment (CHIME) in British Columbia. The telescope has only been online for a few months, and the significance of this particular FRB pickup isn’t that it exists in the first place (they’ve been detected before) — rather; it’s the signal’s perplexingly super-low-frequency signature.
At 580 MHz, the signal (which has been given the memorable name of FRB 180725A) rings out at almost 200 MHz lower than any similar frequency that’s been detected to date, according to Patrick Boyle of McGill University, credited with the discovery.
What exactly is an FRB? Well, that’s part of the speculation-spawning mystery. Astrophysicists can describe the bursts’ characteristics, but they still can’t explain how they occur — although they appear to agree that it takes something phenomenally powerful to create and throw the signals.
An FRB is a “high-energy astrophysical phenomenon of unknown origin detected as a bright radio pulse lasting a few milliseconds on average,” according to the Royal Astronomical Society of Canada (RASC). “The exact origin and cause of FRBs is uncertain, they are found in parts of the sky outside the plane of the Milky Way galaxy and are thought to be extragalactic.”
Only about two dozen of the events had been reported before the CHIME telescope went live; now, researchers expect the detentions to occur with much greater frequency. Scientists do believe FRBs are common, “with estimates suggesting these events arrive at Earth roughly a thousand times per day,” according to RASC.
Previous theorizing about the source of FRBs in general attributes their possible origins to everything from dying black holes to hyperactive neutron stars to — at least in theory — intelligent life.
In reality, the newness of the CHIME telescope’s data collecting endeavor may point out the scientific community’s relative ignorance of a previously-undocumented phenomenon more than it reveals anything about signs of exploding stars, aliens, or anything else — at least while the data’s still this fresh. So while the source of the bursts remains enigmatic, it’s probably not a stretch to say they aren’t new harbingers of an imminent E.T. invasion.
The CHIME telescope under constructionPhoto: Mateus A. Fandiño - The CHIME collaboration (Wikimedia Commons)
You may have seen recent headlines about a strange radio signal picked up by a Canadian telescope. Some go as far as to say it was caused by all-caps ALIENS.
It probably wasn’t from aliens, as far as we can tell—nor are these “fast radio bursts” something you should be worried about. The truth is, the FRB spotted by Canada’s CHIME radio telescope on July 25 wasn’t much different from other FRBs that telescopes have spotted. But it’s still pretty cool and the first of its kind, so let’s talk about why.
“It’s interesting because it was seen down to lower radio frequencies than we’ve seen an FRB before,” astronomer Emily Petroff from ASTRON, the Netherlands Institute for Radio Astronomy, told Gizmodo. “We just don’t know a lot about FRBs at these frequencies, so it’s great to see that they are at least detectable and CHIME is finding them.”
It’s true that FRBs are a cosmic mystery. First detected in 2001 but not reported until 2007, only around 50 of these events have been spotted by radio telescopes. They are quite literally fast radio bursts, bright-and-quick signals in the radio band, the longest wavelength and lowest-frequency electromagnetic radiation, beyond infrared and microwaves on the electromagnetic spectrum.
Astronomers don’t know what causes these bursts, but they might be surprisingly common. Top FRB candidates include neutron stars with strong magnetic fields, called magnetars. Some physicists have suggested dark matteror extraterrestrial intelligence. Perhaps there are several different sources. Scientists are still trying to figure it out.
CHIME’s fast radio burst, in green
Graphic: CHIME/FRB Collaboration
This hyped-up burst, called FRB 180725A, arrived at the Canadian Hydrogen Intensity Mapping Experiment (CHIME), a large radio telescope in southern British Columbia, at around 2 p.m. Eastern/11 a.m. Pacific time on July 25. It lasted for approximately two milliseconds, and had a frequency as low as 580 MHz, according to its Astronomer’s Telegram entry. The FM radio band spans frequencies from 88 to 108 MHz, for comparison, while a microwave oven excites molecules using an electric field with an alternating 2,450 MHzfrequency.
What makes this FRB so weird? It’s probably not much different from the rest, said Petroff, but 580 MHz is the lowest-frequency FRB scientists have spotted so far. Usually, these blips hit Earth with frequencies between 1,000 and 1,500 MHz. But it probably won’t be the last such blip. CHIME caught the signal during its commissioning phase, meaning the telescope is still getting up and running.
FRB 180725A is just a taste of what’s to come. CHIME’s enormous field of view could allow it to find one FRB per day. “So the main exciting thing about CHIME is that it will probably find lots of FRBs, meaning more chances to learn where they’re coming from,” said Petroff.
Is it exciting? Most certainly. Is it aliens? Probably not. It’s just another piece on the fast radio burst puzzle. In order to truly determine their source, scientists need to find more of them, especially ones that repeat, which could provide reliable observations.
EXCLUSIVE: Discovery Channel treasure hunter claims he’s found evidence of an extra-terrestrial spaceship while exploring ancient shipwrecks beneath the Bermuda Triangle
EXCLUSIVE: Discovery Channel treasure hunter claims he’s found evidence of an extra-terrestrial spaceship while exploring ancient shipwrecks beneath the Bermuda Triangle
Explorer Darrell Miklos has been using secret maps created by famed NASA astronaut Gordon Cooper to find shipwrecks in the Caribbean
Diving at an undisclosed location near the Bahamas he found what he believes is the first evidence of an extra-terrestrial visit to earth hundreds of years ago
What he thought could be an ancient shipwreck turned out to be huge USO (unidentified submerged object)with 15, 300ft long obtrusions jutting from its sides
'It was a formation unlike anything I've ever seen related to shipwreck material, it was too big for that,' Miklos tells DailyMail.com
Miklos' discoveries have featured over two seasons of hit Discovery Channel docu-series Cooper's Treasure
A treasure hunter has made an astonishing 'unexplained' discovery deep beneath the Bermuda Triangle that he believes could provide the first evidence of an extra-terrestrial visit to earth hundreds of years ago.
Explorer Darrell Miklos has been using secret maps created by his close friend and famed NASA astronaut Gordon Cooper to find shipwrecks in the Caribbean.
His amazing discoveries have featured over two seasons of hit Discovery Channel docuseries Cooper's Treasure.
But in recent months his team stumbled on something that he believes will shock the world.
Using maps put together in the 1960s by Cooper to identify more than 100 magnetic 'anomalies' in the Caribbean, Miklos dived at an undisclosed location near the Bahamas to investigate what he thought could be an ancient shipwreck.
Search for USOs in Discovery Channel hit Cooper's Treasure
Darrell Miklos and his team discovered the USO (unidentified submerged object) in the Bermuda Triangle close to the Bahamas. He spotted the large obtrusions while exploring the area in a submersible looking for shipwrecks. 'I was trying to identify shipwreck material based on one of the anomaly readings on Gordon's charts when I noticed something that stuck out, that shocked me,' said Miklos in an exclusive interview with DailyMail.com
Horizontal cylinder structures jut out from this large dome feature at the center of the site. Geophysicists on the team report that the coral covering these structures appears to be more than 5000 years old.
A close up of one of the horizontal structures which has scientists baffled. Because of the extreme currents at the location it's almost impossible for coral to grow at all, let alone into a anything this large
Here, what he describes as the right jutting section of the USO. According to scientists on Darrell's team, no coral anywhere in the world could grow in this formation naturally, there would have to be an underlying structure to support that type of growth
Miklos, 55, described what he found while filming episode seven of Cooper's Treasure and tells how he and his team want to bring the 'alien spaceship' to the surface 'It was a formation unlike anything I've ever seen related to shipwreck material, it was too big for that. 'It was also something that was completely different from anything that I've seen that was made by nature'
These horizontal structures are massive, each measures as much as 300 feet straight out, the length of a US football field. The explorer also found other bizarre and unexplained formations around the main object, all of which are covered in thick coral which he believes are hundreds if not thousands of years old
These mystery shapes score the top of the massive central mound. Each of these lines is the width of a family home
Here you can see the gigantic mound rising above the ring of structures that stick out from the center. The entire site's diameter is some 600 feet - the length of two football fields
But instead the veteran treasure hunter found a bizarre structure like nothing he's ever seen.
The huge unidentified submerged object (USO) has 15, 300ft long obtrusions jutting from its side.
In an exclusive interview with DailyMail.com Miklos, 55, described what he found while filming episode seven of Cooper's Treasure and tells how he and his team want to bring the 'alien spaceship' to the surface.
He recalls: 'We were doing a scene where I was sitting in a two man submersible.
'We were out in the Bahamas and we were on an English shipwreck trail, somehow related to Sir Francis Drake.
'I was trying to identify shipwreck material based on one of the anomaly readings on Gordon's charts when I noticed something that stuck out, that shocked me.
In an exclusive interview with DailyMail.com Miklos, 55, described what he found while filming episode seven of Cooper's Treasure and tells how he and his team want to bring the 'alien spaceship' to the surface
'It was a formation unlike anything I've ever seen related to shipwreck material, it was too big for that.
'It was also something that was completely different from anything that I've seen that was made by nature.
'It's almost like there are five arms coming out of a steep wall cliff and each one of these is the size of a gun on a battleship. They're enormous and then there's five over here and five over there, 15 in total.
'There's identical formations in three different areas and they don't look nature made, they don't look man made, certainly nothing I've ever seen based on my experience and I have years of experience at doing this, we've identified multiple different types of shipwreck material, this doesn't match or look anything like that.'
The deepest part of the site is 300 feet below the surface, divers had to use special breathing apparatus and a state of the art submarine to access it.
The explorer also found other bizarre and unexplained formations around the main object, all of which are covered in thick coral which he believes are hundreds if not thousands of years old.
Blown away by the discovery, when back on board his ship, Miklos decided to dig further into Cooper's files to find further clues.
Significantly, the astronaut had written 'unidentified object' on the chart of the area rather than mentioning any historical shipwreck.
'I investigated some of Gordon's charts, I realized that there was something else on there that Gordon was referring to,' he said.
'Then it made sense to me why it wasn't identified as a shipwreck... he had to mean it might be something from another world.
'Gordon believed in aliens. He believed that we had visitors from other planets and he also believed that a lot of these things landed in this particular part of the world.'
The treasure hunter has made the astonishing 'unexplained' discovery deep beneath the Bermuda Triangle. Miklos believes it could provide the first evidence of an extra-terrestrial visit to earth hundreds of years ago.
The deepest part of the site is 300 feet below the surface, divers had to use special breathing apparatus and a state of the art submarine to access it
Gordon Cooper successfully piloted the Mercury-Atlas 9 Faith 7 Spacecraft around the Earth 22 times in 1963 paving the way for men to reach the Moon.
He was a pioneer who became the first American to sleep in space and the first to fly twice.
He was also the first American televised from space.
But as well as researching the limits of human endurance he was also charged with a secret spy mission while in orbit.
Using special 'long range detection equipment' Cooper was asked by the US government to look for 'nuclear threats' - which likely meant Russian submarines or nuclear missile sites.
But Miklos says Cooper - an avid treasure hunter - also noted the positions of Caribbean shipwrecks while he conducted this spy mission, and created a map on his return to Earth.
The shipwreck hunter claims long time friend Cooper gave him the maps - which included detailed charts and exact coordinates - after he was diagnosed with Parkinson's and then died in 2004 aged 77.
In the first season of the show Miklos and his team used Cooper's map to make a remarkable discovery in the Caribbean - a centuries-old anchor believed to be from one of Christopher Columbus’ ships.
Cooper's maps led Miklos to dozens of other significant ship wrecks across the Caribbean worth millions of dollars.
But with this latest discovery the Californian is conscious of being labeled 'crazy' by coming out with wild claims that Cooper's map might now have led him to an alien spaceship submerged under the ocean.
That's why he says he wants to remain 'neutral' until he can investigate the mysterious site further.
Miklos and TV production company AMPLE Entertainment are now hoping the Discovery Channel will commission a third season of Cooper's Treasure so they can do just that.
United States astronaut Gordon Cooper (1927-2004) pictured wearing his Mercury space suit used in early phases of the Project Gemini training program in the United States circa 1961. (Photo by Rolls Press/Popperfoto/Getty Images)
Miklos said: 'I want to investigate it. I want to see what it is, because it may be nature made, just a freak of nature, but given its placement in this particular part of the Caribbean and given what Gordon has told me about visitors from another planet and the things that I've seen, I think it's definitely worthwhile investigating.'
AMPLE Entertainment founders Ari Mark and Phil Lott, who are behind Cooper's Treasure, are equally as excited.
Mark told DailyMail.com: 'In the first two seasons we didn't enter too far into Cooper's UFO interests and what he had told Darrell about what he had seen.
'I don't feel like we've even scratched the surface of what's in Cooper's files, but that's what we hope to do in a third season.
'The bottom line is that Cooper spotted anomalies and it is his maps that led Darrell to this discovery.
'Cooper was a reliable source for treasure, then based on his findings Darrell found something that does not appear to be a shipwreck or anything that anybody has ever seen.
'We want to find out exactly what it is and establish whether it ties in with Cooper's belief that we're not alone.'
During his post-NASA career, former US Air Force Cooper became well known as an outspoken believer in UFOs and claimed the government was covering up its knowledge of extra-terrestrial activity.
'I believe that these extra-terrestrial vehicles and their crews are visiting this planet from other planets, which obviously are a little more technically advanced than we are here on Earth,' he told a United Nations panel in 1985.
'I feel that we need to have a top-level, coordinated program to scientifically collect and analyze data from all over the Earth concerning any type of encounter, and to determine how best to interface with these visitors in a friendly fashion.'
He added: 'For many years I have lived with a secret, in a secrecy imposed on all specialists and astronauts. I can now reveal that every day, in the USA, our radar instruments capture objects of form and composition unknown to us.'
Miklos said Cooper often told him stories of UFO sightings and believed a lot of the world's technological advances had been passed on to governments by messengers from alien planets.
Cooper even designed his own miniature 'UFO' based on an alien design he claimed to have seen.
Using special 'long range detection equipment' Cooper was asked by the US government to look for 'nuclear threats' - which likely meant Russian submarines or nuclear missile sites. But Miklos says Cooper - an avid treasure hunter - also noted the positions of Caribbean shipwrecks while he conducted this spy mission, and created a map on his return to Earth. The shipwreck hunter claims long time friend Cooper gave him the maps - which included detailed charts and exact coordinates
Miklos said Cooper often told him stories of UFO sightings and believed a lot of the world's technological advances had been passed on to governments by messengers from alien planets
Producers Ari Mark (top left) and Phil Lott (top right) with treasure hunter Miklos, host of Discovery Channel's 'Cooper's Treasure
But as for Cooper being a UFO 'nut job', Miklos couldn't disagree more.
He described him as a 'close friend' and 'father figure' who was of 'sane mind'.
'I can tell you one thing for sure, there was a lot of conspiracy theorists and UFO nut jobs that he wanted nothing to do with,' said Miklos.
'Just because he had actual encounters with something that he couldn't explain and other encounters to which he did have an explanation for, but he wasn't going to go and befriend all of these crazy different types of groups.
'In the early days he wasn't going to overstep the bounds of what he could reveal out of fear of getting killed (by the government) and what good would that do. So he kept a lid on it, he kept a lot of it quiet until later in his life.
'So the man I knew wasn't a whack job, he wasn't hallucinating and he wasn't making things up to gain attention, that wasn't him.
'He truly believed in what he saw and he tried to tell it in such a way to make people believe it and he knew because of his background in NASA as a rocket scientist that he was more credible than most.'
Nevertheless, Cooper was often discredited for expressing his beliefs on extra-terrestrial activity, but Miklos added: 'As serious as I'm talking here right now with a clear mind to you, that's who he was.
'He was an honest, straight forward individual who only wanted to investigate and explore the possibilities of the unknown, even if it meant risking his professional career.'
The next episode of Cooper's Treasure airs this Friday on the Discovery Channel at 9pm (PST)
It was going to be the factory of the future. Dubbed the “Alien Dreadnought,”Tesla’s new manufacturing facility in Fremont, California, was designed to be fully automated — no humans need apply. If all went well, AI-powered robots would enable the company to achieve a weekly production of 5,000 Model 3 electric cars to keep up with burgeoning demand. But Tesla fell far short of that mark, manufacturing just 2,000 vehicles a week. The problem, as the company painfully discovered, was that full automation wasn’t everything it was cracked up to be. According to CEO Elon Musk, the sophisticated robots actually slowed down production instead of speeding it up.
Tesla’s solution was to shut down production to address the bottlenecks and then to erect a large temporary structure — essentially a tent — for additional capacity. The company has also hired hundreds of workers to revamp production processes, train (and retrain) the robots, and swap them out when needed, among other tasks. As Musk himself tweeted last April, “Yes, excessive automation at Tesla was a mistake. To be precise, my mistake. Humans are underrated.”
Tesla is not the only company to learn the pitfalls of excessive automation. In our global study of more than 1,000 companies at the forefront of implementing AI systems, we have found that the greatest performance gains are achieved not when machines are used to replace employees, but when they are deployed to work alongside them. In such collaborative relationships, people help machines become better, and machines enable people to achieve step-level increases in performance.
Adding Humans to the Mix
For Tesla, adding more human labor to the mix means extending traditional jobs with additional responsibilities that would help ensure the smooth and efficient operation of the Alien Dreadnought. So, for instance, an equipment maintenance supervisor must be able to do more than just supervise hourly technicians and manage the repair of equipment. The worker must also possess robotics and controls engineering skills, according to our analysis of Tesla’s recent recruiting efforts. Similarly, equipment maintenance technicians need more than just the know-how to diagnose and troubleshoot industrial equipment. They must also be able to use a variety of analytics, such as thermography and vibration analysis, to proactively determine when certain maintenance procedures should be performed on machinery before a breakdown occurs.
And it’s not just traditional jobs that are being extended to encompass new tasks. Our analysis has uncovered that entirely new categories of jobs are being created. Just as the internet revolution ushered in completely novel jobs — for example, web designer and search-engine optimization engineer — so will the new era of AI. Telsa, for instance, is recruiting robot engineers, computer vision scientists, deep learning scientists, and machine learning systems engineers. And the company has also posted job listings for more-esoteric AI specialties such as a battery algorithms engineer and a sensor-fusion object tracking and prediction engineer. For the former position, the requirements go beyond knowledge of lithium-ion cells (cell capacity, impedance, energy, and so on) to include expertise to develop algorithms for state-of-the-art feedback control and estimation. Moreover, it’s not just technology-related jobs that are being reimagined with AI. In fact, as Tesla and other companies have discovered, AI technologies are having a profound impact throughout the enterprise, from sales and marketing, to R&D, to back-office functions like accounting and finance. As just one example, Tesla deploys an AI system to process its customer data, including information from an online forum, in order to identify common problems with the company’s vehicles.
Some Training Required
Obviously, finding the right individuals to fill roles like “battery algorithms engineer” is not an easy task, especially given the severe shortage of AI expertise, which has pushed some annual salaries well above $300,000. As such, many companies are trying to grow the talent they need in-house. Yet in our global study, we found that although executives have realized that their reskilling programs will require a bigger and different set of activities than in the past, nearly three-quarters of the 1,500 global companies we surveyed said they have struggled with how to proceed.
The solution will require significant new investments in reskilling — especially given that only about 3% of companies are planning along these lines — and may call for collaboration with outside partners as well as government agencies. Consider Adidas’s “Speedfactory,” an advanced manufacturing plant that recently started production outside Atlanta. To open the 74,000-square-foot robotic plant, which will enable manufacturing flexibility for making sneakers designed specifically for local consumers, Adidas worked closely with local authorities in Georgia and with German-based partner OECHSLER Motion. Currently, the facility employs about 150 people in numerous jobs that are highly technical: planners, engineers, stitchers, and technicians. As the factory was being built, OECHSLER staff worked from a startup hub that was run as a partnership between Chattahoochee Technical College, the Cherokee Office of Economic Development, and the Woodstock Office of Economic Development. Other incentives included a state tax credit of $3,500 per job created, as well as assistance from Georgia Quick Start, a state program that provides training support. In addition, Adidas flew employees to Germany for training, to work with the specialized AI-based robotic machinery.
As the amount of employee training increases, some companies have begun to develop their own certification programs to help employees acquire the knowledge and expertise they’ll need. Take, for example, GE Global Research, which has set up online programs to teach machine learning and other specific skills. Several hundred employees have already completed the company’s certification program for data analytics, which have enabled people to assume new roles.
Back at Tesla, Model 3 workers receive more training than other production staff, and this includes classroom training in both manufacturing essentials and manufacturing fundamentals. Tesla has also been launching new technician training programs that, for example, help people make the transition from working on internal combustion engines to electric vehicles. And the company has partnered with colleges to provide students with the education they’ll need for a career in the electric-vehicle industry.
As much as Tesla has embraced automation and AI, the company’s success will ultimately depend on humans. To meet burgeoning demand for the Model 3, Musk has expressed his desire to eventually run three shifts of manufacturing a day, essentially keeping the assembly line in nonstop operation. To accomplish that, the plan is to hire about 400 employees a week, resulting in considerable demands for onboard training to accommodate that influx. Meeting that challenge of employee training will be crucial to attain the necessary economies of scale, given the Model 3’s relatively low entry price point, starting at $35,000. According to one analysis, the car has the potential to achieve a 30% margin, which would be unprecedented for a battery-powered vehicle. Yet even as the company finally achieved the targeted production of 5,000 vehicles in the last week of June, whether it can maintain and accelerate that aggressive pace remains to be seen. Ironically, even in the factory of the future, humans may be needed now more than ever.
Strange new mineral found in a Russian meteorite-Representational image University of New Mexico
Prospectors hunting for gold in southern Russia stumbled upon a chunk of material that turned out to be a meteorite made of material that has never been seen before on Earth.
This alien piece of rock has been named Uakitite after the town it was found in. Scientists presented the discovery of the Uakit meteorite at the Annual Meeting of the Meteoritical Society in Moscow.
Researchers say that 98 percent of the meteorite is made up of kamacite, an alloy of iron and nickel. This alloy is made of nearly 90 to 95 percent iron and about 5 to 10 percent nickel. It is formed in space and only found in its natural state in meteors, notes a report by LiveScience.
The remaining 1 to 2 percent of the Uakit meteorite was found to be made of about a dozen minerals that are known to have formed only in space. The composition of this meteorite suggests that it was formed under extreme heat of well over 1,000 degree C, say the researchers.
Kamacite is an alloy commonly found in meteorites. In the case of a new discovery in Siberia, it was found to contain traces of a new mineral completely alien to science.
Photo / Supplied
On further study, researchers found the uakitite as miniscule grains in the rock, no larger than 5 micrometres—less than 25 times the size of a grain of sand. The quantity of Uakitite was so small that scientists could not even accurately put together all of its properties, notes the report.
However, researchers found that it is structurally comparable to two other out-of this-world minerals—carlsbergite and osbornite. Referred to as mononitrides, these minerals contain one nitrogen atom in their make up, notes the report.
Mononitrides are described as being hard and can even be used as an abrasive, said lead researcher Victor Sharygin, from the Institute of Geology and Mineralogy.
While rumours have spread that uakitite is actually harder than diamond—the hardest naturally formed mineral on Earth—Sharygin clarified that this claim is untrue. In fact, "the hardness of uakitite was not measured directly," because the grains were too small, he said. Researchers instead estimated the hardness of uakitite using vanadium nitride, because it closely resembles Uakitite.
The meteorite found in the Siberian region of Uakit. It has been found to contain a hard, never-before-seen, mineral.
Photo / Supplied
Researchers have said that uakitite falls between 9 and 10 on the Mohs hardness scale where a diamond is placed at 10. That means it is hard, but not diamond hard.
The sun is Earth's closest stellar neighbor. It provides energy that allows life to exist on our planet, but that energy comes at a cost; the sun has a variable environment that includes solar flares, coronal mass ejections of charged particles and the solar wind. It is important for scientists to have a better understanding of how the sun behaves on a daily basis, because radiation emanating from it can affect astronauts or satellites in space. Here are some of the more prominent missions that studied the sun.
Photo Credit: NASA
1. Genesis (2001-04)
Genesis was the first spacecraft to capture a sample of the solar wind, or the constant stream of particles that emanate from our sun. The spacecraft performed a three-year sampling round at a gravitationally stable area in space — known as Lagrange 1 — before returning to Earth. Unfortunately, the spacecraft made a hard landing after its parachute didn't deploy, according to NASA, but some of the sample did survive. "Researchers have already found evidence that the Earth possibly formed from different solar nebula materials than those that created the sun," NASA stated.
2. Solar and Heliospheric Observatory (SOHO) (1995-present)
SOHO is a collaboration between the European Space Agency (ESA) and NASA to study the sun, observing all the way from its core out to the solar wind. It launched on Dec. 2, 1995, for an original three-year mission, but its lifetime has been extended several times due to its ongoing success. Some of its major observations include studying the sun over two 11-year solar cycles, sending back information about the sun's structure and helping scientists better predict solar outbursts, according to ESA.
3. Transition Region and Coronal Explorer (TRACE) (1998-2010)
TRACE's major goal was to better understand how magnetic fields and plasma (superheated gas) act in the sun's environment. The spacecraft helped scientists better understand the "geometry and dynamics of the upper solar atmosphere," NASA stated, which helped scientists get a better idea of the nature of the hot outer atmosphere called the corona. TRACE was also the first mission to study the sun during an entire solar cycle.
Photo Credit: NASA
4. Ulysses (1990-2009)
Ulysses, a joint mission between NASA and ESA, was designed to look at the heliosphere, which is the part of space under the influence of the sun. Using a gravity assist at Jupiter, Ulysses orbited the sun at its poles for 18 years. "The probe revealed for the first time the three-dimensional character of galactic cosmic radiation, energetic particles produced in solar storms and the solar wind," NASA stated.
Yohkoh (also known as Solar-A) was a Japanese-led spacecraft from the Institute of Space and Astronautical Science, the former name of Japan's space agency. The Earth-orbiting spacecraft imaged the sun in X-rays and with spectrometry. Some of its discoveries included showing that solar flares are "magnetic reconnection phenomena" caused by events in the sun's magnetic field and that the solar corona can change its scale dynamically, according to the Japanese Aerospace Exploration Agency (JAXA).
Photo Credit: NASA
6. Solar Maximum Mission (1980-1989)
The Solar Maximum Mission was designed to study the sun at the height of its 11-year solar cycle, when solar flares and coronal mass ejections (CMEs) tend to be most frequent. It launched on Feb. 14, 1980, and it was briefly disabled by a malfunction in 1981, according to NASA. Astronauts on board the space shuttle Challenger serviced the spacecraft in April 1984 and set it free again for observations. It then continued its data gathering until burning up in Earth's atmosphere on Dec. 2, 1989. The mission found that the sun is brighter during the sunspot cycle maximum and also discovered several sun-grazing comets.
Japan's Hinode satellite (also known as Solar-B) focuses on the solar corona, the extremely hot upper atmosphere of the sun. Scientists aren't sure why the corona (at millions of degrees Celsius or Fahrenheit) is so much hotter than the lowest layer of the sun, the photosphere, which is about 10,000 degrees F (5,500 degrees C). Scientists hope for "an improved understanding of the mechanisms of solar explosions, which will in turn greatly help us predict how solar events affect Earth," according to the Japanese Aerospace Exploration Agency (JAXA).
Photo Credit: NASA
8. Solar Terrestrial Relations Observatory (STEREO) (2006-present)
STEREO was launched with two spacecraft: STEREO-Ahead (which orbits the sun ahead of Earth in its orbit) and STEREO-Behind (which orbits the sun behind Earth). Its achievements include showing the three-dimensional structure of CMEs and showing how matter and energy flow to Earth, according to NASA. The mission continues to operate well beyond its design lifetime, although communication with STEREO-B was lost on Oct. 1, 2014, due to "multiple hardware anomalies," according to NASA. The agency briefly heard from STEREO-Bagain in 2016, but quickly lost contact and hasn't heard from it since.
Photo Credit: NASA
9. Solar Dynamics Observatory (SDO) (2010-present)
The major goal of SDO is to better understand solar activity. Specifically, it examines how the sun's magnetic field is structured and generated, and how the sun's energy gets transformed into the solar wind, energetic particles and solar irradiance (flux of radiant energy) variations, according to NASA. One of SDO's major achievements is generating images to help scientists pinpoint magnetic-field variations and the sources of solar eruptions, NASA said in an image caption.
10. Interface Region Imaging Spectrograph (2013-present)
IRIS focuses on the lower levels of the sun's atmosphere, which is a region that is called the interface region. The probe picks up information on how solar material moves through the sun, as well as the temperature of the region. This region sends solar material into the corona and the solar wind and also is behind most of the ultraviolet radiation that gets to Earth, according to NASA. In 2016, IRIS found that solar "bombs" of material heat the upper atmosphere, which may help explain how the corona gets so hot.
Parker Solar Probe is expected to launch in 2018 to get closer to the sun than ever before. It will "touch" material from the corona, zooming in as close as 3.8 million miles (6.1 million kilometers) to the sun's photosphere, according to NASA. The spacecraft will make seven flybys of Venus over seven years and do periodic passes by the sun, aiming to provide an unprecedented close-up look at the corona and the origins of the solar wind.
Solar Orbiter is an ESA-led mission to examine how the sun generates the heliosphere, as well as the solar wind, energetic particles and other emissions from the sun. "Being close to the Sun allows for observations of solar surface features and their connection to the heliosphere for much longer periods than from near-Earth vantage points. The view of the solar poles will help us to understand how dynamo processes generate the sun's magnetic field," ESA stated.
Conspiracy theorists of Brisbane caught a glimpse of the unexplainable on Tuesday morning when a mysterious hole opened up in the cotton-ball clouds blanketing the city. Australian Twitter responded predictably, calling the hole a “portal” for UFOs. There’s no denying that the oblong gap seemed wide enough for aliens to step through, but as atmospheric scientist David A. Kristovich, Ph.D., explains to Inverse, it merely marks the footprint of falling ice.
“These are called ‘cavum’ or ‘hole-punch’ clouds,” explains Kristovich, who heads the Climate and Atmospheric Sciences Section of the Illinois State Water Survey Prairie Research Institute at University of Illinois at Urbana-Champaign. “Cavum are usually circular or oval shaped holes that can sometimes be seen in layers of altocumulus or cirrocumulus cloud.”
Marc Lawrence@ozlangur
“It was not an alien invasion portal” but I refuse to let this story go until #theirABC stops hiding the alien invasion and, for balance, lists all the other things it wasn’t. http://www.abc.net.au/news/2018-
Portal-like cloud holes over Brisbane fuel wild speculation
Cotton-ball clouds paint strange and spectacular holes in the sky over Brisbane odd enough to attract the interest of forecasters at the weather bureau.
Cumulus clouds are the soft, puffy ones that look like the clumps in a favorite fleece sweater; altocumulus and cirrocumulus are subtypes that respectively live in the middle range and high range of the atmosphere. They’re opaque because they’re stuffed with water droplets that don’t quite behave the way you might expect water at that temperature to behave.
“In these conditions, the water droplets are called ‘supercooled’ because they remain liquid even though the temperature is below freezing,” says Kristovich. Understanding that those liquid droplets eventually turn to ice under certain conditions is key to believing that Brisbane’s cloud-holes are not caused by invading UFOs.
Cirrocumulus cloud, at about 9km high, played host to a fallstreak hole or punch hole cloud over #Brisbane today. Ice crystals fall out of the cloud and eat away at the remaining supercooled water droplets leaving a hole. Maybe a plane triggered the initial ice formation?
We’re all taught that liquid water freezes at 0 °C, but for a number of reasons this is not always the case. To turn to ice, a droplet of water must first “nucleate” — meaning it must have a seed around which to grow the rest of the ice crystal — but sometimes, at cumulus-level temperatures, the nuclei just don’t form. The water remains liquid and “supercooled,” and the cloud stays opaque. But this balance is a precarious one and can change any moment.
A number of factors can rapidly shift in a cloud, sowing the seeds of ice formation. And once ice starts to form, holes in the cloud begin to grow.
“If ice crystals start to form in these clouds of liquid droplets, they grow rapidly and draw water from the liquid drops,” says Kristovich. “As the area of ice crystal formation grows, the cloud droplets evaporate, causing a patch of the cloud layer to ‘disappear’.”
In the photo below, the elongated gash tearing through the sky represents the area where nucleation began and ice crystals started to form. As the translucent mist within the hole suggests, however, it’s not a perfectly cleared gateway to the upper atmosphere.
“The patch where the cloud layer disappeared often looks hazy and might have ‘virga’ – hazy wisps of ice crystals falling toward the earth because of their growth and increasing weight,” says Kristovich.
This may come as disappointing news for alien seekers, but they can take solace in the little mystery that remains surrounding hole-punch clouds. The sudden formation of ice crystals that causes droplets to fall out of an opaque cloud is not entirely understood, and scientists are still trying to figure out what prompts them to form. Some think it could well be flying objects — but not the unidentified kind.
“There has been a lot of interest in the scientific literature on what causes the ice crystals to form in these patches,” says Kristovich. “One way is through the influences of aircraft going through the cloud layers.” He refers to an articlepublished in 2010 in the Bulletin of the American Meteorological Society entitled “Aircraft-Induced Hole Punch and Canal Clouds: Inadvertent Cloud Seeding,” which documented the role of airplanes in causing ice crystals to form — that is, “seeding” — in cumulus clouds.
Previous studies have shown, however, that there are a number of ways that a cloud can be seeded. In fact, we already artificially seed clouds with molecules of silver iodide to force them to rain sooner than they naturally might. Brisbane, for its part, seems to have used a different type of human intervention to seed its clouds, though local UFO enthusiasts may not be convinced.
Let’s see … there’s the Great Pyramid of Giza, the Colossus of Rhodes, the Hanging Gardens of Babylon … Sloth, Greed, Dopey and Sneezy?
The Seven Wonders of the World (see the list here) were eventually called the Seven Wonders of the Ancient World as people began to create new lists that their favorite wonders, both manmade and natural, might fit in. Those left off competed for the title of Eight Wonder of the World. One such natural wonder candidate was the Pink and White Terraces of New Zealand — Te Otukapuarangi (“The fountain of the clouded sky”) and Te Tarata (“The tattooed rock”) – which were considered to be the largest silica sinter deposits on earth until they were completely destroyed in the 1886 eruption of Mount Tarawera.
Does that eliminate them from the competition?
“The Pink and White Terraces were, at the time, unique natural manifestations of hydrothermal activity that impressed many visitors who travelled to the shores of Lake Rotomahana, prior to their inferred demise on 10 June 1886.”
Charles Blomfield’s “Pink Terraces”
A new study published in the Journal of the Royal Society of New Zealand reveals that the answer may be “yes and no.” Prior to the eruption of Mount Tarawera, the silica sinter of the natural terraces leading down to the shore of Lake Rotomahana caught the sunlight and was said to cause them to glow in brilliant white and dazzling pink. Unfortunately, the colors were only able to be captured in paintings, the most famous being Charles Blomfield’s Pink Terraces.
Shortly after midnight on June 10, 1886, earthquakes shook the area, portending the eruptions of Mount Tarawera beginning two hours later. By the time it was over, the surrounding landscape and lakes had been changed permanently and the Pink and White Terraces, just 10 km (6.2 miles) from the eruption appeared to have been destroyed and lost forever in the crater that eventually became a part of the new Lake Rotomahana.
Recent expeditions beginning in 2011 claimed to have found remains of the terraces on the floor of Lake Rotomahana, but revised studies based on underwater photographs determined they were destroyed or not there, a theory promoted by different researchers who claimed that the remains of the terraces were actually buried less than 15 meters deep along the lake’s shore. That theory was disproved by the latest study.
Historical photo of the Pink Terraces
Researchers, led by study author Cornel de Ronde, a research geologist at GNS Science in New Zealand, used historical photographs, maps, an 1859 survey, side-scan sonar, seismic surveys and other new technologies to chart the lake floor and prove the theory that the remains of part of the Pink Terraces are on the bottom of the lake.
“To conclude, it is the combination of numerous lines of scientific investigation, when paired with historical evidence and a quantitative analytical approach, that has enabled a holistic assessment of the available evidence resulting in accurate positions for the location of the Pink and White Terraces.”
Does this put the Pink and White Terraces back in the running for Eight Wonder of the World? Possibly, although the chance of any photographs of them seem pretty slim because of the depth they’re buried at and local Maori restrictions.
Which brings up the mystery of the phantom canoe. A Maori legend tells of a tourist boat returning from the Terraces just days before the eruption that saw what appeared to be a war canoe approaching their boat, then disappearing in the mist. One of the many witnesses was a local Maori clergyman. There were no records of the boat and one legend is that a fissure freed a canoe from the lake bottom that had been used for the funeral of a dead chief … a possible warning of the eruption. And future eruptions?
Local legends die hard. Will the chief have anything to say about the confirmation of the terraces?
Why aliens might turn to star collecting to save themselves
Why aliens might turn to star collecting to save themselves
As galaxies spread apart, extraterrestrials might want to assemble a nuclear "nest egg."
by Seth Shostak
Aliens could build huge swarms of solar panels around stars to move them.
Kevin Gill
It’s often said that the search for aliens is too parochial — that our continuing efforts to locate cosmic radio broadcasts or laser beams are really just quests for analogs of ourselves.
Why so? Well, these efforts presume that extraterrestrials have enough curiosity to reach out to others in the galaxy, or at least send messages skyward for their own purposes (perhaps as a galaxy-wide newscast). These are motives we can understand because our descendants might do something similar.
But what about truly advanced beings? What would a higher-than-high-tech society do that others in the galaxy might notice? This is worth thinking about because broadcasting might not be their thing.
One possibility is that they would build or rearrange big stuff — in other words, engage in civil engineering on the scale of planets or larger. That would produce the kind of artifacts that astronomers might hope to see with their telescopes. Such undertakings would be a burden on Klingon taxpayers, so whatever they did would have to be worth the money.
THE ULTIMATE BUMMER
Can we imagine a super-sized infrastructure project that would be a justifiable expense for the galaxy’s truly superior societies? Dan Hooper, a physicist at Fermi National Accelerator Lab near Chicago, believes he’s thought of one.
He notes that if you’re a long-lived culture, planning to hang around for semi-eternity, then the expansion of the universe is the ultimate bummer. The star-filled galaxies are now known to be moving away from one another (although the stars within a galaxy won’t do this). Worse, the speed of their sprawl is increasing. Even a Hubble-like space telescope will someday be a bad investment for our distant descendants, as very few galaxies will be close enough for it to observe.
That would frustrate future astronomers, of course. But an alien populace might see the thinning of the cosmos as an existential threat. Stars are useful energy sources, and each galaxy contains a few hundred billion of them. But every day, these fuel reserves retreat to greater and greater distances.
NUCLEAR NEST EGG
Hooper suggests that aliens would have the foresight to grab these stars while the grabbing’s good. They would snag them from surrounding galaxies and park them in their backyards for future use — a kind of nuclear nest egg that would provide sustenance during a dark and lonely future.
Hooper doesn’t offer a detailed description of how aliens might accomplish this stellar roundup. But he notes that the energy for transportation could be harvested from the cargo itself — by building huge swarms of solar panels (so-called Dyson spheres) around the stars to be moved, and then using the collected energy to power some sort of rocket engine.
In other words, the stars’ own glow could be used to carry them off to someone else’s galaxy.
From the standpoint of discovering extraterrestrials, Hooper’s scenario has an interesting consequence: If any extraterrestrials have been collecting stars, we might be able to find their stockpiles simply by making detailed photos of galaxies — a routine activity for astronomers. If we see extended patches of light with the brightness of, say, thousands of stars — or a galactic region where stars seem to be missing — then we’ll know that someone (or something) was thinking long term: preparing for the inevitable cosmic winter by stocking up on necessities while they can.
There are problems with Hooper’s idea. If there are many super societies out there, taking stars might be equivalent to cattle rustling on the final frontier. After all, you might be depriving someone of their future livelihood, and who knows if they’d fight back?
And as a matter of physics, you’d have to transport the stars quickly. You can’t spend more than a few billion years hauling them home because stars are perishable goods — they burn out.
The need for speed complicates the problem, because a high velocity requires lots of energy. As an example, suppose someone lugs a star from 10 million light-years away to our galaxy at one percent the speed of light, or nearly 7 million miles per hour. That’s a long ride, and even at this formidable speed, it would take a billion years. That might be OK, as most stars won’t expire in that time. But the fuel’s the rub, because rather few bright stars radiate enough energy in a billion years to accelerate themselves to one percent of light speed.
So paying for the haulage with starshine is dicey. It’s roughly equivalent to buying something by mail order and having to pay many times the item’s cost for shipping. That’s clearly unattractive, but you can always say it’s a technicality to be left to the aliens to figure out.
Hooper’s idea is imaginative, even if its practicality is uncertain. But at least it doesn’t assume that the extraterrestrials are like us. In the movies, the gray guys spend their time filching our resources, leveling our cities or assaulting our bodies. They’re no more than hairless hooligans. But for a society that’s millions or billions of years beyond us, there might be more important things to do.
Drone flight over the Nazca Lines, Peru - 4k DJI Phantom 3 pro drone video
SEE NEWLY DISCOVERED ANCIENT DRAWINGS IN PERU DESERT
Researchers surveying in southern Peru with drones have captured images of ancient geoglyphs, and more than 50 of the massive ancient drawings are considered new discoveries by archaeologists.
Etched into the high desert of southern Peru more than a millennium ago, the enigmatic Nasca lines continue to capture our imagination. More than a thousand of these geoglyphs (literally, 'ground drawings') sprawl across the sandy soil of Nasca province, the remains of little-understood ritual practicesthat may have been connected to life-giving rain.
Now, Peruvian archaeologists armed with drones have discovered more than 50 new examples of these mysterious desert monuments in adjacent Palpa province, traced onto the earth's surface in lines almost too fine to see with the human eye. In addition, archaeologists surveyed locally known geoglyphs with drones for the first time—mapping them in never-before-seen detail.
Some of the newfound lines belong to the Nasca culture, which held sway in the area from 200 to 700 A.D. However, archaeologists suspect that the earlier Paracas and Topará cultures carved many of the newfound images between 500 B.C. and 200 A.D.
Unlike the iconic Nasca lines—most of which are only visible from overhead—the older Paracas glyphs were laid down on hillsides, making them visible to villages below. The two cultures also pursued different artistic subjects: Nasca lines most often consist of lines or polygons, but many of the newfound Paracas figures depict humans.
“Most of these figures are warriors,” says Peruvian archaeologist Luis Jaime Castillo Butters, the new glyphs' co-discoverer. “These ones could be spotted from a certain distance, so people had seen them, but over time, they were completely erased.”
A View From the Sky and Space
Many of the newly discovered Nasca lines are too faint to be seen by the human eye, yet visible when captured in low altitude by a drone camera.
PHOTOGRAPH COURTESY LUIS JAIME CASTILLO, PALPA NASCA PROJECT
The new geoglyphs add crucial data on the Paracas culture, as well as the mysterious Topará culture, which marked the transition between the Paracas and the Nasca. Centuries before the famous Nasca lines were made, people in the region were experimenting with making massive geoglyphs.
“This means that it is a tradition of over a thousand years that precedes the famous geoglyphs of the Nasca culture, which opens the door to new hypotheses about its function and meaning,” says Peruvian Ministry of Culture archaeologist Johny Isla, the Nasca lines' chief restorer and protector.
Ironically, the discovery of the new geoglyphs was only made possible because of threats to previously known Nasca lines.
Isla's work is extraordinarily difficult, and made even harder by spotty maps. Of the estimated 100,000 archaeological sites in Peru, Isla's colleague Castillo says only about 5,000 have been properly documented on the ground. Even fewer have been mapped from the air.
Ancient Peruvians created geoglyphs like the Nasca lines by moving stones to define edges of the lines, and then scraping the top layer of earth between the edges to reveal lighter soil beneath.
ART BY FERNANDO G. BAPTISTA/NGM STAFF
SOURCE: MARKUS REINDEL, GERMAN ARCHAEOLOGICAL INSTITUTE
Castillo, a professor at the Pontifical Catholic University of Peru and the country's former vice-minister of cultural heritage, has long championed using drones and other aerial mapping techniques to catalog archaeological sites. Now, Isla and Castillo have much more data to work with, thanks to National Geographic Explorer and “space archaeologist” Sarah Parcak.
“When we were thinking about countries to go to ... it had to be a country that everyone in the world would know is important, where the Ministry of Culture would be open to new technology, and where most of the sites would be out in the open and fairly easy to detect,” says Parcak, an archaeologist at the University of Alabama at Birmingham. “Peru definitely fit the bill.”
Hiding in Plain Sight
This newly discovered Nasca line feature, captured by a drone, consists of several straight lines with no discernible pattern which were likely made at different times and for different purposes.
PHOTOGRAPH COURTESY LUIS JAIME CASTILLO, PALPA NASCA PROJECT
Once GlobalXplorer volunteers flagged potential targets in the satellite data that may be potential archaeological sites or instances of looting, Parcak then turned the target locations over to Peruvian archaeologists. With the support of the Sustainable Preservation Initiative, Castillo and three of his students embarked on a ground-truthing expedition funded by the National Geographic Society.
When Castillo's team visited Nasca and Palpa provinces in December 2017, they didn’t find much evidence of fresh looting at the GlobalXplorer candidate targets. Instead, they found decades-old looting sites and encroachment fueled by the region's booming illegal gold mines.
But when researchers photographed the sites from overhead with drones, they found something new—and unexpected. The high-resolution images contained hints of dozens of ancient geoglyphs, carved into the desert crust.
How could so many geoglyphs hide in plain sight? Over time, many of the lines and figures have been reduced to faint depressions in the soil, visible only on 3-D scans of the terrain captured by the eagle-eye perspective provided by drones. And despite satellites' awe-inspiring surveillance power, they can’t see everything.
The most powerful satellite that GlobalXplorer uses can see a foot-wide object from 383 miles above Earth's surface. That’s the equivalent of seeing a single human hair from more than 650 feet away. But the lines that trace the newfound geoglyphs are mere inches across—too fine to spot from space.
Low-flying drones operating at altitudes of 200 feet or less, in contrast, can spot objects less than a half-inch wide. “The [drone camera] resolution is incredibly high,” says Castillo.
More to Discover, More to Protect
Now that researchers have documented the newfound lines, they're eager to protect them. The new geoglyphs fall within the UNESCO World Heritage Siteencompassing the Nasca and Palpa lines, and according to Isla, they are not under immediate threat.
However, the newfound lines have yet to be registered with the Peruvian Ministry of Culture. The lines' co-discoverer, Fabrizio Serván, a student at the Pontifical Catholic University of Peru, says that the necessary maps and drawings are currently being drafted.
Perhaps the lines will soon have company. GlobalXplorer users have flagged hundreds of new potential sites that Peruvian archaeologists will continue ground truthing this fall and winter.
“The data and information obtained with the GlobalXplorer project are extraordinary in quality and quantity, and above all in a relatively short period of time,” says Isla. “This puts us at the forefront in the registry of archaeological sites and geoglyphs in particular.”
“We give the data to local experts: This is their cultural patrimony, they're the stakeholders,” says Parcak. “We're providing a resource.”
In the future, Parcak and Castillo say that GlobalXplorer data can help protect archaeological sites from unplanned urban and rural encroachment, which, beyond looting and the occasional errant truck driver, is by far the biggest threat facing Peru's geoglyphs.
Castillo describes the ongoing encroachment as “land trafficking”: a sophisticated effort within Peru to forge deeds and build illegal housing by the acre, erasing the country's cultural heritage in the process.
“We're not fighting a looter with his shovel, running away when you're blowing a whistle; we're fighting an army of lawyers,” he says. “This is a constant battle, so the work we're doing—documenting the sites, geo-referencing—is the best protection we can give the sites.”
From above the rust-colored desert plains of Peru, a mysterious tapestry of geometric shapes and animal figures appears on the ground, etched in white.
The geoglyphs scratched into the barren ground of the Rio Grande de Nasca drainage basin are the Nasca Lines, one of archeology’s greatest mysteries. Theories of their purpose put forth over the years have included alien-constructed landing strips, a giant astronomical calendar, ceremonial pathways to the sites of sacred rituals, and markers of subterranean water sources.
The fantastic landscape—with representations of hummingbirds, spiders, monkeys, trees, trapezoids, and spirals—was created by removing rocks and the top layer of soil, colored red by oxidation, to reveal the lighter earth underneath. Thanks to the unusually dry and windless climate, the images have been incredibly well-preserved. (Related: Trucker Drives Over Mysterious Ancient Monuments)
Over the centuries, the lime-rich sub-layer of soil hardened, further protecting the designs from wind damage and preserving them for future generations. Today, the landscape represents the largest and most diverse collection of geoglyphs in the world. The site was inscribed UNESCO World Heritage in 1994 for its archeological and cultural significance.
Altogether, the designs cover more than 300 square miles and include dozens of animal and plant figures and hundreds of lines and shapes. Many of the images are so large that they can only be fully seen from above, leading some to believe that they were meant for the eyes of gods, not humans.
The geoglyphs are believed to have been created in several phases between 500 B.C. and 500 A.D. by the pre-Hispanic people living on the Peruvian south coast. The Nasca people, who predated the Incas by centuries, inhabited the area until about 700 A.D.
The images were rediscovered in the modern era after the advent of aviation, as pilots began flying over Peru in the 1930s. Since that time, a series of researchers have obsessed over the reason behind the designs, some devoting their lives to the research.
One of the earliest to intensively study the geoglyphs was American professor Paul Kosok, who theorized that the designs represented “the largest astronomy book in the world.” The view was shared by German researcher Maria Reiche, who devoted her career to the project, earning her the moniker “Lady of the Lines.”
Later researchers disputed the astronomical explanation and suggested a number of other theories. Johan Reinhard, a National Geographic Explorer-in-Residence, posited that the lines pointed the way to ritual sites, while researchers David Johnson and Don Proulx concluded that the designs were markers of an underground water system. (Related: 7 Ancient Sites Some People Think Were Built by Aliens)
New images continue to be discovered, most recently in Palpa province, where 50 new examples were uncovered in early 2018. Many of the images, which include a dancing woman and a whale, are believed to have been created by the Paracas and Topara cultures, who inhabited the land before the Nasca people.
How to visit:
There are two options for viewing the Nasca Lines: from the air or via a viewing platform adjacent to the site. Private planes are available for charter from the Nasca airport for those who want the full gods-eye view. The plane tours cost about a hundred dollars for a half-hour tour, but will certainly provide the most memorable viewing. It is recommended for those who opt for the aerial tour that they book in advance and research the safety record of the company with which they will be chartering.
For those on a budget, there is no need to skip the site. Several the geoglyphs can be seen from El Mirador, a platform situated on a hill off the Pan American Highway.
“There have been 10,000 Generations Before Us --Ours Could be the First to Discover Extraterrestrial Life” --NASA
“There have been 10,000 Generations Before Us --Ours Could be the First to Discover Extraterrestrial Life” --NASA
In 1960, the astrophysicist Francis Drake pointed a radio telescope situated in Green Bank, West Virginia, in the direction of two Sun-like stars 11 light years away. His faith: to pick up a signal that would verify gifted life might be out there. Fifty years have departed by since Drake’s pioneering SETI experiment, and we’ve yet to perceive the aliens. But because of a host of discoveries, the idea that life might survive outside Earth now appears more believable than ever. For one, we now know that life can flourish in the most extreme surroundings here on Earth — from deep-sea methane seep and Antarctic sea ice to acidic rivers and our thirstiest deserts.
We’ve also discovered that liquid water isn’t exclusive to our planet. Saturn’s moon “Enceladus” and Jupiter’s moons “Ganymede” and “Europa” have large oceans underneath their icy surfaces. Even Saturn’s largest moon “Titan” could seed some kind of life in its lakes and rivers of methane-ethane. And then there’s the finding of exo-planets, with more than 1800 alien worlds outside our Solar System recognized so far. In fact, astrophysicists think there may be a million and millions of planets in our galaxy alone, one-fifth of which may be like Earth. As Carl Sagan excellently said: “The Universe is a pretty big place. If it’s just us, seems like an awful waste of space.”
Now some researchers trust the hunt for life outside Earth may well repay in our lifespan. “There have been 10K generations of humans before us. Ours could be the first to know,” said SETI astrophysicist Seth Shostak.
But what can occur once we do? How would we deal with the discovery? And what would be its influence on humanity? This overwhelming question was the focus of a meeting organized last September by the NASA Astrobiology Institute and the Library of Congress. For two days, a group of researchers, historians, philosophers and theologians from round the world discussed how we might prepare for the preordained discovery of life — microbial or intelligent — somewhere else in our Universe. The conference was hosted by Steven J. Dick, the 2nd yearly Chair in Astrobiology at the Library of Congress.
Of course, the influence of discovery will rest on on the specific situation. In a talk titled “Current Approaches to Finding Life Beyond Earth, and What Happens If We Do,” Shostak proposed three ways — or three “horse races” — for discovering life in space. First, we could discover it close, in our Solar System. NASA’s Curiosity Rover is at present studying the Martian surface for clues of past or present life. And “Europa Clipper”, a mission to Jupiter’s icy moon, is now under attention.
Second, we could “discover it out” of the atmosphere of an exo-planet, using telescopes to look for gases such as methane and oxygen that might clue at a biosphere. The James Webb Space Telescope, to be launched in 2018, will be able to carry out that kind of work.
Discovering life in our Solar System, which possibly would be microbial, might not have as great an impression as hearing from an intellectual civilization far away. We’d have to worry about matters like contamination. We might also find some different biochemistry, maybe exposing new visions about the nature of life. But that type of finding wouldn’t affect us as much as the view of communicating with intellectual life.
Then again it would take hundreds, if not thousands of years for a signal to mobile from side to side, Shostak mentioned. So that third situation would only show us a very few things immediately, such as their locality or what type of star they orbit. However, picking a signal might have other tempting implications about the nature of alien intellect.
Several scientists, including Shostak, put forward the following proposition: “That once a society creates the technology that could put them in touch with the cosmos, they are only a few hundred years away from changing their paradigm from biology to artificial intelligence.” The knowledge is based on the so-called “time scale argument” or “short window observation.”
Many scientists forecast we’ll have industrialized a strong A.I by 2050 here on Earth — about a hundred years after the creation of computers, or a hundred and fifty years after the creation of radio connectio. “The point is that, going from creating radios to devising thinking machines is very short — a few centuries at most,” Shostak said. “The leading intelligence in the cosmos may well be non-biological.”
In a talk titled “Alien Minds,” Susan Schneider, a philosophy professor at the University of Connecticut, explained that idea further. The idea of “whole brain emulation” is becoming gradually general among certain scientists, she explained. So are other unbelievable sounding ideas like “mind uploading” and “immortally.” So, to her, a civilization able to radio communicate would probably be “super-intelligent” by the time we hear from them.
According to the "short window observation" concept, a civilization talented of radio communication would possibly have established artificial intelligence by the time we hear from them. She also claimed that alien super-intelligence would be sensible in principle, since the neural code is similar to a computational code, and thoughts could well be inserted in a silicon-based substrate. A silicon-based intelligence would also have wonderful effects for long distance space travel. But again, a repeated theme throughout the conference was to be alert of our anthropocentric tendencies. There’s been a vast gap between microbial life and intelligent life on Earth, and even intelligent life has even progressed on a spectrum.
Lori Marino, a neuroscientist and current director of the Kimela Center for Animal Advocacy, debated as such in a talked titled “The Landscape of Intelligence.” We have a lot to study from other intelligent beings here on Earth (such as dolphins) before even thinking about contacting aliens.
Eventually, the utmost implications might be philosophical. Whether it turns out to be microbial, compound or intelligent, finding life somewhere else will increase fascinating questions about our place in the cosmos. A couple of presentations, by theologian Robin Lovin and Vatican astronomer Guy Consolmagno, even spoke the potential influence on the world’s religions. But what if we don’t find anything soon, or even at all?
The hunt itself can give us a sense of direction, and help us furnace a planetary characteristics, argued the philosopher Clement Vidal in a talk titled “Silent Impact.” And if we’re really alone, then we should start taking good care of life here on Earth, and consider our duty of colonization, he added. The hunt itself can help us forge a planetary identity, said philosopher Clement Vidal. In the interim, astrobiology can help thin the gap among the sciences and humanities, as many presenters highlighted. And it can be a step to incorporating our knowledge across a wide range of disciplines.
So, how do we get ready for something we know so little about? We do so “by on-going to do good science, but also by understanding that science is not metaphysically neutral,” finished the conference host Steven Dick. “We get ready by continuing to question our suppositions about the nature of life and intelligence.”
The Planet Is Dangerously Close to the Tipping Point for a 'Hothouse Earth'
The Planet Is Dangerously Close to the Tipping Point for a 'Hothouse Earth'
By Yasemin Saplakoglu, Staff Writer
Credit: Shutterstock
It's the year 2300. Extreme weather events such as building-flattening hurricanes, years-long droughts and wildfires are so common that they no longer make headlines. The last groups of humans left near the sizzling equator pack their bags and move toward the now densely populated poles.
This so-called "hothouse Earth," where global temperatures will be 7 to 9 degrees Fahrenheit (4 to 5 degrees Celsius) higher than preindustrial temperatures and sea levels will be 33 to 200 feet (10 to 60 meters) higher than today, is hard to imagine — but easy to fall into, said a new perspective article published today (Aug. 6) in the journal Proceedings of the National Academy of Sciences. [Top 9 Ways the World Could End]
In the article, a group of scientists argued that there is a threshold temperature above which natural feedback systems that currently keep the Earth cool will unravel. At that point, a cascade of climate events will thrust the planet into a "hothouse" state. Though the scientists don't know exactly what this threshold is, they said it could be as slight as 2 degrees C (around 4 degrees F) of warming above preindustrial levels.
Sound familiar? The 2 degrees C mark plays a big role in the Paris Agreement, the landmark 2016 agreement signed by 179 countries to combat climate change by reducing carbon emissions (the same one that the U.S. announced it would withdraw from last year). In that accord, countries agreed to work to keep global temperature rise well below 2 degrees C, and ideally below 1.5 degrees C, above preindustrial levels this century.
"This paper gives very strong scientific support … that we should avoid coming too close or even reaching 2 degrees Celsius warming," article co-author Johan Rockström, director of the Stockholm Resilience Center and a professor of water systems and global sustainability at Stockholm University in Sweden, told Live Science.
Changing Earth's rhythm
For the last million years, Earth has naturally cycled in and out of an ice age every 100,000 years or so. The planet left the last ice age around 12,000 years ago and is currently in an interglacial cycle called the Holocene epoch. In this cycle, Earth has natural systems that help keep it cool, even during the warmer interglacial periods.
But many scientists argue that due to the immense impact of humans on climate and the environment, the current geological age should be called the Anthropocene (from anthropogenic, which means originating with human activity). Temperatures are almost as hot as the maximum historical temperature during an interglacial cycle, Rockström said.
If carbon emissions continue unabated, the planet might leave the glacial-interglacial cycle and be thrust into a new age of the "hothouse Earth."
Today, we emit 40 billion tons of carbon dioxide a year from burning fossil fuels, Rockström said. But roughly half of those emissions are taken up and stored by the oceans, trees and soil, he said.
However, we are now seeing signs that we are pushing the system too far — cutting down too many trees, degrading too much soil, taking out too much fresh water and pumping too much carbon dioxide into the atmosphere, Rockström said.
Scientists fear that if we reach a certain temperature threshold, some of these natural processes will reverse and the planet "will become a self-heater,"Rockström said. That means, forests, soil and water will release the carbon they're storing.
"The moment the planet becomes a source of greenhouse gas emissions together with us humans, then as you can imagine, things are accelerating very fast in the wrong direction," he said. [Doom and Gloom: Top 10 Postapocalyptic Worlds]
Many tipping points
In their perspective paper, Rockström and his team corroborated existing literature on various natural feedback processes and concluded that many of them can serve as "tipping elements." When one tips, many of the others follow.
Nature has feedback mechanisms, such as a rainforest's capability to create its own humidity and rain, that keep ecosystems in equilibrium. If the rainforest is subject to increasing warming and deforestation, however, the mechanism slowly gets weaker, Rockström said.
"When it crosses a tipping point, the feedback mechanism changes direction," Rockström said, and the rainforest morphs from a moisture engine into a self-dryer. Eventually, the rainforest turns into a savanna and, in the process, releases carbon, he said.
The first big goal should be to completely stop carbon emissions by 2050, Rockström said. But that won't be enough, he added.
In order to stay away from these tipping points, the "whole world [needs to] embark on a major project to become sustainable across all sectors," he said.
That could be a challenge, as countries around the world grow increasingly nationalistic, he said. Instead of focusing on narrow national goals, the world should collectively work to reduce carbon emissions — for instance by creating investment funds that can support poorer nations that don't have as much capacity to reduce emissions as richer countries do, he said.
All of this means "that it's, scientifically speaking, completely unacceptable that a country like the U.S. leaves the Paris Agreement, because now more than ever, we need every country in the world to collectively decarbonize … in order to secure a stable planet," Rockström said.
The new paper is an opinion article that includes no new research but rather draws on the existing literature, Michael Mann, a distinguished professor of meteorology at Pennsylvania State University who was not part of the study, told Live Science in an email.
"That having been said, the authors do, in my view, make a credible case that we could, in the absence of aggressive near-term efforts to reduce carbon emissions, commit to truly dangerous and irreversible climate change in a matter of decades," Mann said.
Project Blue Book: An Insider Speaks -- Brigadier General Stephen Lovekin, Esq.
Top Secret? They Don't Want You To Know! Dr. Greer Speaks 2018!
UFOs: I KNOW WHAT I SAW - 2017 Best UFO HD Movie UFOTV®
The Allagash Abductions - An OpenMinds.tv Documentary
In August of 1976, twin brothers Jim and Jack Weiner, along with their two friends Charles Foltz and Charles Rack, headed to the Allagash in Maine for a canoeing and camping trip. One night they experienced an incredible encounter with a UFO. Years later, after the brothers suffered from horrific nightmares, they underwent regression hypnosis. They were regressed separately and most of the men had startling similar recollections of what occurred during the night of the UFO sighting.
We are very happy to bring to you one of the most compelling and mysterious UFO - and potential alien abduction - cases from the perspective of the witnesses themselves.
Niemand praat over dit bewijs voor UFO’s (en waarom dat de schuld van de CIA is)
Niemand praat over dit bewijs voor UFO’s (en waarom dat de schuld van de CIA is)
De groeiende stapel bewijs voor UFO’s kan niet langer worden genegeerd. Als je voorbij de horrorfilms over aliens en de nepfilmpjes van UFO’s kijkt dan kom je al gauw tot de ontdekking dat er heel veel hooggeplaatste overheidsfunctionarissen en wetenschappers (500+) zijn geweest die hebben gezegd dat dit onderwerp een stuk serieuzer moet worden genomen.
De Canadese oud-minister van Defensie Paul Hellyer heeft bijvoorbeeld gezegd dat we al worden bezocht door buitenaardse wezens.
Robert Bigelow, de oprichter van Bigelow Aerospace, heeft in een tv-interview gezegd ‘dat er een buitenaardse aanwezigheid is geweest en nog steeds is’.
Wetenschappelijk bewijs
Bigelow was nauw betrokken bij het geheime UFO-onderzoek van het Pentagon, waar de New York Times vorig jaar over berichtte.
De krant schreef dat Bigelow wrakstukken van UFO’s, bestaande uit onbekende legeringen, heeft opgeslagen in één van zijn gebouwen in Las Vegas.
Voormalig senator Harry Reid zei in een interview over deze wrakstukken: “Nu hebben we wetenschappelijk bewijs.”
Buitenaards ruimteschip
Oud-gouverneur Fife Symington was getuige van de Phoenix Lights in 1997. Tegen CNN zei hij later: “Het was waarschijnlijk een soort buitenaards ruimteschip.”
Waarom horen we hier bijna niets over op tv en lezen we hier vrijwel niets over in de kranten?
Wat de meeste mensen niet weten is dat in 1993 documenten uit de jaren vijftig zijn vrijgegeven waaruit blijkt dat de CIA opdracht had gegeven alle informatie over vliegende schotels te debunken.
Hollywood
De spionagedienst had geconcludeerd dat het Amerikaanse volk als het ging om UFO’s ontzettend goedgelovig en gevoelig voor massahysterie was.
De CIA werkte samen met de massamedia, Hollywood en zelfs Disney om al het UFO-onderzoek in diskrediet te brengen.
Taboe
De luchtmacht kreeg van de CIA opdracht om niet langer te praten over UFO’s en een desinformatiecampagne te beginnen.
De strategie werkte: UFO-onderzoek werd taboe, mensen raakten gedesillusioneerd en de media berichtten steeds minder vaak over UFO’s.
UFOs are SO hot right now. The US government’s quasi-official acknowledgement in December last year that aerial craft of unknown origin are real and continue to be secretly studied has reignited mainstream media interest in the subject—and this interest extends to the entertainment industry.
Hollywood is hoping to capitalize on the public’s newfound willingness to believe that “the truth is out there” with two major projects set for release in 2019, both co-produced by self-described “UFOlogist” Steven Spielberg: A Men in Blackspinoff movie starring Chris Hemsworth (the filming of which caused some disruption in London last week), and a reboot of the popular 1990s teen sci-fi series, Roswell.
The new TV show, titled Roswell, New Mexico, will again be adapted from the Roswell High book series by Melinda Metz and will draw narrative inspiration from the rich tapestry of UFO lore. It has been developed by Carina Adly Mackenzie for The CW and is set to debut as a mid-season entry during the 2018–19 television season. Controversially, it may even offer some mild Trump-era political commentary, specifically on the thorny topic of immigration. Here’s the official show blurb…
After returning to her hometown of Roswell, New Mexico, the daughter of undocumented immigrants discovers her teenage crush is an alien who has kept his unearthly abilities hidden his entire life. She protects his secret as the two reconnect, but when a violent attack points to a greater alien presence on Earth, the politics of fear and hatred threaten to expose him.
Roswell, New Mexico is a co-production between Bender Brown Productions, CBS Television Studios, Warner Bros. Television, and Spielberg’s Amblin Television. The cast includes Liz Ortecho, Nathan Parsons, Lily Cowles, Michael Vlamis, Tyler Blackburn, Heather Hemmens and Michael Trevino.
The show’s pilot episode is already in the bag after being filmed in Albuquerque and Santa Fe, New Mexico last year. The rest of the series will begin filming on August 13, 2018 and will take place in Las Vegas, and Santa Fe.
As for the Men in Black spinoff, director F. Gary Gray’s London-based MIB is due for release on June 14, 2019.
The Moon has long held the fascination of humanity, whether it be in ancient times when she was looked upon as sister to the Sun, or in modern times with her enigmatic rise over the horizon on any clear evening. Much can be said of the connection life on Earth shares with our Moon, from the tidal fluxes it governs to the pale glow it casts on Earth as it reflects sunlight at night, to which nocturnal creatures move about.
The Moon has also captured our imaginations for other reasons, particularly since the Apollo missions of the 1960s that first took humans to our barren and lonely natural satellite. This, of course, has also led to some rather odd speculative threads in the decades that followed: on the more extreme side of things, there are those who still maintain that the Moon landings could have been hoaxed, despite a remarkable amount of evidence to the contrary.
Others, while acknowledging that NASA’s studies of the Moon are legitimate, nonetheless try to argue that the space agency has been working to hide things from the public that we’ve found there. These ideas largely center around the notion that various “out of place” objects are visible in NASA photography, which ranges from trees and various other kinds of flora to buildings, landed spacecraft, and even lunar archaeological digs, as proposed by Richard C. Hoagland and others over the years (this game of pareidolia has carried over to Mars in more recent years too, with tabloids constantly reporting on alleged objects, and in one case even a Sasquatch, visible on the Martian landscape).
Of course, while most claims that involve the discovery of strange things on the Moon (or on Mars, for that matter) are rubbish, it’s at least worth noting that the possibility of discovering objects of artificial origin maybe shouldn’t be ruled out of hand.
Some time back, an associate of mine whose professional background is in aeronautics put things into context for me during a discussion we were having about the search for alien life. He brought up why the creations of some long-lost intelligent civilization might indeed end up on our Moon, and even if that civilization never took interest in Earth or visited our planet at any time in the past. As my friend suggested at the time, what essentially might amount to the “debris of civilizations from the billions of years of the Universe’s existence that drifted here” could eventually be found on the Moon, likening such interstellar garbage to “the junk floating on (Earth’s) oceans.”
My friend hadn’t been the only person who ever wondered about this possibility, however unlikely it might actually be. In a paper from a number of years ago by Alexey Arkhipov of the Ukrainian Institute for Radioastronomy, titled “A Search for Alien Artifacts on the Moon,” Arkhipov pointed out that ten stars which had been discovered at the time of the paper’s authorship had been potential hosts to intelligent life. These planets, having come and gone in our solar system since the appearance of our planet, might have produced various kinds of technology for remote exploration of space, much like our current space programs have done over the last several decades.
“Such distances,”Arkhipov wrote, “can be covered by space probes even at the present day level of science and technology.” Additionally, Arkhipov suggested that while we are studying unusual features on the Moon that would appear to be natural, perhaps they should not be ruled out of hand–particularly when viewed from great distances away–as possible artificial features of some kind.
Arkhipov wrote:
Only about 0.5 percent of the lunar surface has been photographed with a resolution of 1-10 m (Hansen 1970). But even the 1 m resolution photography can prove to be insufficient for an artifact discovery. For example, a photograph taken by Lunar Orbiter 3 shows the Surveyor 1 station on the lunar surface merely as a light-colored boulder (Jaffe and Steinbacher 1970). Modern lunar base projects (Shevchenko and Chikmachey 1989) contemplate placing manned modules under the lunar surface to protect them from radiation and meteorites. It is not improbable that our predecessors did the same billions of years ago. Since that time traces of their constructions could be destroyed by erosion, making objects hard to find.
Arkhipov’s ideas are novel, and while perhaps unlikely, he’s correct that we should never rule things entirely out of hand before they are reliably disproven. Although of equal interest to the ideas expressed in Arkipov’s writing is the fact that such a paper exists in the first place; for ideas of this caliber to be espoused seriously by scientists these days, let alone a few decades ago, is often tantamount to being anomalous itself. Similar papers have appeared though, such as Paul Davies and R.V.Wagner’s “Searching for alien artifacts on the moon” (Acta Astronautica, Volume 89, August–September 2013, Pages 261-265) and Davies’ “Footprints of alien technology” (Acta Astronautica, Volume 73, 2012, pp. 250-257), just to name a few.
If technological trends and developments we are seeing today are any indications of things to come, they may also help facilitate more regular visits to the Moon, and if so, there may yet be unique things we’ll learn about our natural satellite… and maybe even a few unforeseen surprises.
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Over mijzelf
Ik ben Pieter, en gebruik soms ook wel de schuilnaam Peter2011.
Ik ben een man en woon in Linter (België) en mijn beroep is Ik ben op rust..
Ik ben geboren op 18/10/1950 en ben nu dus 74 jaar jong.
Mijn hobby's zijn: Ufologie en andere esoterische onderwerpen.
Op deze blog vind je onder artikels, werk van mezelf. Mijn dank gaat ook naar André, Ingrid, Oliver, Paul, Vincent, Georges Filer en MUFON voor de bijdragen voor de verschillende categorieën...
Veel leesplezier en geef je mening over deze blog.