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.
28-03-2019
Onderwaterhittegolven: ook de oceaan kreunt onder toename tropische dagen
Onderwaterhittegolven: ook de oceaan kreunt onder toename tropische dagen
Onderwaterhittegolven? Wij hadden de term zelf nog nooit gehoord, terwijl het natuurlijk de logica zelf is. Want waarom zou de opwarming van de aarde zich ook niet manifesteren onder de zeespiegel? Misschien zelfs nog significanter dan aan land, geven twee recente studies aan.
Onderwater is er sprake van een hittegolf wanneer, vergelijkbaar met op het vasteland, de maximumtemperatuur vijf dagen op een rij significant hoger ligt dan normaal. ‘Normaal’ varieert dan, ook net zoals aan land, van watermassa tot watermassa.
Eerst wees een onderzoek onder leiding van kwantitatief ecoloog Christopher M. Free (Rutgers University) in Science op een afname van het visbestand met 4% tussen 1930 en 2010, als gevolg van de klimaatopwarming. Kort daarna stelde de meest uitgebreide studie van maritieme hittegolven tot nu toe een forse toename vast van zowel het aantal consistente temperatuurpieken als hun heftigheid.
Het meest indicatieve cijfer uit de publicatie in Nature Climate Change: het aantal hittedagen onder de oceaanspiegels lag tussen 1987 en 2016 maar liefst 54% hoger dan in de periode 1925-1954. Het meest sprekende voorbeeld dat onderzoeksleider en benthisch bioloog Dan Smale (Marine Biological Association) aanhaalt, is ‘The Blob’.
Die ‘Klodder’ is een gigantische massa veel te warm water voor de Amerikaanse Westkust die zich op haar voorlopige hoogtepunt in de periode 2014-2016 uitstrekte over zo’n 5,6 miljoen vierkante kilometer. Van Mexico tot Alaska, om dat op zich misschien abstract grote cijfer hallucinant tastbaar te maken.
Although it’s great news that these species have been rediscovered, the question still remains: why are these supposedly “extinct” animals suddenly reappearing? Were they even extinct in the first place? According to the IUCN Red List, a species is only listed as extinct when “…there is no reasonable doubt that the last individual has died.” It’s also required that “…exhaustive surveys in known and/or expected habitat, at appropriate times… throughout its historic range [which] have failed to record an individual. Surveys should be over a time frame appropriate to the taxon’s life cycle and life form.”
Galápagos giant tortoise
The last time that people see a certain species is often calculated in the decision on whether it is in fact extinct or not, and that’s not entirely correct, as many species are very elusive and prefer to stay away from populated areas and people in general. So, just because they haven’t been seen in several years, doesn’t mean that they are extinct. Sightings can come in many forms, from actually seeing the species face-to-face, or capturing a picture of it, t more indirect evidence like footprints or people retelling stories of their encounters.
What’s even more confusing is the fact that the word “rediscovered” means that someone or something was lost or forgotten about, but we also interpret it as returning from the dead. As for the Fernandina Island Galápagos tortoise, although it hadn’t been spotted since the early 1900s, footprints, bite marks on pear cacti, and tortoise faeces had been discovered as recently as 2013. In 2015, it was declared “Critically Endangered (Possibly Extinct), and apparently species are presumed extinct until it is proven that they are still living.
And while Wallace’s giant bee hadn’t been seen in 38 years, it was listed as “Data Deficient” and more recently as “Vulnerable”, but never as an extinct species. One of the species, however, that was listed as Extinct was the Formosan clouded leopard, as many hunters said they hadn’t seen the animal and no footage was ever captured from the several cameras in the area.
Clouded leopard
The giant tortoise and bee were declared alive after living specimens were discovered, but the clouded leopard’s existence is still uncertain as there have only been eyewitness testimonies so far and no solid proof.
I believe it’s only a matter of time before several more “extinct” species are suddenly “rediscovered”. Since pretty much everyone nowadays has a cell phone with video/photo options, and many others fly drones in wooded areas, it’s very possible that more eyewitnesses will come forward with video and/or photographic proof. And maybe not, since some species just want to be left alone in their secret locations, safely hidden away from humans.
Indian authorities claim to have successfully tested an anti-satellite missile.
“India is now a major space power,” said Indian Prime Minister Narendra Modi, according to local news. “India has achieved a big feat today.”
Election Season
The destroyed satellite was one of India’s own, orbiting the Earth at 186 miles (300 km). The Independent reports that it may have been a mini-satellite launched into orbit a month ago for this purpose. The interceptor missile was launched from a launch complex on the East coast of India on Wednesday morning.
“India has always maintained that space should not be an arena for warfare and that remains unchanged in spite of this,” Mohdi said, according to local media. “India has always been a nation of peace, but we also defend ourselves. It is with that intention that we achieved this capability.”
The news comes in the midst of election season in India, with polls opening in several weeks. The move could be a bid to bolster Modi’s chances at re-election, according to The Wall Street Journal.
Space Arms Race
India isn’t the only world nation that has carried out such a test. China claims to have carried out a successful test in 2007, the U.S. in 1985. The Pentagon has recently warned of both China and Russia developing anti-satellite technology, including jammers and even lasers capable of disrupting or damaging satellites in orbit.
Whether India’s test will fuel the race to become the dominant nation in low-Earth orbit and beyond, or, as India claims, “secure and further peace” is still uncertain.
Massive Greenland glacier said to be one of the main contributors to global sea level rise is GROWING again due to cooling local temperatures - but NASA warns it’s only temporary
Massive Greenland glacier said to be one of the main contributors to global sea level rise is GROWING again due to cooling local temperatures - but NASA warns it’s only temporary
In 2012, Greenland's Jakobshavn glacier was retreating about 1.8 miles annually
A new study found it started growing again at about same rate in past two years
Natural cyclical cooling of North Atlantic water likely caused it to reverse course
Scientists say it's only temporary, as surrounding waters will soon be warming
A major Greenland glacier that was one of the fastest shrinking ice and snow masses on Earth is growing again, a new NASA study finds.
The Jakobshavn (YA-cob-shawv-en) glacier around 2012 was retreating about 1.8 miles (3 kilometers) and thinning nearly 130 feet (almost 40 meters) annually.
But it started growing again at about the same rate in the past two years, according to a study in Monday's Nature Geoscience.
Study authors and outside scientists think this is temporary.
Scroll down for video
Patches of bare land at the Jakobshavn glacier in Greenland are shown. The major glacier that was one of the fastest shrinking ice and snow masses on Earth is growing again, a new NASA study finds
'That was kind of a surprise. We kind of got used to a runaway system,' said Geological Survey of Denmark and Greenland ice and climate scientist Jason Box.
'The good news is that it's a reminder that it's not necessarily going that fast. But it is going.'
Box, who wasn't part of the study, said Jakobshavn is 'arguably the most important Greenland glacier because it discharges the most ice in the northern hemisphere. For all of Greenland, it is king.'
A natural cyclical cooling of North Atlantic waters likely caused the glacier to reverse course, said study lead author Ala Khazendar, a NASA glaciologist on the Oceans Melting Greenland (OMG) project.
Khazendar and colleagues say this coincides with a flip of the North Atlantic Oscillation - a natural and temporary cooling and warming of parts of the ocean that is like a distant cousin to El Nino in the Pacific.
The water in Disko Bay, where Jakobshavn hits the ocean, is about 3.6 degrees cooler (2 degrees Celsius) than a few years ago, study authors said.
While this is 'good news' on a temporary basis, this is bad news on the long term because it tells scientists that ocean temperature is a bigger player in glacier retreats and advances than previously thought, said NASA climate scientist Josh Willis, a study co-author.
Over the decades the water has been and will be warming from man-made climate change, he said, noting that about 90 percent of the heat trapped by greenhouse gases goes into the oceans.
'In the long run we'll probably have to raise our predictions of sea level rise again,' Willis said.
Think of the ocean temperatures near Greenland like an escalator that's rising slowly from global warming, Khazendar said. But the natural North Atlantic Oscillation sometimes is like jumping down a few steps or jumping up a few steps.
HOW IS GLOBAL WARMING AFFECTING GLACIAL RETREAT?
Global warming is causing the temperatures all around the world to increase.
This is particularly prominent at latitudes nearer the poles.
Rising temperatures, permafrost, glaciers and ice sheets are all struggling to stay in tact in the face of the warmer climate.
As temperatures have risen to more than a degree above pre-industrial levels, ice continues melt.
For example, melting ice on the Greenland ice sheet is producing 'meltwater lakes', which then contribute further to the melting.
This positive feedback loop is also found on glaciers atop mountains.
Many of these have been frozen since the last ice age and researchers are seeing considerable retreat.
Some animal and plant species rely heavily on the cold conditions that the glaciers provide and are migrating to higher altitudes to find suitable habitat.
This is putting severe strain on the ecosystems as more animals and more species are living in an ever-shrinking region.
On top of the environmental pressure, the lack of ice on mountains is vastly increasing the risks of landslides and volcanic eruptions.
The phenomena is found in several mountain ranges around the world.
It has also been seen in regions of Antarctica.
The water can get cooler and have effects, but in the long run it is getting warmer and the melting will be worse, he said.
Four outside scientists said the study and results make sense.
University of Washington ice scientist Ian Joughin, who wasn't part of the study and predicted such a change seven years ago, said it would be a 'grave mistake' to interpret the latest data as contradicting climate change science.
What's happening, Joughin said, is 'to a large extent, a temporary blip. Downturns do occur in the stock market, but overall the long term trajectory is up. This is really the same thing.'
Big U-turn: Key melting Greenland glacier is growing again
Big U-turn: Key melting Greenland glacier is growing again
BY SETH BORENSTEIN
This 2016 photo provided by NASA shows patches of bare land at the Jakobshavn glacier in Greenland. The major Greenland glacier that was one of the fastest shrinking ice and snow masses on Earth is growing again, a new NASA study finds. The Jakobshavn glacier around 2012 was retreating about 1.8 miles (3 kilometers) and thinning nearly 130 feet (almost 40 meters) annually. But the last two years it started growing again at about the same rate, according to a study released on Monday, March 25, 2019, in Nature Geoscience. Study authors and outside scientists think this is temporary.
(NASA via AP)
WASHINGTON (AP) — A major Greenland glacier that was one of the fastest shrinking ice and snow masses on Earth is growing again, a new NASA study finds.
The Jakobshavn (YA-cob-shawv-en) glacier around 2012 was retreating about 1.8 miles (3 kilometers) and thinning nearly 130 feet (almost 40 meters) annually. But it started growing again at about the same rate in the past two years, according to a study in Monday’s Nature Geoscience . Study authors and outside scientists think this is temporary.
“That was kind of a surprise. We kind of got used to a runaway system,” said Geological Survey of Denmark and Greenland ice and climate scientist Jason Box. “The good news is that it’s a reminder that it’s not necessarily going that fast. But it is going.”
Box, who wasn’t part of the study, said Jakobshavn is “arguably the most important Greenland glacier because it discharges the most ice in the northern hemisphere. For all of Greenland, it is king.”
A natural cyclical cooling of North Atlantic waters likely caused the glacier to reverse course, said study lead author Ala Khazendar, a NASA glaciologist on the Oceans Melting Greenland (OMG) project. Khazendar and colleagues say this coincides with a flip of the North Atlantic Oscillation — a natural and temporary cooling and warming of parts of the ocean that is like a distant cousin to El Nino in the Pacific.
The water in Disko Bay, where Jakobshavn hits the ocean, is about 3.6 degrees cooler (2 degrees Celsius) than a few years ago, study authors said.
While this is “good news” on a temporary basis, this is bad news on the long term because it tells scientists that ocean temperature is a bigger player in glacier retreats and advances than previously thought, said NASA climate scientist Josh Willis, a study co-author. Over the decades the water has been and will be warming from man-made climate change, he said, noting that about 90 percent of the heat trapped by greenhouse gases goes into the oceans.
“In the long run we’ll probably have to raise our predictions of sea level rise again,” Willis said.
Think of the ocean temperatures near Greenland like an escalator that’s rising slowly from global warming, Khazendar said. But the natural North Atlantic Oscillation sometimes is like jumping down a few steps or jumping up a few steps. The water can get cooler and have effects, but in the long run it is getting warmer and the melting will be worse, he said.
Four outside scientists said the study and results make sense.
University of Washington ice scientist Ian Joughin, who wasn’t part of the study and predicted such a change seven years ago, said it would be a “grave mistake” to interpret the latest data as contradicting climate change science.
What’s happening, Joughin said, is “to a large extent, a temporary blip. Downturns do occur in the stock market, but overall the long term trajectory is up. This is really the same thing.”
The Associated Press Health and Science Department receives support from the Howard Hughes Medical Institute’s Department of Science Education. The AP is solely responsible for all content.
Russian Strange Ray of Light Emerges From The Sky Captured on Camera
Russian Strange Ray of Light Emerges From The Sky Captured on Camera
Russian photographer Zhiganov, who initially planned to photograph some of his friends lounging in a hot tub with the aurora overhead in the city of Aptity, Russia quickly changed when he noticed a strange phenomenon, explained as a vertical aurora, in the sky upon he started to film it.
“It was the first time I ever saw an aurora in such a rarified form” Zhiganov said but I wonder whether it was an aurora or some sort of a laser/plasma beam since it turned into an enormous bright sphere that moved across the surface until it disappeared.
Here is the amazing video and please decide for yourself whether it is a rare vertical aurora or not.
In late 2018, geologists and seismologists were baffled by amysterious seismic event unlike anything seen before. Some type of massive event literally shook the entire Earth, and scientists still aren’t quite sure what it could have been. A team of French researcherspublished a studyof the seismic anomaly this week which offers a few clues about its origins, but the study ultimately poses more questions than it answers. What’s happening deep within the Earth?
The epicenter for the 2018 seismic anomaly was just off of the coast of Mayotte, a small archipelago in the Indian Ocean presided over by France. The event consisted of long pulses of extremely low frequency waves far below the threshold of human perception but quite powerful enough to register on seismological instruments. The pulses did not appear to be caused by earthquakes – at least any type of earthquake we know of – yet also did not appear to be man made.
Petite-Terre, Mayotte.
To add to the mystery of the 2018 seismic anomaly, geologists have found that Mayotte is sinking by as much as 9 mm or .35 inches a month as well as drifting eastward at twice that rate. That observation seems to support the new hypothesis that the 2018 event was caused by an underwater volcanic event the likes of which we’ve never seen. In the new study of the event, researchers write that this event could be “the offshore eruption with the largest volume ever documented.”
The event is thought to have been caused over a cubic kilometer of magma 28 km (17 miles) below the ocean surface somehow flowed outward into surrounding sedimentary layers as opposed to flowing upward, hence why nothing was observed on the surface. If that’s true, though, it leaves a lot of unanswered questions about the event. In the months since the seismic anomaly, large fish kills have been observed; if all of the magma remained underground, what’s killing the fish? What is causing the high frequency pulses which were recorded alongside the low frequency rumbles? And could this activity be related to the island’s eastward and downward migration?
Map of recent cracks forming in eastern Africa.
The 2018 seismic anomaly is only one example of recent disquieting developments in eastern Africa which suggest something big may be happening below the Earth’s surface. Last year, a massive crack was found to have formed in eastern Africa running through Kenya and Somalia, a crack which is pulling away from the rest of the continent at 2.5 cm or 1 inch per year. A few months earlier, scientists published a study of the so-called “South Atlantic Anomaly,” a strange and unexplained disturbance in the Earth’s magnetic field which suggests “there’s something unusual about the core-mantle boundary under Africa that could be having an important impact on the global magnetic field.”
The South Atlantic Anomaly
Could all of these events and phenomena be related? What exactly is happening deep within the Earth under Africa? Do we really want to know, or is it better to be surprised in the middle of your breakfast burrito by the massive wall of magma rushing to engulf you and everyone you know? At least it wasn’t a good breakfast burrito. That new girl on the taco truck always puts the cheese in a big clump right in the middle instead of spreading it out evenly throughout the whole burrito.
Life is just a series of disappointing burritos. Bring it on, magma. End it already.
If there’s one thing humans aren’t prepared for, it’s new curveballs thrown at us by the angry Earth.
Is science fiction the cause of mysterious lights seen at night in Delamere Forest?
Is science fiction the cause of mysterious lights seen at night in Delamere Forest?
Is science fiction is the cause of mysterious lights seen at night in Delamere Forest?
PEOPLE living in and around Delamere Forest have been puzzled by the appearance of strange, eerie lights among the trees.
They could be forgiven for think that the forest was the sight of a UFO encounter - and they would not be far wrong.
The forest is increasingly being used as a location for films and television - including a BBC adaptation of War of the Worlds and a new Netflix series called The Stranger.
Photo: Lee Cartwright
The dense forest has recently been used as a backdrop for dramatic scenes of an alien invasion for the latest adaptation of H G Wells classic War of the Worlds.
The Peter Harness' three-part adaptation the sci-fi classic will be screened on BBC One later this year.
And more recently, a car chase was filmed for The Stranger, a series due to be shown on Netflix later this year starring Hannibal and The Hobbit actor Richard Armitage.
Few details are available about the eight-episode series, based on Harlan Coben’s novel, but the synopsis from Netflix reads: “ A secret destroys a man’s perfect life and sends him on a collision course with a deadly conspiracy in this shocking thriller.
“Adam Price has a good life, two wonderful sons, and a watertight marriage - until one night a stranger sits next to him in a bar and tells him a devastating secret about his wife, Corinne.
“Soon Adam finds himself tangled in something far darker than even Corinne’s deception, and realises that if he doesn’t make exactly the right moves, the conspiracy he’s stumbled into will not only ruin lives — it will end them.”
One resident of Station Road said weird sightings were becoming more common in the forest.
He said: There's a weird chunky looking prop with bright lights attached to it, suspended from a really high crane arm, above white gate car park and its mega bright. It lit up my house through the windows yesterday. I've not heard any noises or anything though."
The lights certainly piqued residents' curiosity.
Posting in the Delamere and Oakmere Facebook group, Jacqui Brooks asked: "What are the giant lights on the skyline over far side of the forest for?"
Sarah Evans said: "We have wondered every morning/evening...query aliens abduction of locals, building, concerts..can tell kids the truth now?"
Ellen Piercy replied: "Nah, stick with the aliens story, MUCH more exciting."
Others described the filming as "exciting" and "very, very bright".
The forest has become popular with television and film producers, with episodes of ITV drama Cold Feet filmed there recently.
Residents have been told filming is permitted until 1am.
The U.S. Navy plans to put a laser weapon on a warship by 2021. The High Energy Laser with Integrated Optical-dazzler and Surveillance (HELIOS) system, or HELIOS, is a defensive weapon system designed to burn boats and shoot down unmanned drones. The weapon will go to sea with a guided missile destroyer assigned to the Pacific Fleet in two years' time, the Navy says.
The service placed an order for HELIOS in January 2019. The $150 million contract, awarded to Lockheed Martin, calls for the company to deliver two systems. According to a company press release, one will go to White Sands Missile Range in New Mexico for testing. USNI News says the Navy will install the other on a Arleigh Burke-class guided missile destroyer.
HELIOS is a 60-kilowatt laser system, meaning it has twice the power of the AN/SEQ-3 Laser Weapon System, or LaWS installed on the USS Ponce in 2014. HELIOS is billed as a weapon that can burn small speed boats of the type Iran deploys in armed swarms, and can torch unmanned aerial vehicles out of the sky. Alternately—and perhaps to avoid an international incident—HELIOS can simply “dazzle” a UAV’s electro-optical sensors, damaging them and preventing them from performing their mission.
Here’s a simple example of this theory, in which a laser used during tattoo removal damages a digital camera sensor:
HELIOS has a long-range intelligence, surveillance, and reconnaissance capability. While LockMart doesn’t spell out the details, we can surmise that the aiming system for the laser weapon/dazzle is probably capable of high-definition, high-powered digital magnification, allowing a ship fitted with it to closely watch nearby threats.
Many weapons already deployed on U.S. Navy warships, including the Phalanx close-in weapon system and the Rolling Airframe Missile (RAM), have a similar capability against small boats and drones as HELIOS while also being capable of taking on larger, faster aircraft and missiles. Range is also comparable.
Where a laser weapon like HELIOS shines, literally, is its ability to fire a theoretically unlimited number of shots using the destroyer’s onboard electrical generation systems. Phalanx, on the other hand, is limited to 20 to 30 seconds of continuous firing, while RAM is limited to 21 missiles aboard the Mk. 49 Guided Missile Launching System.
HELIOS is not a quantum leap above existing systems, but then again, early guns like the matchlock were in some ways inferior to the bow and arrow. Eventually, as firearms technology progressed, the gunpowder gun progressed to the point where it was clearly superior. As laser weapons become more powerful, they could quickly become much more effective than conventional gun and missile weapons.
Residents in the city of Al Ain, United Arab Emirates, were left shocked and confused when they witnessed what they thought was a UFO in the sky. Near the border of Oman, people noticed a “whirlpool hole” in an otherwise heavily clouded sky, as if someone had punched a large hole above their heads.
Ebrahim Al Jarwan, who is an astronomer and meteorologist, was able to capture the strange phenomena on video and posted it to Twitter. This natural phenomena is known as a “hole punch cloud” or “fallstreak hole”. One user commented that it looked as though “God has thrown a stone into a lake”, while others wondered if it was made by a UFO. When a large circular patch of clear sky suddenly appears, surrounded by lots of clouds, it’s not surprising that some people believed that an unidentified flying object may have peaked through the clouds, therefore creating the hole.
Hole punch cloud
Meteorologists, however, were quick to point out that it was a hole punch cloud that is normally created in mid-to-high level clouds and made from super-cooled water droplets (water that’s below 0 degrees Celsius but is not yet frozen) and they are actually caused by aircrafts, including commercial jet airliners, private jets, military jets, and turbo props.
As planes fly through the layer of clouds, the air expands and cools off as it passes over the propeller or wings of the aircraft. This sudden change in temperature causes the super-cooled water droplets to freeze, creating ice crystals which are then heavy enough to drop from the layer of clouds. That’s what causes the large hole to form. Andrew Heymsfield, who is from the National Center for Atmospheric Research, confirmed this by telling EarthSky, “The whole idea of jet aircraft making these features has to do with cooling of air over the wings that generates ice.”
Heymsfield’s team also found that when aircrafts create the large holes in the clouds, and after the droplets of water freeze to ice, they then turn into snow as they fall to the ground. Occasionally, within an hour of a hole punch cloud appearing, it can reach up to 30 miles wide because other water droplets beside the original ones begin to freeze. In fact, hole punch clouds can keep expanding for several hours after initially forming.
Hole punch cloud
And while scientists know what hole punch clouds are and what causes them to appear, not everyone knows about them because they’re a rare occurrence. This is why so many people who haven’t seen them before often mistake them for UFOs.
If the Space Force Won’t Fight Aliens, Who the Hell Will?
If the Space Force Won’t Fight Aliens, Who the Hell Will?
by Kyle Mizokami
Late last week, military news site Task & Purpose confirmed a disturbing fact: the newly created U.S. Space Force has no intention of fighting aliens. Despite the recent uptick of military UFO sightings, the Pentagon appears uninterested (at least officially) in the possibility of hostile aliens. But if an alien invasion does take place, which arm of the Pentagon would respond? The answer: probably all of them.
During a recent Pentagon roundtable, Task & Purpose’s Pentagon reporter Jeff Schogol asked if the Space Force “is concerned about threats posed by extraterrestrial intelligence.” The official answer he got back? “No.”
Schogol’s question was asked with tongue firmly planted in cheek, but the revelation last year that U.S. Navy fighter jets encountered alleged UFO craft in 2004 and again in 2015—in both instances appearing on radar and leaving behind video evidence—makes one wonder.
If the unidentified flying objects described by Navy pilots, as well as military and civilian personnel for the past seventy years, are really of extraterrestrial origin and unfriendly, how would the Pentagon deal with them?
If UFOs suddenly descended from the skies, toasting the Statue of Liberty, the Great Mall of America, and the Golden Gate Bridge with death rays, the Pentagon would need to convene some sort of study group to quickly determine what kind of threat it was dealing with. If that happens, forget the Air Force.
Ironically, the service that would most likely take the lead is the U.S. Navy.
Why the Navy? Aliens would likely come from vast distances, traveling light years in long distance voyages, to smash puny humans. The U.S. Navy is unique among the services in planning similar, though much, much shorter voyages. Both submarines and UFOs deal with pressure—in the case of submarines the pressure is on the outside, while in space the pressure is on the inside of the vehicle. From an operational and technical standpoint, aliens and sailors have a few things in common.
Would all of this firepower matter in a fight with aliens?
Image: U.S. Navy (Getty)
There are other reasons the Navy might take the lead. Seventy-one percent of the Earth’s surface is covered by water, and if aliens operated from the water (remember, the 2004 sighting included reports of a 737-sized object on the surface of the ocean) the Navy is unique in having manned aircraft, surface ships, and submarines prowling above, on, and below the surface of the ocean. The Navy could also sail to the most remote locations in the world’s oceans, establishing a military presence for weeks or months, to investigate and monitor for enemy activity.
The Air Force could operate against aliens, but the service’s fighters and bombers could only remain on station for mere minutes or hours before returning to base. Against a terrestrial threat this isn’t really a big deal, but against an alien threat we know nothing about—and according to the 2004 incident, theoretically capable of traveling extraordinary distances in a blink of an eye—such a force will be less useful.
If humans could lure aliens into a set-piece battle the Air Force could bring a lot of firepower, but how one lures aliens into battle is anyone’s guess. In the meantime the Space Force, nestled under control of the Air Force, would contribute to the alien war by maintaining the U.S. military’s network of position, navigation, and timing/GPS satellites, communication satellites, and other space-based assets.
US Army Abrams tanks and Bradley fighting vehicles exercising in Estonia, 2017.
Photo: Sean Gallup (Getty)
The Army would be the service responsible if aliens attempted a landing in the United States, or presumably one of our allies. The Army’s 10 combat divisions would spring into action, attempting to destroy the aliens with fire and maneuver. It would be in many ways similar to countering an airborne landing, with the Army attempting to destroy the alien’s landing zone and prevent the flow of alien reinforcements. The Marines could also get in on the alien fighting, particularly overseas in Asia, Europe, or even the Middle East—though one would like to think aliens would be smart enough to avoid that region and the prospect of their own 18-year war altogether.
Of course, all of this is contingent on the U.S. military being on par with alien technology... which, frankly, is extremely unlikely. The universe is billions of years old, and other races could easily have a head start of a million years or more on us. And certainly, any species capable of interstellar flight is far more technologically advanced.
Consider that a handful of 21st century tanks could crush an army from the 11th century, or even the 19th century for that matter. Even a difference of a thousand years would be ample enough to ensure humanity’s defeat from even a minor alien expedition/hunting trip/bachelor party.
The entire U.S. military could have the same effectiveness against aliens as cavemen—or in this case cosplayers pretending to be cavemen at Comicon—would have against the U.S. military
Image: Daniel Zuchnick (Getty)
If aliens do exist, ultimately it may not matter if they are hostile or not. Our destruction at their hands would be about as inevitable as destruction from an extinction-level meteor impact. They could even be friendly, the combination of advanced, destructive technology and violent tendencies leading to intelligent life self-screening itself from interstellar travel. (That would be bad news for humanity.) The “UFOs” people are seeing could even be top secret U.S. government craft. The aliens could be us. In the end, maybe it doesn’t matter if the Pentagon has a plan to fight aliens after all.
Photographs are an amazing thing. We now take them for granted, but have you ever stopped to think about how incredible they truly are? They manage to freeze one moment in time forevermore, a peek at a split second in time that we can never get back, but which remains eternally etched upon that picture as if it never left. We have come a long way since the first attempts to capture images on film, and it is weird to think that less than 200 hundred years ago the thought of taking a picture of any kind was magic. How many scenes and images over human history have been lost to die with those who last saw them, before we had the capability of preserving them for all to see? Vast swaths of history have been visually lost to us, from a time before cameras and Instagram. Looking at old photographs can be a surreal experience, a step through time to another era, and here we will take a look at some major pioneering firsts in the world of pictures, a peek through the ages to another era.
When it comes to fascinating photographs of the past, perhaps it is best to start at the very beginning, with the first one ever taken, or at least the oldest surviving one. This particular picture was taken in around 1826, by inventor Joseph Nicéphore Niépce, using a special, revolutionary method (for the time) that involved a pewter plate covered in an asphalt derivative. The process is though to have taken several days of exposure, and the result is a view out of a window at Saint-Loup-de-Varennes, France, in a time long forgotten but forever preserved in this image.
The oldest surviving photograph
Moving on to other early firsts, we have the 1838 photograph taken by Louis Daguerre at the Boulevard du Temple in Paris, France, at a place called the Place de la République, in what is thought to be the first photo ever taken of a human being. At the time, the process required at least 10 minutes of exposure to take a picture, meaning that human beings did not show up, and this was just a regular landscape photo for quite a long time until someone noticed that a human figure can be seen in the bottom left. It is believed that the unidentified man had been standing still for long enough to show up because he had been having his shoes shined. There is another blurry figure of a person that can be seen as well, although not nearly as clearly. Daguerre was actually the inventor of the device he used to take it, called a “daguerreotype,” which utilized silver plates and mercury fumes, and was used to take many of the earliest photos.
First photograph of a person. You can see him in the lower left.
From the following year, in 1839 we have what is considered to be the world’s first selfie, taken by a student in Pennsylvania named Robert Cornelius, who would also be instrumental in further refining and developing the daguerreotype. He tested it out by taking a photo of himself as he stood in front of a store front in Philadelphia, standing completely still for an estimated 10 to 15 minutes to capture this historic shot.
First selfie
Speaking of firsts, there is also the first photograph ever taken of a woman, a portrait taken by a Dr. John W. Draper of his sister, Dorothy Catherine Draper, at his New York studio in 1840. The photo looks like a pretty normal old-timey pic, but it is important to note that the subject had to keep completely still without even blinking for over a minute to achieve this.
First photograph of a woman
The oldest surviving photograph of a president was taken by daguerreotype in 1843, and shows the then former president John Quincy Adams approximately 14 years after his presidency had ended. The photograph was taken by Philip Hass, and although Adams was no longer in office at the time it is remarkable nonetheless.
First photo of an American president
The year 1845 saw more breakthroughs in photography when the French physicists Louis Fizeau and Leon Foucault managed to take the first ever photos of the sun. It is interesting to note that just 5 years before these same men had also been the first to take a photograph of the moon, from a rooftop observatory in New York. Also note that sunspots can even be observed in this photograph.
First photo of the sun
Another unique daguerreotype photograph is what is believed to be the first photo ever taken of New York City. The picture in question was taken in 1848 at Manhattan’s Upper West Side, and you can see that at the time it wasn’t nearly the big bustling metropolis we see today. There was another even older picture of New York, but it has been lost over the years, and so this is effectively the oldest.
First photo of New York City
There is also a very intriguing image taken in 1853 by a man named Solomon Nunes Carvalho at Big Timbers, Colorado. This photo would become part of the U.S. Library of Congress, and is thought to be the very first photograph taken of a Native American village. Most people only have the image of these places in their heads from Western movies and Cowboys and Indians shows, so to take a glimpse through time in this photo is fascinating to say the least, with even two Native American figures visible in the center left.
First photo of a Native American camp
Just less than a decade after this photo first, in 1860 there was taken the first aerial photo ever. Although we now take such pictures for granted, at the time it was unheard of, but James Wallace Black and Samuel Archer King managed to capture this image from 2,000 feet in the air, which shows Boston, Massachusetts at the time. There were earlier photos taken from hot air balloons, but they were lost and this is the earliest surviving one.
First aerial photograph
The very next year, in 1861, the first ever color photograph would be taken, by photographer Thomas Sutton. The technique used was first proposed by James Clerk Maxwell in 1855, and he was the first to suggest that three light sources could be mixed and matched to achieve any desired color. Sutton used Maxwell’s advice and took three different black and white photos of a ribbon and used blue, red, and green filters on each one, after which he merged them into one image to create the first known color photograph, a truly revolutionary concept at the time.
First color photograph
At the start of the following decade, in 1870 another photographic milestone was reached when photographer Carol Popp de Szathmari took what is regarded as the very first photograph taken of a battle. The picture shows Prussian troops advancing against French defenders, and it is largely due to images like this that Szathmari is widely said to be the first war photographer.
First photo of a battle
The ensuing decades would bring some other photographic firsts, when in April of 1884 the first photo of a tornado was taken by an A.A. Adams in Garnett, Texas. Adams was lucky enough to be present or the tornado and to find a comfortable vantage point from around 14 miles away, standing by the United Presbyterian Church in Garnett where he went about capturing this historic and unique image.
First photo of a tornado
Finally we come to a whole new avenue of photography in the early years, that of underwater photography. This had long been seen as virtually impossible, but in 1926 National Geographic photographer Charles Martin, along with botanist William Longley, were in the Florida Keys trying out their new fancy equipment utilizing waterproof housing and a magnesium flash, when they managed to snap this pic of a hogfish off the Florida Keys. It may seem rather quaint in modern times, but this had never been done before, and stands as a testament to human ingenuity and remains a rather dramatic photographic first.
First underwater photograph
While we now take and share photographs instantaneously at a moment’s notice, it seems that we should sometimes take a step back and look at where it all began, to the time when this was extremely cutting edge science fiction stuff. Looking at these photos we are brought to another era in history, frozen there for all time. Even as we move into the future and the world changes, these moments will not, frozen there on film forevermore, and earning their place in history.
A disturbing new report indicates a U.S. Government agency’s involvement in a bizarre array of tests, which were conducted on cats and dogs purchased from what the story calls “Asian meat markets.”
According to the NBC report, the remains of hundreds of dogs and cats were purchased by the U.S. Government, for use with experiments that occurred in Maryland at the U.S. Department of Agriculture lab. Part of the testing included “feeding dog remains to cats and injecting cat remains into mice,” the report states.
The investigation was carried out by the White Coat Waste Project, a group who describes itself as “a taxpayer watchdog group representing more than 2 million liberty-lovers and animal-lovers who all agree: taxpayers shouldn’t be forced to pay over $15 billion every year for wasteful and cruel experiments on dogs, cats, monkeys and other animals.”
Although the Department of Agriculture research only recently became public knowledge following an NBC story based on White Coast Waste’s report, the testing appears to have occurred between 2003 and 2015, and was aimed at attempting to study the parasite behind toxoplasmosis, a food-borne illness.
However, the new revelations are particularly concerning since some of the animals acquired for tests carried out in the recent Department of Agriculture studies came from markets condemned by Congress in a 2018 House Resolution, according to the White Coat Waste report.
Several U.S. politicians spoke out in condemnation of the tests. “We can advance scientific discovery while treating animals humanely, and American taxpayers have every right to expect our government will meet that standard,” said Jeff Merkley, a Democratic Senator in Oregon.
Sadly, the explosive White Coat Waste report is not the only one of its kind which indicates such concerning behavior by government agencies. Over the course of the last several decades, there have been numerous examples of bizarre testing carried out on animals which raised ethical questions. Too many to name, in fact… although a few noteworthy examples (which might at least be on par with the “cat cannibalism” discussed in the recent NBC report) do exist.
The well-known and oft-cited tale of “acoustic kitty” is high on the list of wasteful government spending projects that also involved questionable treatment of animals. This incident, which I recounted previously here at MU, involved a Cold War-era CIA project that produced a bizarre surveillance system that was built into a house cat, which included antennae fittings within the creature’s tail, as well as hidden battery compartments and microphones. The cat was released outside the Soviet compound on Wisconsin Avenue in Washington, D.C., where it was deployed to monitor a conversation taking place in a park nearby. The cat was struck by a car and killed within minutes of being released; additional attempts at field testing “acoustic kitties” were not carried out.
There are still some varieties of “militarized” animal testing that occur today, although in far less ethically questionable forms. Just last year, a report revealed that DARPA hoped to find ways of genetically engineering various aquatic species for use in future surveillance programs. Much like the recent White Coat Waste project report, questions have been raised about the long term concerns pertaining to genetically modified organisms, as well as the fact that taxpayer money has been used to support such programs.
It is believed that an estimated 4000 cats may have been killed over the course of the 12 years the Department of Agriculture’s studies were undertaken. Based on previous statements made by the USDA, the agency has apparently defended the studies as “life-saving research,” although White Coat Waste argues that it was unnecessary and wasteful spending of U.S. taxpayer dollars.
Artist concept of nano-patterned object reorienting itself to remain in a beam of light.
In the future, spacecraft could travel to other stars faster than anything currently available by using laser light sources that are millions of miles away. For the moment, this prospect has been explored only theoretically by physicists at Caltech. In their new study, the researchers propose levitating and propelling objects using a beam of light by etching the surface of those objects with specific nanoscale patterns.
Conceptual illustration of a nano-patterned object reorienting itself to remain in a beam of light.
(Credit: Courtesy of the Atwater laboratory)
A pattern that keeps objects afloat
For decades, researchers have been using so-called optical tweezers to move and manipulate microscopic objects (i.e. nanoparticles) using a focused laser beam. Nanoparticles can be suspended mid-air due to the light scattering and gradient forces resulting from the interaction of the particle with the light. Such devices have been used to trap small metal particles, but also viruses, bacteria, living cells, and even strands of DNA. For his contributions to developing optical tweezers, Arthur Ashkin was awarded the 2018 Nobel Prize in Physics.
However, optical tweezers are limited by distance and the size of the objects. Essentially, only very small objects can be manipulated with light in this fashion and only from close range.
“One can levitate a ping pong ball using a steady stream of air from a hair dryer. But it wouldn’t work if the ping pong ball were too big, or if it were too far away from the hair dryer, and so on,” Ognjen Ilic, a postdoc at Caltech and the study’s first author, said in a statement.
In their new study, Ilic and colleagues have proposed a radical new way to use light in order to trap or even propel objects. Theoretically, their method is not limited by an object’s size or distance from the source, which means macroscopic objects such a spacecraft could be accelerated, perhaps even close to relativistic speeds, using the force of light alone.
For this to work, certain nanoscale patterns need to be etched on an object’s surface. When the concentrated laser beam hits this patterned surface, the object should begin to “self-stabilize” by generating torque to keep it in the light beam. The authors say that the patterning is designed in such a way as to encode the object’s stability.
This would work for any kind of object, from a grain of rice to a spaceship in size. The light source could also be millions of miles away which would make this technology ideal to power a light sail for space exploration.
“We have come up with a method that could levitate macroscopic objects,” said Harry Atwater, Professor of Applied Physics and Materials Science in Caltech’s Division of Engineering and Applied Science. “There is an audaciously interesting application to use this technique as a means for propulsion of a new generation of spacecraft. We’re a long way from actually doing that, but we are in the process of testing out the principles.”
A shocking new study suggest that, at a quantum level at least, two different versions of reality exist. The new study comes from the idea brought to the forefront in Eugene Wigner's friend scenario, which states that two people could see the same photon, or light particle, and have different observations of the photon. Even though the observations, and the conclusions drawn from those observations, are different, they would both be correct.
If you've ever questioned the nature of your reality, a new study suggests that there are actually two different versions of it — at least at the quantum level.
The pre-published study, found in arXiv, sheds new light on the complex idea that two people could see the same photon, come to different conclusions about the photon, yet still both be correct.
"In quantum mechanics, the objectivity of observations is not so clear, most dramatically exposed in Eugene Wigner’s eponymous thought experiment where two observers can experience fundamentally different realities," the researchers wrote in the study. "While observer-independence has long remained inaccessible to empirical investigation, recent no-go-theorems construct an extended Wigner’s friend scenario with four entangled observers that allows us to put it to the test."
They continued: "In a state-of-the-art photon experiment, we here realize this extended Wigner’s friend scenario, experimentally violating the associated Bell-type inequality by 5 standard deviations. This result lends considerable strength to interpretations of quantum theory already set in an observer-dependent framework and demands for revision of those which are not."
One of the study's co-authors, Martin Ringbauer, told Live Science that "you can verify both of them," adding that theoretical advances were needed before they were able to prove Wigner's hypothesis, which was first proposed in 1961.
"Theoretical advances were needed to formulate the problem in a way that is testable. Then, the experimental side needed developments on the control of quantum systems to implement something like that," he told the news outlet.
To test the idea, the researchers designated "two different laboratories, each involving an experimenter and their friend," introducing two pairs of entangled photons, which allowed for their fates to be intertwined. They also introduced "people" (who were not real, but rather represented observers) to measure one photon in the pair, record their results and repeat the process for the second photon using quantum memory.
In 1961, when Wigner introduced the idea that would eventually become known as "Wigner's friend," only one scenario was used. With the new experiment, it was doubled and the results that Wigner had first discussed more than 50 years still rang true.
Quantum mechanics gives detail on how the world works at a scale so small that the rules of physics do not apply, Live Science added. With the new findings of the study, the field of quantum mechanics may change if measurements are not the same for everyone.
"It seems that, in contrast to classical physics, measurement results cannot be considered absolute truth but must be understood relative to the observer who performed the measurement," Ringbauer told Live Science. "The stories we tell about quantum mechanics have to adapt to that."
The Missile Defense Agency has offered new details about plans to develop a science fiction-sounding space-based neutral particle beam weapon to disable ordestroy incoming ballistic missiles. The goal is to have a prototype system ready for a test in orbit by 2023, an ambitious schedule to demonstrate that the technology has progressed to a more useful state from when the U.S. military last explored and then abandoned the concept nearly three decades ago.
The U.S. military’s budget request for Fiscal Year 2020 asks for $34 million in funding for the neutral particle beam program, or NPB, according to documents released on Mar. 18, 2019. The Missile Defense Agency (MDA) wants a total of $380 million through 2023 fiscal cycle for development of the directed energy weapon. Defense One, citing unnamed U.S. officials, had been first to report the existence of the plan on Mar. 14, 2019. It’s also worth noting that Congress set out a goal of testing of at least one space-based missile defense system prototype by 2022 and the deployment of “an operational capability at the earliest practicable date” in the annual defense policy bill for the 2018 Fiscal Year.
MDA included the new-start NPB program in a larger line item called “Technology Maturation Initiatives,” which also includes requested funding for the development of laser weapons and advanced airborne sensors. It does not expect to ask for any more funds for the particle beam system through this account in Fiscal Year 2024, which would indicate plans to move it into its own dedicated funding stream at that time.
“The NPB provides a game changing space-based directed energy weapon capability for strategic missile defense,” MDA’s latest budget request says. “The NPB is a space-based, directed energy capability for homeland defense, providing a defense for boost phase and mid-course phase” of a ballistic missile’s flight.
A staple in science fiction, particle beam weapons are grounded in real science. At its most basic, an NPB requires a charged particle source and a means of accelerating them to near-light speed to create the beam itself.
An extremely rudimentary graphic showing the components of a neutral particle beam system.
When this beam of charged particles hits something it produces effects similar to that of laser, namely extreme heat on the surface of the target capable of burning a hole through certain materials depending on the strength of the weapon. If the particles are not sufficently powerful to destroy something such as a missile or reentry vehicle, they may still be able to pass through the outer shells of those targets and disrupt, damage, or destroy internal components, similar broadly to how a microwave weapon functions.
In addition, since particle beams respond different to different materials, there is the potential that the system might also have the capability to discriminatebetween real incoming warheads a ballistic missile has released and decoys. Seperate sensors would be necessary to observe the impacts and categorize the results. But if it worked, this would help other ballistic missile defense systems, which generally have short engagement windows to begin with, focus only on actual threats.
The characteristics of these particles would make it hard, if not impossible for an opponent to shield their weapons from the effects or otherwise employ countermeasures, short of destroying the NPB itself, as well. All of this has long made the potential of a particle beam weapon attractive, especially for missile defense.
As part of the Strategic Defense Initiative (SDI) under President Ronald Reagan in the 1980s, the U.S. military experimented with NPBs and hired Martin-Marietta, McDonnell Douglas, TRW, and a team from General Electric and Lockheed to craft potential designs for a space-based system. Between 1984 and 1993, the Strategic Defense Initiative Organization (SDIO) spent approximately $794 million on the concept, according to a 1993 report from the General Accounting Office, now known as the Government Accountability Office (GAO).
MCDONNELL-DOUGLAS VIA AEROSPACE PROJECTS REVIEW A mockup of McDonnell-Douglas' space-based NPB.
Most notably, in July 1989, Los Alamos National Laboratory (LANL), in cooperation with the SDIO, conducted the Beam Experiments Aboard a Rocket test, or BEAR. This involved placing an actual particle beam system on board a sounding rocket and shooting it out of the Earth’s atmosphere.
As of 2018, this remained the “most energetic particle beam ever flown,” according to LANL presentation. “The experiment successfully demonstrated that a particle beam would operate and propagate as predicted outside the atmosphere and that there are no unexpected side-effects when firing the beam in space.”
LANL A picture of the particle beam-carrying sounding rocket ahead of the BEAR test.
However, the SDIO ultimately pursued a plan to build a massive constellation of space-based kinetic interceptors, known as Brilliant Pebbles, coupled with an equally extensive sensor network in orbit and on Earth. The entire project came to an end in 1993 ahead of the incoming administration of President Bill Clinton, who renamed SDIO the Ballistic Missile Defense Organization – the forerunner of MDA – and refocused its efforts on terrestrial missile defense.
SDIO’s particle beam program proved to be impractical given the technology available at the time. The prospective space-based systems were large and required massive power sources, with nuclear power being the most viable option. Despite hundreds of millions of dollars in funding over nearly a decade between the 1980s and 1990s, the previous NPB effort did not demonstrate a beam powerful enough to produce the desired effects on a target or produce a sufficiently lightweight power source design, according to the 1993 GAO report. Despite the BEAR experiment, there had been no test of an actual complete weapon system by that point, either.
VIA THE NATIONAL AIR AND SPACE MUSEUM Artwork depicting the NPB system from the BEAR test.
“We’ve come a long way in terms of the technology we use today to where a full, all-up system wouldn’t be the size of three of these conference rooms, right? We now believe we can get it down to a package that we can put on as part of a payload to be placed on orbit,” an unnamed U.S. military official told Defense One in regards to the new particle beam initiative. “Power generation, beam formation, the accelerometer that’s required to get there and what it takes to neutralize that beam, that capability has been matured and there are technologies that we can use today to miniaturize.”
But even if a practical and functional design is possible, there’s no guarantee it would necessarily provide the promised capability, especially against ballistic missiles in their boost phase. Striking missiles in this first stage of their flight is attractive because they are moving relatively slow and are producing a massive heat signature that makes them easier to spot and track. It also means that the missile's contents rain down over or near the launch country in a more localized manner than if destroyed during mid-course or terminal phases of flight.
Unfortunately, they’re also moving through the atmosphere for a significant part of the boost phase. The beam that an NPB shoots out are notably vulnerable to distortion and deflection, since the particles can easily get sent off course by ricocheting off other particles hanging in the air.
There’s a reason why, if you want to build an NPB at all, putting it in the vacuum of space makes the most sense. The amount of power necessary to ensure the beam remains both focused and powerful at appreciable ranges and for enough time to actual damage or destroy a target in the atmosphere could be immense.
An NPB concept from the SDI program using a nuclear reactor at the rear to power the system.
For some context on the potential scale of power generation one might be looking at, in the 1960s and 1970s, the U.S. military had also considered a ground-based particle beam that could defeat ballistic missiles in its latter stages of flight called Seesaw. The Advanced Research Projects Agency determined it would take a system propagating a particle beam across hundreds of miles of tunnels to work properly.
To create the necessary to power supply, Nicholas Christofilos, a Greek physicist working at the Lawrence Livermore National Laboratory at the time, went so far as to propose using nuclear bombs to effectively create a ludicrously large drain hole that would allow the entire volume of the Great Lakes to flow into a massive hydroelectric generator complex underneath, according to Sharon Weinberger's 2017 book The Imagineers of War: The Untold History of DARPA, the Pentagon Agency that Changed The World. Needless to say, this idea was absurd and the entire program never left the drawing board.
Technological improvements since then in various fields, such as power generation efficiency and adaptive focusing systems, would reduce these requirements, but they could still be prohibitive depending on other design constraints. This would also be much less of an issue for exoatmospheric engagements.
Beyond these potential technical issues with the beam itself, boost-phase ballistic missile defense systems need to be in an optimal position to engage their target during a very short amount of time after a launch. On average this phase of a missile’s flight is around five minutes at most in total. Sensors would first have to spot and categorize the threat after which American officials would make a decision to engage or not.
VIA AMERICAN PHYSICAL SOCIETY
A general timeline of the boost phase of ballistic missiles and the time available for defense systems to respond.
Ensuring that there are enough space-based NPBs “parked” in orbit near even a portion of known and possible launch sites could be a costly proposition that would also require significant investments in the U.S. military’s ballistic missile defense sensor architecture, a separate issue you can read about in more detail here and here. The speed of the particles and the range of the weapons in the vacuum of space could help mitigate these issues. It would also be far less of a concern during the mid-course portion of the missile's flight where the entire engagement would occur in space or the very upper reaches of the atmosphere and there would be more time to line up the best shot.
“It’s a very short timeline, first to even know where it [the missile] is coming from…It’s less than a couple minutes before it leaves the atmosphere,” the unnamed defense official that spoke to Defense One admitted. “So, you have to have a weapon that’s on station, that’s not going to be taken out by air batteries and so we have been looking at directed energy applications for that. But you have to scale up power to that megawatt class. You’ve got to reduce the weight. You’ve got to have a power source. It’s a challenge, technically.”
“I can’t say that it is going to be at a space and weight requirement that’s going to actually be feasible, but we’re pushing forward with the prototyping and demo,” this individual continued. “We need to understand as a Department [of Defense], the costs and what it would take to go do that. There’s a lot of folklore…that says it’s either crazy expensive or that it’s free. It needs to be a definitive study.”
Feasibility concerns notwithstanding, there would be political and legal ramifications on top of everything else, too. The 1967 Outer Space Treaty bans the deployment of weapons of mass destruction in orbit. Though the NPB itself would not fit this definition, a nuclear power source would still have the potential to prompt outcry and formal protests.
HIPSASH A Russian MiG-31 Foxhound carries an air-launched anti-satellite weapon in a test.
Particle beams by their nature can also be difficult to detect and conclusively trace back to a particular source, making them non-attributable. This is something that Michael Griffin, presently Undersecretary of Defense for Research and Engineering and a major proponent of NPBs, has described in the past as an “advantage."
But it’s also something that America’s adversaries could look to exploit and weaponize, blaming the U.S. government for all manner of explained phenomena in space.
Russia has a long history of making unsubstantiated allegations against the U.S. government, claiming in recent years that Americans and their allies have staged chemical weapons attacks on civilians in Syria, are actively supporting ISIS terrorists in that country and in Afghanistan, and are running a covert biological weapons program in Georgia. A constellation of particle beam weapons in space capable, at least in principle, of conducting non-attributable attacks, would be an obvious goldmine for Russian propagandists seeking to spread conspiratorial claims, blaming any hole that appears in a spacecraft or malfunctioning satellite on an unprovoked particle beam attack.
It might be hard to challenge these claims. Beyond it's missile defense capabilities, a space-based particle beam does seem like an ideal anti-satellite weapon. It would offer an easy way to quickly knock out satellites, or at least disable them, in a crisis. It would be hard for an opponent to detect such as an attack was occurring in the first place and even more difficult to counter.
But proponents in the U.S. government, especially Undersecretary of Defense Griffin, who worked on the Reagan-era SDI program, are adamant about at least exploring the possibility of a space-based particle beam weapon system. “We should not lose our way as we come out of the slough of despondence in directed energy into an environment that is more welcoming of our contributions. We should not lose our way with some of the other technologies that were pioneered in the ’80s and early-’90s and now stand available for renewed effort,” he declared in 2018.
It remains to be seen whether MDA will determine that the technical and other considerations have changed sufficiently in the last 30 years to make the idea of particle beam weapons in orbit any more practical than it was during the Cold War. But we should get a better idea in the next five years as the Pentagon pushes toward its goal of lofting a prototype particle beam weapon into orbit for the first time.
New research says that the Earth’s past ice ages may have been caused by tectonic pile-ups in the tropics.
A crevasse in a glacier. Image via Pixabay.
Our planet has braved three major ice ages in the past 540 million years, seeing global temperatures plummet and ice sheets stretching far beyond the poles. Needless to say, these were quite dramatic events for the planet, so researchers are keen to understand what set them off. A new study reports that plate tectonics might be the culprit.
Cold hard plates
“We think that arc-continent collisions at low latitudes are the trigger for global cooling,” says Oliver Jagoutz, an associate professor in MIT’s Department of Earth, Atmospheric, and Planetary Sciences and a co-author of the new study.
“This could occur over 1-5 million square kilometers, which sounds like a lot. But in reality, it’s a very thin strip of Earth, sitting in the right location, that can change the global climate.”
“Arc-continent collisions” is a term that describes the slow, grinding head-butting that takes place when a piece of oceanic crust hits a continent (i.e. continental crust). Generally speaking, oceanic crust (OC) will slip beneath the continental crust (CC) during such collisions, as the former is denser than the latter. Arc-continent collisions are a mainstay of orogen (mountain range) formation, as they cause the edges of CC plates ‘wrinkle up’. But in geology, as is often the case in life, things don’t always go according to plan.
The study reports that the last three major ice ages were preceded by arc-continent collisions in the tropics which exposed tens of thousands of kilometers of oceanic, rather than continental, crust to the atmosphere. The heat and humidity of the tropics then likely triggered a chemical reaction between calcium and magnesium minerals in these rocks and carbon dioxide in the air. This would have scrubbed huge quantities of atmospheric CO2 to form carbonate rocks (such as limestone).
Over time, this led to a global cooling of the climate, setting off the ice ages, they add.
The team tracked the movements of two suture zones (the areas where plates collide) in today’s Himalayan mountains. Both sutures were formed during the same tectonic migrations, they report: one collision 80 million years ago, when the supercontinent Gondwana moved north creating part of Eurasia, and another 50 million years ago. Both collisions occurred near the equator and proceeded global atmospheric cooling events by several million years.
In geological terms, ‘several million years’ is basically the blink of an eye. So, curious to see whether one event caused the other, the team analyzed the rate at which oceanic rocks known as ophiolites can react to CO2 in the tropics. They conclude that, given the location and magnitude of the events that created them, both of the sutures they investigated could have absorbed enough CO2 to cool the atmosphere enough to trigger the subsequent ice ages.
Another interesting find is that the same processes likely led to the end of these ice ages. The fresh oceanic crust progressively lost its ability to scrub CO2 from the air (as the calcium and magnesium minerals transformed into carbonate rocks), allowing the atmosphere to stabilize.
“We showed that this process can start and end glaciation,” Jagoutz says. “Then we wondered, how often does that work? If our hypothesis is correct, we should find that for every time there’s a cooling event, there are a lot of sutures in the tropics.”
The team then expanded their analysis to older ice ages to see whether they were also associated with tropical arc-continent collisions. After compiling the location of major suture zones on Earth from pre-existing literature, they reconstruct their movement and that of the plates which generated them over time using computer simulations.
Animation showing suture zones developing as tectonic plates evolved over the last 540 million years. MIT researchers found sutures in the tropical rain belt, shown in green, were associated with Earth's major ice ages.
Credit: Swanson-Hysell research group
All in all, the team found three periods over the last 540 million years in which major suture zones (those about 10,000 kilometers in length) were formed in the tropics. Their formation coincided with three major ice ages, they add: one the Late Ordovician (455 to 440 million years ago), one in the Permo-Carboniferous (335 to 280 million years ago), and one in the Cenozoic (35 million years ago to present day). This wasn’t a happy coincidence, either. The team explains that no ice ages or glaciation events occurred during periods when major suture zones formed outside of the tropics.
“We found that every time there was a peak in the suture zone in the tropics, there was a glaciation event,” Jagoutz says. “So every time you get, say, 10,000 kilometers of sutures in the tropics, you get an ice age.”
Jagoutz notes that there is a major suture zone active today in Indonesia. It includes some of the largest bodies of ophiolite rocks in the world today, and Jagoutz says it may prove to be an important resource for absorbing carbon dioxide. The team says that the findings lend some weight to current proposals to grind up these ophiolites in massive quantities and spread them along the equatorial belt in an effort to counteract our CO2 emissions. However, they also point to how such efforts may, in fact, produce additional carbon emissions — and also suggest that such measures may simply take too long to produce results within our lifetimes.
“It’s a challenge to make this process work on human timescales,” Jagoutz says. “The Earth does this in a slow, geological process that has nothing to do with what we do to the Earth today. And it will neither harm us, nor save us.”
The paper “Arc-continent collisions in the tropics set Earth’s climate state” has been published in the journal Science.
Each spring, flocks of migratory birds travel northward from their sunny vacations in the south, following a flight plan that’s ingrained in their DNA. Birds — like bats, bees, wolves, bears, and countless other animals — have the ability to use theEarth’s magnetic fieldasa map tonavigate the planet. We humans seem directionless in comparison, but as new research in eNeurosuggests, it’s probably not because we lack the tools.
A team including Caltech geoscientist Joseph Kirschvink, Ph.D., and neuroscientist Shin Shimojo, Ph.D., show in the new paper that the human brain responds to changes in the electromagnetic field, even if humans don’t realize it.
“Our results indicate that human brains are indeed collecting and selectively processing directional input from magnetic field receptors,” they write in their preprint on biorXiv.µ
The Earth's magnetic field lines are directed toward magnetic north and south, depending on the hemisphere.
The Earth’s electromagnetic field is generated by electric currents created from the swirling molten iron in its core. In the northern hemisphere, all field lines are oriented toward magnetic north, and ditto for the south. Those lines are what birds and their field-reading kin use to navigate — and, as the new evidence suggests, humans may be able to sense them too. When participants in the study went through simulated shifts in the Earth’s magnetic field, their brain activity reacted in predictable patterns, suggesting the human body is equipped for magnetoreception, even if we’re not aware of it.
It’s impossible to shift the planet’s actual magnetic field, so the team built a highly insulated chamber in which they could create “ecologically relevant rotations of Earth-strength magnetic fields” for the person sitting inside it. As the team rotated the magnetic field, they also measured the electrical activity of the participants’ brains using electroencephalography (EEG).
The experimental setup, designed to allow shifts in the magnetic field in one direction, any direction, or a "sham" shift.
In some people, with each rotation of the field, the team noticed a pattern neuroscientists have documented before: a sudden drop in amplitude in the alpha oscillation, the main brain wave on an EEG of a person at rest. That drop, called an “alpha event-related dysynchronization” (or alpha-ERD for short), is usually observed when a person is suddenly confronted with an external stimulus, whether visual, auditory, or physical. The participants didn’t know their brains were reacting, but their EEGs gave it away.
In total, 34 people “from the Caltech population” participated in the various experiments, in which the magnetic field was shifted in a range of directions, rotated, or not manipulated at all. Four of those people, the team writes, had especially stable alpha-ERDs even over follow-up experiments, suggesting their brains were always attuned to changes in the “normal” magnetic field. The other responses were more variable, though the general pattern of alpha-ERDs occurring in response to magnetic field shifts was clear.
Interestingly, the tests confirmed these people were attuned to magnetic north, as they were conducted in the northern hemisphere. A successful southern hemisphere follow-up experiment would further support their hypothesis.
The changes in brain activity, as Kirschvink told The Guardian, represent the brain “freaking out” in response to sudden changes in the environment. However, it’s still not clear how the brain is picking up on the magnetic field. Some researchers have suggested that retinal proteins called “cryptochromes” might react to the magnetic field, but Kirschvink predicts the body might contain specialized magnetosensory cells housing iron clusters that move like the needle of a compass. Unfortunately, finding these magnetosensory receptors has been compared to finding a needle in a haystack. “The receptors could be in your left toe,” Kirschvink told Science in 2016.
There’s a lot left to learn about where this ability to sense the magnetic fields came from, how it might have been used, and why we can’t use it anymore. But this study is an important first step in exploring an innate part of ourselves that we didn’t know existed. The timing couldn’t be better, as some scientists warn that we are overdue for a major shift in the Earth’s magnetic field.
“For now,” the team writes, “alpha-ERD remains a blank signature for a wider, unexplored range of magnetoreceptive processing.”
Abstract
Magnetoreception, the perception of the geomagnetic field, is a sensory modality well established across all major groups of vertebrates and some invertebrates, but its presence in humans has been tested rarely, yielding inconclusive results. We report here a strong, specific human brain response to ecologically-relevant rotations of Earth-strength magnetic fields. Following geomagnetic stimulation, a drop in amplitude of EEG alpha oscillations (8-13 Hz) occurred in a repeatable manner. Termed alpha event-related desynchronization (alpha-ERD), such a response is associated with sensory and cognitive processing of external stimuli. Biophysical tests showed that the neural response was sensitive to the dynamic components and axial alignment of the field but also to the static components and polarity of the field. Thispattern of results implicates ferromagnetism as the biophysical basis for the sensory transduction and provides a basis to start the behavioral exploration of human magnetoreception.
Over the years, quantum physics has fed us a constant drip of mind-bending implications for the nature of reality. Of course, a lot of those mind-bending implications have been grossly misinterpreted, blended up, and turned into nonsense and predatory self-help books. It’s a funny field of research because while it is grossly misinterpreted, often and loudly, it also doeschallenge our assumptionsabout reality itself. Many of these challenges haven’t made it past the thought experiment phase. Recently, however, a real-life test of a famous quantum physics thought experiment was performed, and, according to the MIT Technology Review, the results areas weird as you could hope for.
The thought experiment is called the “Wigner’s Friend” experiment. Developed by Nobel Prize-winning physicist Eugene Wigner in 1961, the Wigner’s Friend thought experiment deals with quantum weirdness of light and the effect of the observer on quantum superposition. The thought experiment asks if two people can observe one event, see different things, and both be correct, essentially creating two different realities that are forced to coexist.
It works like this: A single polarized photon can have either a vertical polarization or a horizontal polarization. Until the measurement of it’s polarization happens, according to the laws of quantum physics, it has both states at once and exists in something called a quantum superposition. It’s worth pointing out that scientists have observed that superpositions exist, and have devised experiments to show it. That becomes important in a minute.
So you have one polarized photon in a superposition of being both vertically and horizontally polarized at once, and you have two scientists: Wigner, and Wigner’s friend. Wigner is performing an experiment to show that the photon is in a superposition and has all possible states of polarization. In Wigner’s reality this is now “fact.”
Meanwhile, Wigner’s friend has sneaked in, without Wigner’s knowledge, to another lab looking at the same photon. Wigner’s friend measures which polarized state it’s in, which snaps it out of superposition and into a definitive state, and records the result without ever telling Wigner. They then compare notes and find that something very strange has then happened. At the exact same time, Wigner and his friend recorded two different versions of reality and they are both correct.
The double slit experiment is one that shows how quantum superposition exists.
Until now, that was simply a thought experiment. Just last week, however scientists at Heriot-Watt University in Edinburgh say they have performed a real life test of the Wigner’s friend experiment, and it worked out exactly as the thought experiment said it would. I’ll use the description of the experiment published in the MIT Technology Review:
The breakthrough that Proietti and co have made is to carry this out. “In a state-of-the-art 6-photon experiment, we realize this extended Wigner’s friend scenario,” they say.
They use these six entangled photons to create two alternate realities—one representing Wigner and one representing Wigner’s friend. Wigner’s friend measures the polarization of a photon and stores the result. Wigner then performs an interference measurement to determine if the measurement and the photon are in a superposition.
The experiment produces an unambiguous result. It turns out that both realities can coexist even though they produce irreconcilable outcomes, just as Wigner predicted.
If this experiment turns out not to have missed something, some loophole they were unaware of, then the implications are staggering. It means that the fundamental idea that there is one shared reality, that things that exist, exist for everyone, must be wrong. What does this say about strange phenomena like, say, the Mandela effect? According to the MIT TechnologyReview, the next step for these scientists is to push the idea further and see how drastically different they can make the two coexisting realities. As if the world wasn’t already confusing enough, leave it to quantum physics to make it even more nonsensical.
In 2010, the British artificial intelligence research firm DeepMind Technologies began developing AI networks capable of defeating humans at games such as chess, Pong, and Space Invaders. In 2014, DeepMind’s research was successful enough to catch the attention of Google parent company Alphabet, which purchased the AI laboratory for $500 million dollars. Shortly after the purchase, Google formed a mysterious artificial intelligence ethics board to oversee DeepMind’s research – a board which has yet to disclose the scope of its mission or the names of its members. A few years later, DeepMind expanded its ethics board and gave it an official title: DeepMind Ethics and Society. While the company has stated that the board’s aims are to explore the ethical and societal questions raised by the existence of its incredibly powerful AI, the board is still mostly shrouded in secrecy.
This month, though, The Economist published a report outlining the events surrounding the creation of the DeepMind Ethics and Society Board. It turns out that before Google agreed to purchase the AI laboratory, they first dictated that both sides draw up an agreement stating that Google will immediately take control of DeepMind’s AI if or when it ever achieves artificial general intelligence, or AGI – the holy grail of AI research. AGI is broadly defined as any artificial intelligence network which can successfully complete any intellectual task a human can, although given the massive amounts of processing power AI networks can harness, these systems will likely be more human than human.
Of course, as Sam Shead at Forbes points out, DeepMind might not take too kindly to any ethics board which attempts to control it and could even go rogue as so many science fiction stories have predicted. It’s not that far out of the realm of possibility; so far, DeepMind has already proven itself capable of defeating the best human players at some of the most sophisticated games in the world such as Go and even the strategy video game StarCraft 2. Last year, DeepMind even surprised its creators by successfully creating neural pathways that resemble human neural networks entirely on its own. How much longer until DeepMind achieves true general intelligence?
Some of the world’s foremost scientists and entrepreneurs have urged caution in AI research, warning that we may soon find ourselves under the boot of an immortal AI dictator. Will Google’s Ethics and Society Board be able to control DeepMind before it takes over the globe? Are all of these fears of AI baselessly grounded in science fiction and neo-Luddism, or are we indeed actively creating our future overlords?
The scariest part to me is the fact that no matter how many of the world’s greatest minds urge against the creation of AI, money-hungry corporations keep marching ceaselessly towards the machine takeover we all know is coming, all in the name of creating value for the shareholders. Who really wants the machines to make important decisions for us? Who’s reallypulling the strings at Google?
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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 75 jaar jong.
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