@@thevanthatrocked Damn! I thought gas engines waste a lot of energy as heat. Looks like warp drives are worse. I wonder how they fit the mass of a large star into their fuel tank.
Perhaps nothing in far distances is where it appears to be. Photons takes curved paths to many gravitational fields on their way to us and high energy LFBOTs are less effected by those gravitational fields that in our sky, lands them on source unidentifiable.
For me its the most interesting iv "never" heard of. I can´t resist these "new scientific discoveries" type click-bait and every time I'm disappointed its about a phenomenon i know well. But this here, this is the first new truly interesting thing i heard about in decades. Its pretty exciting! Kudos to Alex for being at the frontier of it all👍 And shame on the media for not covering these things👎
And God saw what He had made and saw that it was not good. And it just popped. Just boring "God don't keep no junk" events. So be good and travel widely to keep these events at bay.
Hrm hmmm hm? Shine a light, you say? As bright as I can make it? Well... the request... hrm... appears to be in order. *stamp* Stellar-fueled illuminator authorization... granted.
One potential theory for the Tasmanian Devil could be a small and very tightly packed globular cluster of supermassive stars. A group tightly packed enough to where the shock wave of the first one detonating could have caused a chain reaction, ultimately destroying the whole group.
I like that hypothesis! These things are so far away, it’s amazing that they can pinpoint theirs locations, but to think that it must be one star having multiple events seems more unlikely to me than multiple stars in close proximity doing so.
I'm surprised we don't see evidence of that very often- a massive explosion destroying nearby stars. I'm not a scientist, just an enthusiast, and I'm always surprised when we're shown a star that's gone supernova that had a partner- and STILL has it. How does the partner NOT get destroyed too? Like that nebula (is it the Crab Nebula? Or Tarantula Nebula?) that has a Neutron Star in the center of the nebula but the partner is still there. Perhaps I just think of them too close together. But it's fascinating stuff!
I don't find this likely because the distance between the objects would have to be extremely low, as in light minutes apart at most. Less then the size of our own inner solar system. I can see a binary star pair of such objects maybe work... trinary is a stretch... but over a dozen such stars setting eachother off like firecrackers in a chain in minutes?
You should watch the Mars Rover series if you haven't. I'm biased (love mars but not in a Musk rat kinda way....)but that series of episodes is my personal favorite. This one is kickass agreed.
You're not wrong. His quality is constantly improving. Be sure to check the top right corner for the CG tag to know when the image is computer generated.
It was a few years ago so maybe I remember it wrong: I read once an article about this. But not a simple list with a few characteristics. It was more about the problem to characterise all different types of supernovas because the more they look into the sky the more different supernovas they find.
I agree. I new that one type comes from mass being added to a white dwarf from a companion star (since a white dwarf can't have any more than a certain amount, it expels those extra layers when its mass reaches the "Chandrasakar limit". Another is the core-collapse type he mentioned early in the video (death of a large star). He seemed to indicate there are at least three in total. I had no idea that there were more than two types, myself.
One of the things I love about modern scientists is their sense of whimsy. These names would have been tut-tuted and tsk-tsked a hundred years ago. I knew the tide was changing when the Sonic the Hedgehog protein was announced. And the name of the inhibitor for that protein. Robotnikinin. Of course.
@@joelt2002 Me? Oh hell no, I loved it. Back in the day you had to prove what a serious scientist you were by being anal-retentive, er, um, very precise.
Another spellbinding episode. The "Finch" especially presents a challenging situation - with 14 (or more) repeating peaks - each as bright as the first over such a short time frame of MINUTES!
The more we observe, the more realize how little we know. To think, we’ve only been looking “seriously” for less than a wink of time on the cosmic scale, it’s nuts how many cool discoveries are being made! Hopefully these kinds of phenomena will continue to be observed from a good, safe distance 😂
EXTREMELY exciting stuff happening right now!! I am absolutely hooked! Thank you Alex from Astrum for bringing this to our attention, it is simply awesome, I cant thank you enough
Actually, when you look out into space you don't just see things that are far away, but back in time. So it's, a long time ago, in a galaxy far far away ;)
The commonly held belief that a supernova happens but once to a star should be revisited. Doug Vogt proposed that numbers stars regularly blow off their outer ‘dust shell’, but continue to exist thereafter. Diehold Foundation, series 4, watch them all.
ROFL. I managed to keep a straight face through a couple of paragraphs of that raving lunatic's rantings. Right up until he used lightyears as a measure of time.
it is called a micronova and our sun does it too, make no mistake this is related to the galactic current sheet passing through the milky way, much like a parker spiral
@@thewanderingh3rmit299 sure, it’s what wiped out the megafauna 12,000 years ago. Due in again not later than end 2046. Series 4, watch them all. The ‘90° tilt’ idea is not credible if you take the pyramids and sphinx in Egypt into consideration - see where they would end up, lol. See too MarkoPL100 for a four minute demonstration of how the polar reversal works, and just as the myths suggested, the sun rose in the West and set in the East. The US government and the Russian authorities are all acting on Vogt’s work…
@@397Jimmy even the AI which checked out his hypothesis found nothing at all to disagree with. The mechanics of everything fit with the observable evidence, and he was clever and persistent enough to put the pieces together, with no anomalies. OTOH, the 90° tilt theory ascribed to by ‘S0me’ would have us believe that the Great Pyramid would therefore have been located some 40-45° North of the equator, firmly within snow and indeed glacier territory, where it would have been crushed under a mile of ice; nor does the location lend itself to rain-induced erosion, per Professor Robert Schoch’s observations at the Sphinx site. MarkoPL100 video shows the mantle reversing, not the crust, but it also demonstrates the reversal of the spin, which ties up neatly with the observed runoff canyons formed on both Eastern and Western sides of the continental plates. The sub oceanic magnetostratigraphic records show regular 180° reversals of the polarity alignment of the rock crystals, not alternating 90° turns, as would be the case were a 90° pole shift to have taken place. Vogt’s hypothesis also ties in with the ancient myths of the Earth seeing dawn in the West and sunset in the East. Doug addresses all these aspects, convincingly. Having bought and read both S0’s ‘Earth Disaster Cycle’ and Vogt’s ‘Gods day of Judgement’, I firmly believe Vogt has the hypothesis which is closest to the observable evidence, and thus predicts our foreseeable future. As a 60-year old former Sunday school boy, I have an open mind as to the religious aspects, but his work here is very detailed and also convincing, and hard to counter. A lot in S0 theory is hung on alternating layers of Arctic and tropical sedimentary layers per Major White’s Arctic expedition, but I believe Vogt when he dismisses this aspect as dating from far earlier times, along with eg the very ancient petrified tree fossils in the Spitzbergen islands , I’ve tried to elicit further clarification of this aspect from S0 but that is where the shutters come down and my posts on their threads are removed. This is telling - looking over Doug’s videos (I’ve watched all of series 4 and many of the others) he always was willing to help explain or validate his hypothesis, very often with direct references or offers to mail any pertinent information to the enquirer. This is how science is validated, not by dogma and dismissal of genuine queries. I’d love to think that the ‘micro’ nova will be a gentle affair, but the evidence is all contradicting this. Doug’s calculated velocity of the dust shell hitting the planet at 1550 miles per second (taking roughly 17 to 18 hours to get from the Sun to Earth) equates to around 5.5 million mph - small wonder we lose a major part of the atmosphere and ocean water, as well as the knock further away from the Sun, with resultant cooling of our climate. Sure, we might be “lucky” and thread our way through a hole in the shell, but I definitely wouldn’t bank on it! 🖐🏻🏴
My interest stays piqued. If someone offered me the opportunity to be a space explorer but I'd never see my loved ones again, my departure would be sad but exciting. 👩🎤🚀🌌
The hypothesis of stars getting torn apart by black holes sounds somewhat more likely to me. That would be more likely to happen in spiral arms and it could potentially explain Tasmanian Devil. A pair of extremely closely-bound binary stars wandering into the proximity of a black hole could result in multiple bursts of energy before finally getting torn apart. Finch, however… oof. No clue.
Isn't there something known as _wandering black hole_ ... as soon as Akex went into depth pretty early in the video, that phrase was screaming in my head. This would be evidence of such a phenomena, no?
@@JonnyMack33 It could be... the problem with the finch is that even if there are stars in the vicinity of a black hole, then the odds are astronomical that they will cross paths so far outside the galaxy. Stars are just that spaced out outside of a galaxy. Let's see in the coming years if there's a star cluster there.
This is just a shoot from the holster guess, but it could be black holes decaying far enough back to revert from space/time energy to matter energy dominance.
@@RyanSoul Not sure what you mean by that. I'm just referring to the point where black holes can decay from Hawking radiation to a point where the space/time energy cannot sustain a black hole and basically converts back to mass/energy. The mass/energy is low enough from the decay that it can no longer sustain a black hole status and all the trapped energy is released.
That's a possibility but I actually think thermal decay of the black hole is more probable. In thermal decay, the black hole isn't destroyed by Hawking radiation. It's destroyed by the evaporation of the higgs condensate. No more higgs, means no more mass, and that means no more gravity. As if somebody just flipped the switch on the black hole and converted all that mass instantly to pure energy. Basically the same sort of event as the Big bang... But much smaller. A little bang if you will.
@@RyanSoul Not at all. Black holes do radiate their energy out at the event horizon. Naturally the larger they are the longer they will stay black holes. There will inevitably come a point where the amount of energy radiated out will be reduced below the gravitational bounds of the energy making a black hole and simply escape out. Yeah it's going to be a large explosion but it's not a white hole or big bang.
Maybe its similar to the phenomenon where matter and antimatter appear in space and then annihilate one another, but on a much larger scale caused by something suddenly distorting, or un-distorting, space time. Perhaps the death of a black hole? This could explain why it *mostly* occurs in the spiral arms, but rogue black holes would account for Finch; and, since these black holes are in relatively low-density parts of the universe (as compared to galactic cores), they would have little to nothing to sustain themselves on, and generate little to no light from an accretion disc so we cannot see their origin, thus making it seem like a "random" explosion.
I don't know about matter-antimatter reaction. But with black hole, wouldn't they fade out faster? As far as I understand how black holes die, they should ramp up exponentially until they reach a massive peak, then just disappear.
The fact that humans exist to coin the term "warp drive" absolutely means that another civilization might already be there. The fact that we went from caves to space flight means that we are definitely not alone. There is no more debate. All that remains are impossible distances. It's both a happy and sad thought.
And considering the absurd number of craft demonstrating the “five observables” flying around in the earth’s skies being witnessed by large numbers of people (including astronauts, pilots, military, scientists, etc.), the likelihood that these craft may be from an interstellar civilization that is visiting us increases. Unless they’re from a breakaway civilization that’s been on earth with us all along, it seems far too probable that they are from some other star system (although most of the craft witnessed are too small to travel interstellar distances themselves and are likely just scout craft). While the existence of these craft is not technically proven by scientific consensus, that doesn’t mean we can just dismiss them considering the obviously fact that science was not developed to study a phenomenon that includes intelligence and intention that is likely intentionally obfuscating our ability to gain definitive evidence (i.e., an intelligent species isn’t going to leave their technology lying around so we can have such proof). Science was developed to study the natural world, not a phenomenon like extraterrestrial species; so strict adherence to scientific standards for evidence is not appropriate. We’re at a point now where the existence of these craft can no longer be denied. We have far too many multiple witness cases that include visually recorded evidence and radar data now that were gathered by the military. I think it’s highly likely there’s a lot more going on out in the galaxy and universe than we think.
@keirfarnum6811 I agree. What do you think about all of the reported crash sites while still having no evidence? Wouldn't SOMEONE at some point take a tiny piece of something? There are also reports that these craft are secret government programs, or even secret programs our governments actually don't know about. Also, with the general size of the crafts being on the smaller size (in spaceship terms), it wouldn't be likely that these craft could actually make it from another star system unless they had some insane way around space-time itself. Has anyone ever seen a mothership? I can't recall except for the large triangular craft seen in Belgium, but it was still kinda small. I am totally aware of current science absolutly blowing up with new tech, but I'm leaning on that "they" either came here long ago (like millenia) and never left, or some secret private investors are paying their scientists really well. Opinion?
It could even be that black holes explode again at some point. We just don't see it build up because of black hole. I can barely wait for more on this.
Knowledge of the inside of a black hole is purly theoretical, we cant observe any of its ´´inside´´. We dont know what´s happening in there if anything. Or what ´´inside´´ could even mean in that matter.
@@morphyox6453 Knowledge of the inside of a black hole is purly theoretical, we cant observe any of its ´´inside´´. We dont know what´s happening in there if anything. Or what ´´inside´´ could even mean in that matter.
These flashes are the birth of new universes inside of an already existing universe. Each one is literally a "big bang" event. I don't actually believe that, but I can't exactly prove myself wrong, either.
This was a very detailed and informative discussion. Excellent. Alex I know you have covered quasars before, but I really hope you take the time to cover SS 433 using the Hess Telescopes data and DESY Animation. That is some top notch mind blowing work on a really interesting mini quasar in the MilkyWay Galaxy. The 3D top to bottom work on that showing how the solar wind was affected as it pasted by the black hole just stunned me. Never mind how there was a multi light year discontinuity before it started to spit X-rays and gamma rays out. 🤩 Hope you are willing to cover that here.
This reminded me of something i saw a few years back. Not saying it is related but it was strange. I was in my garden one evening, late summer, doing a work out. In between sets i would enjoy looking up at the clear sky with all those stars. By the time nighfall came i was just about finishing up. As i looked up there appeared to be what looked like a typical star suddenly increase dramatically in luminosity before decreasing until it appeared to just disappear completely. This happened over a period of 5 or 6 seconds. The only way i can describe it was as if you had turned a dimmer switch up on a light bulb and watched its brightness increase then turned the switch back down until the light dimmed and went off. I cant tell you the positioning in the sky or constellation this took place in but that experience bugged me to no end. The light wasnt moving. It was stationery. Just went from average star brighness to really bright (this made it appear bigger) then dimmed and disappeared as quick as it came
reminds me of the old iridium flares (okd satellites that would reflect sunlight, there were websites u could check to see when the next one visible to u would be). these days i think they mightve all deorbited, when i saw one it was around 2009. one cool thing about them was their color, a very sharp orangish/gold, very bright, and would brighten and dim over the course of just a couple seconds
could it be pockets of matter and anti matter annihilation? could there be pockets of anti matter just lying around in the universe which unluckly galaxies pass or pockets of large matter gasses to pass through? causing such huge energy conversion? i am just an amature enthusiastic, but matter anti matter annihilation seems more plausible for such magnificent scale of energy..
Certainly can't rule that out. There's so much more that we don't know about the universe than what we do know. The laws of physics seem to apply throughout the observable universe but who knows what else is happening on levels we cannot detect, observe, measure with current technology. We still don't have a clear understanding of how quantum mechanics relates to general relativity. Take care my friend. 🙏
It couldn't be. I've been part of a research group at my university studying positron annihilation spectroscopy and have learned a little about anti matter annihilation. The problem with this hypothesis is that matter-antimatter annihilation creates very specific wavelengths and basically doesn't have a spectrum. Electrons annihilate with positrons and create a very specific photon frequency, depending on the speed of the electrons and positrons relative to each other and us we'd see a spectrum within an extremely small range of frequencies. This happens to be the case for every particle and its anti particle. Electron Positron annihilation is one of the longest wavelength (lowest energy) photons among antimatter annihilation but its photon energy is gamma radiation. As mentioned in the video LFBOTs create quite a large spectrum of radiation including blue light. While matter antimatter annihilation could possibly produce blue light if both the matter and antimatter were moving away from at like 99% of the speed of light (which is already an unprecedented speed for us to have seen matter moving relative to us [in large enough quantities to produce LFBOTs]), it couldn't have produced such a spectrum, and even if it did you'd see sharp spikes in the spectrum it created around a specific wavelength for each different type of matter-antimatter particle combination included in the annihilation event.
They are white holes ejecting matter and light. They look blue because the mass and light are moving swiftly out in all directions and we see the light that is moving towards us and thus being shifted to the blue end of the spectrum.
hey there, i struggle a bit when u r talking about star classifications, how about a video (or series) explaining all the different star classes? would love to see that to fill in my knowledge gaps ^^ and thanks for ur work, i love to watch it coming down after a hard days work ^^
Well i experienced a lot of supernova, but at the exact the blast hits me, i woke up on a campfire while my friend is roasting his marshmallow. Happens every time
10:30 My guess is that the Tasmanian Devil was one supernova, since they're all the same. It's just that there is a BH somewhere nearby the source, maybe more than one, causing the multiple images.
@@johngrey5806 If the weapon is a star killer then it may have destroyed quite a big star. And from our world we can tell that artificial processes are more efficient than natural ones then releasing that potential energy at a far faster rate could create an energy burst that has such a huge amount of energy.
@@Valkbg as I said, it would have to destroy billions of stars, not just one. Listen to the narrator. The explosion released the energy of billions of stars.
@@johngrey5806 A type 3 Kardashev civilization can use the energy of an entire galaxy. That kind of energy burst is within that. That is all hypothetical of course but Like I said its within the limits of previous conjectures.
I was thinking, anything powerful enough to do this kind of thing over such a large area, though maybe not time, must be akin to gods in power. Travelling billions of lightyears of distance and detonating stars with a weapon that not only destroys them with more force than normal supernova by multitudes of factors but also affects the shape of such a powerful detonation too. Maybe entire aystems at once. One of which, by that sound of it, had multiple stars in it. If we wanna go with aliens. That's scary considering how close one nova was to our own galaxy. But I'm personally tending towards a natural body that has travelled through said systems, causing destruction than sentient life.
@@SirDeady , I would agree but was thinking the first comment because of that specific meme that’s more comical than anything else. All that said, our perception of aliens and what consists of the definition of life is probably way off. Consciousness creates the brain, not the the other way around so let’s start there. Maybe the universe itself is consciousness and a form of alien life.
@@SirDeady Maybe instead of it being an alien weapon, the natural progression of technology in our universe results in species accidently destroying themselves. So these explosions could just be aliens discovering technology X, which inevitably results in big blue explosions. A nice ol Great Filter.
I'm pretty sure I saw one of these with the naked eye about 16-17 years ago. Working nights at a distribution center. I worked outside moving trailers around the lot. One slow night, I noticed a new bright star directly overhead. I kept looking at it over the next couple hours. It stayed in the same position relative to all the other stars, but after getting brighter slightly after I first noticed it. It then slowly faded over the new few hours. I tried emailing astronomers at the universities in my state, to ask about what I saw. But no one every responded.
You most likely saw an emission from a rocket launch. SpaceX is famous for their blue emissions, if you live western or eastern US, it was probably one of theirs. It also depends on the time of day, it gets super blue during a night launch, and if there is a lot of solar waves it also brightens it up. Day launches look very pale blue, but still look like a white star
NASA uses spacex's rockets so theirs IG are also blue. Chinas rockets are a beige white emission, they all look like stars in the sky but super bright. They can last an hour.
A couple of old colliding neutron stars would do the trick. They wouldnt generate any light until seconds from collision and would have a very quick burst peaking in the uv and x ray energy from gravitational doppler compression as the energy collapsed into a black hole 🕳 😮
I know everything, so this is what happened: One of them was the Death Star destroying Alderaan. One was an inventor building an anti-matter bomb, which blew up on him prematurely. One was a black hole upchucking its breakfast. One was Marvin the Martian blowing up a planet. Bugs Bunny wasn't there to stop him.
12:12 Intermediate mass black holes have been proven to exist. GW190521 was the first. They are still considered very rare and/or elusive, but they are no longer unproven.
A very well done video that stayed on subject in contrast to the multitudes of videos on astronomy here on you tube that just show pictures of galaxies, ad obsurdum, that speculate about James Webb discoveries.
Surprised you didn’t mention starlight travel times. Measuring distances in deep space is a lot harder and more controversial than most astronomers will readily admit. But the difference between the closest and furthest LFBOT seen so far appears to be in the billions of light years. That means that they happened billions of years apart, using an Einsteinian synchrony convention. The fact that we have just started witnessing them, then, cannot indicate that they are a recent phenomenon. It’s not that the universe just started behaving differently. LFBOT sources have been popping off since before complex life emerged on earth. The fact that we just noticed them is apropos of nothing but our developing capacity to observe them.
Nothing in far distances is where it appears to be. Photons takes curved paths to many gravitational fields on their way to us and high energy FRBs are less effected by those gravitational fields that in our sky, lands them as source unidentifiable.
The thing is that unlike refraction gravitational lensing is not color dependant and isn't going to separate the image of the LFBOT from the image of its host galaxy.
@@andrewwade1651 Common belief is "Gamma rays are affected just like light rays, so they will be subject to a gravitational red shift and they will be bent by gravitational fields just as visible light is." There is an entirely different discussion if they are effected identically in taking the identical path.
@@rezadaneshi Based on our understanding of General Relativity, radio, gamma, gravitational radiation, and neutrinos would all be gravitationally lensed, yes. But "the Finch" doesn't appear to be behind any strong gravitational lenses and many of our detectors don't have the angular resolution to observe gravitational lensing anyway.
@@andrewwade1651 if the energy of the regular photon gives it a theoretical mass based on e=mc^2, the gamma ray mass equivalency will be magnitudes higher. Both at light speed. P=mv. It's mass equivalency at that speed will be less effected, in a way it's cheating or time traveling ahead of visible light photon by powering itself a shorter cut by influencing its path gravitationally itself.
Maybe intentional beacons since they dim so quickly. Or some kind of inevitable energy weapon that multiple civilisations discover and test in empty space. Like matter/anti matter star annihilations.
yeah, aliens will never be considered. ancient aliens made sure of that. unless you got a corpse a live one and its working spaceship. aliens do not exist and any scientist that considers it should be shunned. its a phenomina called academic decay, happened to the greeks and the romans and the brits. and now its happening to us. happens when egos start mattering more then the actual science.
Kinda makes me wonder if it's possible we're seeing evidence of matter-antimatter annihilation, such as an antimatter-based planet crashing into a matter-based star. It's not the most outlandish thing I've ever considered, honestly. It's pretty difficult to tell matter from antimatter when it's light-years away.
Sure but the Tasmanian devil releasing that energy several times doesnt seem to be it. Though I cannot say because I dont know how exactly a matter-anti-matter annihilation releases energy. Especially at that scale
I swear I saw one! In the middle of the night when I was younger maybe before 2018. I was having a smoke and looking at stars and sky and saw blue flash! I thought I had witnessed a supernova but can’t be sure.
After much study, I've concluded that space is unnecessarily complicated.
I agree.
Can you imagine the billion of years of coincidences it took to make your statement and for me to reply?
It's mind boggling.
Not as unnecessarily complicated as people, though.
"It's pretty impressive what nothing can do to a man"
Maybe humans complicate it or maybe it is artificially complicated for us.
Space events dont care about us
Clearly, it's ships going warp drive.
Neutronium decay warheads.
The 'tasmanian devil' was having engine problems 😂
Now that's not a bad hypothesis. Seriously.
Nah, it's obviously ships traversing through warp gates, the explosion is too big to be a warp drive. :)
@@thevanthatrocked Damn! I thought gas engines waste a lot of energy as heat. Looks like warp drives are worse. I wonder how they fit the mass of a large star into their fuel tank.
This is probably the most interesting astronomical event ive ever heard of. I cant wait for scientists to uncover more information
Perhaps nothing in far distances is where it appears to be. Photons takes curved paths to many gravitational fields on their way to us and high energy LFBOTs are less effected by those gravitational fields that in our sky, lands them on source unidentifiable.
For me its the most interesting iv "never" heard of. I can´t resist these "new scientific discoveries" type click-bait and every time I'm disappointed its about a phenomenon i know well. But this here, this is the first new truly interesting thing i heard about in decades. Its pretty exciting! Kudos to Alex for being at the frontier of it all👍
And shame on the media for not covering these things👎
Point JWST at it!
That thing has been figuring out all kinds of good stuff!!!
@1112viggo, please keep the standard media far away from this. They tell enough nonsense already.
And God saw what He had made and saw that it was not good. And it just popped. Just boring "God don't keep no junk" events. So be good and travel widely to keep these events at bay.
It's a distant civilisation delivering galactic sized freedom to their neighbouring galaxies
Space USA
Ameridromeda-fuck yeah!
Man these gender reveal parties are getting out of hand, now we have galaxy size explosions bigger than kilonovas
It's Vogons, making way for a new bypass...and as we all know full well enough,
" bypasses have to be built, don't they "
The plans were on display
It was on display in the bottom of a locked filing cabinet stuck in a disused lavatory with a sign on the door saying ‘Beware of the Leopard.'
👍 for your name and as president of the universe I’d like to stay on your good side.
Hrm hmmm hm? Shine a light, you say? As bright as I can make it? Well... the request... hrm... appears to be in order. *stamp* Stellar-fueled illuminator authorization... granted.
I know I'm in a good neighborhood when I see an Adams reference.
The forerunners are fighting the precursors again...
"Some are close, some are million light years ago" - indicates that war is going for millions of years up till now
Hopefully the wierd donoughts don't get activated
But the forerunners were human.
No... Humans are the Reclaimers@@Razumen
@@SSFallingTTBand Humans might not even be that. (to be fair, you might not want the mantel)
It's the Vorlons and Shadows at it again
Don't you mean it's the Vogons again?
Guess that means we're now seeing their shenanigans from many millennia ago
@@MisterCuddlez Yes, clearly are building a hyperspatial bypass... Just knocking down whatever gets in the way...
@@MisterCuddlez You meant the Vortians, I presume?
Oh, Vorlons! Sorry I thought you meant Vogons.
"Gordon doesn't need to hear all this, hes a highly trained professional!"
This comment is genius.
This is the type 3 civilization version of testing nukes in large, unpopulated areas
More like type 1 billion😂😂😂
One potential theory for the Tasmanian Devil could be a small and very tightly packed globular cluster of supermassive stars. A group tightly packed enough to where the shock wave of the first one detonating could have caused a chain reaction, ultimately destroying the whole group.
I like that hypothesis! These things are so far away, it’s amazing that they can pinpoint theirs locations, but to think that it must be one star having multiple events seems more unlikely to me than multiple stars in close proximity doing so.
I'm surprised we don't see evidence of that very often- a massive explosion destroying nearby stars. I'm not a scientist, just an enthusiast, and I'm always surprised when we're shown a star that's gone supernova that had a partner- and STILL has it. How does the partner NOT get destroyed too? Like that nebula (is it the Crab Nebula? Or Tarantula Nebula?) that has a Neutron Star in the center of the nebula but the partner is still there.
Perhaps I just think of them too close together. But it's fascinating stuff!
ahh yeah I hate it when my globulin clusters are very tightly packed
I don't find this likely because the distance between the objects would have to be extremely low, as in light minutes apart at most. Less then the size of our own inner solar system. I can see a binary star pair of such objects maybe work... trinary is a stretch... but over a dozen such stars setting eachother off like firecrackers in a chain in minutes?
@@aeternusdoleo4531 You do realize that Earth is only 8 light minutes from the sun right?
Somebody over there divided by zero.
You are pure, comedy genius. No sarcasm
😂
Universe is zero divided 😉
😂🤣
This is an absolutely outstanding quality video. I think it has to be one of your best, if not the best. Thank you.
You should watch the Mars Rover series if you haven't. I'm biased (love mars but not in a Musk rat kinda way....)but that series of episodes is my personal favorite.
This one is kickass agreed.
Thankfully because there are way to many terrifying huge massive events being broadcast... 😳
👑👽🙏
You're not wrong. His quality is constantly improving.
Be sure to check the top right corner for the CG tag to know when the image is computer generated.
Could you make a video on all the different types of supernovas that exist? I think that would be an interesting topic.
It was a few years ago so maybe I remember it wrong: I read once an article about this. But not a simple list with a few characteristics. It was more about the problem to characterise all different types of supernovas because the more they look into the sky the more different supernovas they find.
I agree. I new that one type comes from mass being added to a white dwarf from a companion star (since a white dwarf can't have any more than a certain amount, it expels those extra layers when its mass reaches the "Chandrasakar limit". Another is the core-collapse type he mentioned early in the video (death of a large star). He seemed to indicate there are at least three in total. I had no idea that there were more than two types, myself.
It's just aliens with a giant laser pointer messing with us! 😂
We are just cats in the grand scheme of things.
these events happened before humans existed, so that's sadly not possible
Ikr😂😂😂
“Attack ships on fire off the shoulder of Orion bright as magnesium…”
I see what you did there.
One of the things I love about modern scientists is their sense of whimsy. These names would have been tut-tuted and tsk-tsked a hundred years ago. I knew the tide was changing when the Sonic the Hedgehog protein was announced. And the name of the inhibitor for that protein. Robotnikinin. Of course.
Finally, names that help you understand things
I'm not sure why you would want science to be less serious.
@@joelt2002 Me? Oh hell no, I loved it. Back in the day you had to prove what a serious scientist you were by being anal-retentive, er, um, very precise.
They name your anus
@@joelt2002 To get the kids in. The science itself will stand peer review or it will not. That's pretention, not seriousness.
It's alien amateur groups perfecting their designs for a major competition.
It's alien gender reveal parties xD
@Nemoticon did u just assume that they have a gender? I talk to FBI about this!
@@Nemoticonshut up
1:24
2018 was 6 years ago?
I refuse to accept that!
Great video! ❤
It was, I've checked
Even worse, it was also 200 million years ago.
You feel old now? Well sit down. Are you ready? 2023 was 3 billion years ago.
@@daddymuggle im too high to get thise joke.
Yeah dude. We old
damn
Another spellbinding episode. The "Finch" especially presents a challenging situation - with 14 (or more) repeating peaks - each as bright as the first over such a short time frame of MINUTES!
Alien : sorry bro, it's just us in midnight party. Sorry to disturb you
"And we had a BLAST!"
@@aeternusdoleo4531you’re a gem
Yeah, sorry about that.
We are testing the improbability drive.
See if I don't!
That's highly improbable.
I was sure that was the case, so it certainly can’t be that.
Don’t forget your towel.
Geeze, I just finished cleaning up after the first whale... what a mess !
The more we observe, the more realize how little we know. To think, we’ve only been looking “seriously” for less than a wink of time on the cosmic scale, it’s nuts how many cool discoveries are being made! Hopefully these kinds of phenomena will continue to be observed from a good, safe distance 😂
EXTREMELY exciting stuff happening right now!! I am absolutely hooked! Thank you Alex from Astrum for bringing this to our attention, it is simply awesome, I cant thank you enough
This happened 180 million years ago and the last one about 3 billion years ago.did you just forget that??
Maybe it's white holes forming? The other end of a black hole essentially, where all the energy that gets sucked in pops out
You'd think that the emissions spectrograph from cow would contain lots of methane... 😂😂😂
The Cow's Emission
This greatly appeals to my inner schoolboy.
Don't laugh. That CO2 event is killing us, at least is making me sweat
*An astronomical event exists
Scientist 1: What shall we name it?
Scientist 2: Hmmm... how about a cow?
the random, computer assigned name of it was cow. and they just rolled with it :D
My first thought was all those poor planets close by. Something that big would probably take out a lot of real estate.
It would negatively effect nearby trout populations.
@@Tsundereviol3nce1440 😭
It’s the great filter getting turned on.
That graphic at :46 in the intro is awesome! Great editing.
0:46
In a galaxy far far away, a death star starts blowing up planets.
There goes Alderaan
Ciao Alderaan@@robertanderson5092
Actually, when you look out into space you don't just see things that are far away, but back in time.
So it's, a long time ago, in a galaxy far far away ;)
The commonly held belief that a supernova happens but once to a star should be revisited. Doug Vogt proposed that numbers stars regularly blow off their outer ‘dust shell’, but continue to exist thereafter. Diehold Foundation, series 4, watch them all.
ROFL. I managed to keep a straight face through a couple of paragraphs of that raving lunatic's rantings. Right up until he used lightyears as a measure of time.
Hoping his injury is better and that he is able to do more vids. Liked him.
it is called a micronova and our sun does it too, make no mistake this is related to the galactic current sheet passing through the milky way, much like a parker spiral
@@thewanderingh3rmit299 sure, it’s what wiped out the megafauna 12,000 years ago. Due in again not later than end 2046. Series 4, watch them all. The ‘90° tilt’ idea is not credible if you take the pyramids and sphinx in Egypt into consideration - see where they would end up, lol. See too MarkoPL100 for a four minute demonstration of how the polar reversal works, and just as the myths suggested, the sun rose in the West and set in the East. The US government and the Russian authorities are all acting on Vogt’s work…
@@397Jimmy even the AI which checked out his hypothesis found nothing at all to disagree with. The mechanics of everything fit with the observable evidence, and he was clever and persistent enough to put the pieces together, with no anomalies. OTOH, the 90° tilt theory ascribed to by ‘S0me’ would have us believe that the Great Pyramid would therefore have been located some 40-45° North of the equator, firmly within snow and indeed glacier territory, where it would have been crushed under a mile of ice; nor does the location lend itself to rain-induced erosion, per Professor Robert Schoch’s observations at the Sphinx site.
MarkoPL100 video shows the mantle reversing, not the crust, but it also demonstrates the reversal of the spin, which ties up neatly with the observed runoff canyons formed on both Eastern and Western sides of the continental plates. The sub oceanic magnetostratigraphic records show regular 180° reversals of the polarity alignment of the rock crystals, not alternating 90° turns, as would be the case were a 90° pole shift to have taken place. Vogt’s hypothesis also ties in with the ancient myths of the Earth seeing dawn in the West and sunset in the East. Doug addresses all these aspects, convincingly.
Having bought and read both S0’s ‘Earth Disaster Cycle’ and Vogt’s ‘Gods day of Judgement’, I firmly believe Vogt has the hypothesis which is closest to the observable evidence, and thus predicts our foreseeable future. As a 60-year old former Sunday school boy, I have an open mind as to the religious aspects, but his work here is very detailed and also convincing, and hard to counter. A lot in S0 theory is hung on alternating layers of Arctic and tropical sedimentary layers per Major White’s Arctic expedition, but I believe Vogt when he dismisses this aspect as dating from far earlier times, along with eg the very ancient petrified tree fossils in the Spitzbergen islands , I’ve tried to elicit further clarification of this aspect from S0 but that is where the shutters come down and my posts on their threads are removed. This is telling - looking over Doug’s videos (I’ve watched all of series 4 and many of the others) he always was willing to help explain or validate his hypothesis, very often with direct references or offers to mail any pertinent information to the enquirer. This is how science is validated, not by dogma and dismissal of genuine queries. I’d love to think that the ‘micro’ nova will be a gentle affair, but the evidence is all contradicting this. Doug’s calculated velocity of the dust shell hitting the planet at 1550 miles per second (taking roughly 17 to 18 hours to get from the Sun to Earth) equates to around 5.5 million mph - small wonder we lose a major part of the atmosphere and ocean water, as well as the knock further away from the Sun, with resultant cooling of our climate. Sure, we might be “lucky” and thread our way through a hole in the shell, but I definitely wouldn’t bank on it! 🖐🏻🏴
You helped me identified one in my data when conducting routine exoplanet follow ups
yhhh crazy blue lfbots i like it,great looking videos as ever thanks
So interesting! Thank you
It’s kind of neat to think that we are maybe witnessing a Battle of some kind.
At first? Yeah....
But later You may realize that the war front could get to us... Unarmed monkeys
With explosions of that magnitude... It's probably not a battle, but a genocide. Some poor bastards are getting their planet deleted.
That's why i side with emprorer palpatine.
The Emperor protects! For the Imperium!
@@SmokeWiseGanja A dark forest strike
We are certainly living in interesting times.
It’s funny how the finch just happened to be observed while LIGWO was having maintenance
Isn't there another one? I thought there was one in Japan and one in Europe now.
There is a war amongst the Aliens and those are motherships getting blown up. 😮😂😊
I feel like there's some advanced civilization out there trolling us lol "Looks like they're starting to figure stuff out 🤨🤔 LET'S MESS WITH EM!" 🤣🤣🤣
Why do I love space so much? It's little discoveries like these that keep my interest peaked.
Maybe you are a starseed.
Perhaps You need some space.
And there are few people there to annoy
I am Groot. I am Groot! I AM Groot.... Groot! *GROOOOOOT!*@@iamgroot4080
My interest stays piqued. If someone offered me the opportunity to be a space explorer but I'd never see my loved ones again, my departure would be sad but exciting. 👩🎤🚀🌌
Astrum using the phrase, 'poppin' off, is just hillarious to me.
At one point I was convinced that PBS Space Time is the best astronomy/astrophysics channel on UA-cam. I have since changed my opinion.
Well it seems that it's not empty space like we thought it was
The hypothesis of stars getting torn apart by black holes sounds somewhat more likely to me. That would be more likely to happen in spiral arms and it could potentially explain Tasmanian Devil. A pair of extremely closely-bound binary stars wandering into the proximity of a black hole could result in multiple bursts of energy before finally getting torn apart.
Finch, however… oof. No clue.
Isn't there something known as _wandering black hole_ ... as soon as Akex went into depth pretty early in the video, that phrase was screaming in my head. This would be evidence of such a phenomena, no?
@@JonnyMack33 It could be... the problem with the finch is that even if there are stars in the vicinity of a black hole, then the odds are astronomical that they will cross paths so far outside the galaxy. Stars are just that spaced out outside of a galaxy. Let's see in the coming years if there's a star cluster there.
@@JonnyMack33 Wandering black holes... What a horrifying idea. It haunts my mental imagery.
@@astrumspace what are chances that these are micro nova due to galactic current sheet passing through the milky way and maybe our sun does it too 🤔
@@walterwalter-ql1npwell don’t lose any sleep over it, the universe is likely full of them
This is just a shoot from the holster guess, but it could be black holes decaying far enough back to revert from space/time energy to matter energy dominance.
On to something here, perhaps they are big bangs…🎉
@@RyanSoul Not sure what you mean by that. I'm just referring to the point where black holes can decay from Hawking radiation to a point where the space/time energy cannot sustain a black hole and basically converts back to mass/energy. The mass/energy is low enough from the decay that it can no longer sustain a black hole status and all the trapped energy is released.
That's a possibility but I actually think thermal decay of the black hole is more probable. In thermal decay, the black hole isn't destroyed by Hawking radiation. It's destroyed by the evaporation of the higgs condensate. No more higgs, means no more mass, and that means no more gravity. As if somebody just flipped the switch on the black hole and converted all that mass instantly to pure energy.
Basically the same sort of event as the Big bang... But much smaller. A little bang if you will.
@@kyzercubewhat your describing sounds like a big bang/ white hole.
@@RyanSoul Not at all. Black holes do radiate their energy out at the event horizon. Naturally the larger they are the longer they will stay black holes. There will inevitably come a point where the amount of energy radiated out will be reduced below the gravitational bounds of the energy making a black hole and simply escape out. Yeah it's going to be a large explosion but it's not a white hole or big bang.
Alien battles, antimatter explosions...
It's obviously the single alien moms in our area trying to contact us.
The voids is where all the antimatter is. That's just the bizarro part of the universe having some kind of event.
Maybe its similar to the phenomenon where matter and antimatter appear in space and then annihilate one another, but on a much larger scale caused by something suddenly distorting, or un-distorting, space time. Perhaps the death of a black hole? This could explain why it *mostly* occurs in the spiral arms, but rogue black holes would account for Finch; and, since these black holes are in relatively low-density parts of the universe (as compared to galactic cores), they would have little to nothing to sustain themselves on, and generate little to no light from an accretion disc so we cannot see their origin, thus making it seem like a "random" explosion.
Death of a black hole would take trillions of years. Universe is nowhere near close to that age
I don't know about matter-antimatter reaction.
But with black hole, wouldn't they fade out faster?
As far as I understand how black holes die, they should ramp up exponentially until they reach a massive peak, then just disappear.
@@frantisekvrana3902 Black holes are theorized to be the last remaining structures in our universe living for over trillion years
@@yashparekh2850 but black holes could appear as white holes in parallel universes, when they cease to exist. maybe that are not "our" black holes.
The fact that humans exist to coin the term "warp drive" absolutely means that another civilization might already be there. The fact that we went from caves to space flight means that we are definitely not alone. There is no more debate. All that remains are impossible distances. It's both a happy and sad thought.
And considering the absurd number of craft demonstrating the “five observables” flying around in the earth’s skies being witnessed by large numbers of people (including astronauts, pilots, military, scientists, etc.), the likelihood that these craft may be from an interstellar civilization that is visiting us increases. Unless they’re from a breakaway civilization that’s been on earth with us all along, it seems far too probable that they are from some other star system (although most of the craft witnessed are too small to travel interstellar distances themselves and are likely just scout craft).
While the existence of these craft is not technically proven by scientific consensus, that doesn’t mean we can just dismiss them considering the obviously fact that science was not developed to study a phenomenon that includes intelligence and intention that is likely intentionally obfuscating our ability to gain definitive evidence (i.e., an intelligent species isn’t going to leave their technology lying around so we can have such proof). Science was developed to study the natural world, not a phenomenon like extraterrestrial species; so strict adherence to scientific standards for evidence is not appropriate. We’re at a point now where the existence of these craft can no longer be denied. We have far too many multiple witness cases that include visually recorded evidence and radar data now that were gathered by the military.
I think it’s highly likely there’s a lot more going on out in the galaxy and universe than we think.
@keirfarnum6811 I agree. What do you think about all of the reported crash sites while still having no evidence? Wouldn't SOMEONE at some point take a tiny piece of something? There are also reports that these craft are secret government programs, or even secret programs our governments actually don't know about. Also, with the general size of the crafts being on the smaller size (in spaceship terms), it wouldn't be likely that these craft could actually make it from another star system unless they had some insane way around space-time itself. Has anyone ever seen a mothership? I can't recall except for the large triangular craft seen in Belgium, but it was still kinda small. I am totally aware of current science absolutly blowing up with new tech, but I'm leaning on that "they" either came here long ago (like millenia) and never left, or some secret private investors are paying their scientists really well. Opinion?
@@keirfarnum6811that's us. Our tech.
@@keirfarnum6811 funny how that mostly stopped happening once every person on earth had a camera at all times...
It could even be that black holes explode again at some point. We just don't see it build up because of black hole. I can barely wait for more on this.
What would cause them to explode?
I can't speculate on that, with black holes being black holes. But there is a lot going on inside of them. That is known.
@@morphyox6453 It´s not known
Knowledge of the inside of a black hole is purly theoretical, we cant observe any of its ´´inside´´. We dont know what´s happening in there if anything. Or what ´´inside´´ could even mean in that matter.
@@morphyox6453 Knowledge of the inside of a black hole is purly theoretical, we cant observe any of its ´´inside´´. We dont know what´s happening in there if anything. Or what ´´inside´´ could even mean in that matter.
These flashes are the birth of new universes inside of an already existing universe. Each one is literally a "big bang" event.
I don't actually believe that, but I can't exactly prove myself wrong, either.
I badly want to edit my comment to make "births" plural but something about it sounds better without the "s" so singular, it shall stay.
This was a very detailed and informative discussion. Excellent.
Alex I know you have covered quasars before, but I really hope you take the time to cover SS 433 using the Hess Telescopes data and DESY Animation. That is some top notch mind blowing work on a really interesting mini quasar in the MilkyWay Galaxy.
The 3D top to bottom work on that showing how the solar wind was affected as it pasted by the black hole just stunned me.
Never mind how there was a multi light year discontinuity before it started to spit X-rays and gamma rays out. 🤩
Hope you are willing to cover that here.
This reminded me of something i saw a few years back. Not saying it is related but it was strange. I was in my garden one evening, late summer, doing a work out. In between sets i would enjoy looking up at the clear sky with all those stars. By the time nighfall came i was just about finishing up. As i looked up there appeared to be what looked like a typical star suddenly increase dramatically in luminosity before decreasing until it appeared to just disappear completely. This happened over a period of 5 or 6 seconds. The only way i can describe it was as if you had turned a dimmer switch up on a light bulb and watched its brightness increase then turned the switch back down until the light dimmed and went off. I cant tell you the positioning in the sky or constellation this took place in but that experience bugged me to no end. The light wasnt moving. It was stationery. Just went from average star brighness to really bright (this made it appear bigger) then dimmed and disappeared as quick as it came
Sounds like a meteor burning up in our atmosphere. It didn’t move since it was likely headed straight towards the earth.
@@Sup3rSn1per could very well have been 🤷♂️ coming in at a kind of head on approach. It was cool to witness whatever it was.
If it started faint, grew in intensity, and then diminished it might have also been an Iridium Flare (basically light reflecting off of a satellite).
Yep, meteor on straight on collision. You had a once in a lifetime fluke experience
reminds me of the old iridium flares (okd satellites that would reflect sunlight, there were websites u could check to see when the next one visible to u would be). these days i think they mightve all deorbited, when i saw one it was around 2009. one cool thing about them was their color, a very sharp orangish/gold, very bright, and would brighten and dim over the course of just a couple seconds
could it be pockets of matter and anti matter annihilation? could there be pockets of anti matter just lying around in the universe which unluckly galaxies pass or pockets of large matter gasses to pass through? causing such huge energy conversion? i am just an amature enthusiastic, but matter anti matter annihilation seems more plausible for such magnificent scale of energy..
Certainly can't rule that out. There's so much more that we don't know about the universe than what we do know. The laws of physics seem to apply throughout the observable universe but who knows what else is happening on levels we cannot detect, observe, measure with current technology. We still don't have a clear understanding of how quantum mechanics relates to general relativity. Take care my friend. 🙏
It couldn't be. I've been part of a research group at my university studying positron annihilation spectroscopy and have learned a little about anti matter annihilation. The problem with this hypothesis is that matter-antimatter annihilation creates very specific wavelengths and basically doesn't have a spectrum. Electrons annihilate with positrons and create a very specific photon frequency, depending on the speed of the electrons and positrons relative to each other and us we'd see a spectrum within an extremely small range of frequencies. This happens to be the case for every particle and its anti particle.
Electron Positron annihilation is one of the longest wavelength (lowest energy) photons among antimatter annihilation but its photon energy is gamma radiation. As mentioned in the video LFBOTs create quite a large spectrum of radiation including blue light. While matter antimatter annihilation could possibly produce blue light if both the matter and antimatter were moving away from at like 99% of the speed of light (which is already an unprecedented speed for us to have seen matter moving relative to us [in large enough quantities to produce LFBOTs]), it couldn't have produced such a spectrum, and even if it did you'd see sharp spikes in the spectrum it created around a specific wavelength for each different type of matter-antimatter particle combination included in the annihilation event.
@@dezvul4817 cool! thanks for explaining it in details, really appreciate it.
Maybe, this is a relativity related phenomenon where the sheer size of these novae are ripping space-time.
Intergalactic war is difficult when your gunners don't lead their shots light-years in advance
They are white holes ejecting matter and light. They look blue because the mass and light are moving swiftly out in all directions and we see the light that is moving towards us and thus being shifted to the blue end of the spectrum.
Astrum please dont ever stop , hvala
Watch it be a advanced alien civilization in a all out brawl with something out there.
Idk what scares me more whatever they are or whatever they had to drop a supernova on
hey there,
i struggle a bit when u r talking about star classifications, how about a video (or series) explaining all the different star classes? would love to see that to fill in my knowledge gaps ^^
and thanks for ur work, i love to watch it coming down after a hard days work ^^
It's the crew of Dark Star blowing up unstable stars.
Well i experienced a lot of supernova, but at the exact the blast hits me, i woke up on a campfire while my friend is roasting his marshmallow. Happens every time
Yeah I roast my friends marshmallow all the time
this is a reference to a really cool game i forget the name of
@@kit_the_inevitableouter wilds. My favorite game.
@@kit_the_inevitable the game is called the outer wilds
10:30 My guess is that the Tasmanian Devil was one supernova, since they're all the same. It's just that there is a BH somewhere nearby the source, maybe more than one, causing the multiple images.
I'm not saying it's aliens... but it's aliens.
I'm not saying it's aliens but it's alien type of aliens
If we find a Terranova, just blame that Wise Guy, Ken Wahl...
This is how we are going to look at the other end of space after CERN sets off their new accelerator.
Could be a high level civilization with a weapon like the Death Star, but on an actual star level instead of planetary
Nope, didn't you hear it released more energy than a billion suns?
@@johngrey5806 If the weapon is a star killer then it may have destroyed quite a big star. And from our world we can tell that artificial processes are more efficient than natural ones then releasing that potential energy at a far faster rate could create an energy burst that has such a huge amount of energy.
@@Valkbg as I said, it would have to destroy billions of stars, not just one. Listen to the narrator. The explosion released the energy of billions of stars.
@@johngrey5806 A type 3 Kardashev civilization can use the energy of an entire galaxy. That kind of energy burst is within that. That is all hypothetical of course but Like I said its within the limits of previous conjectures.
Once is an anomaly
Twice is a coincidence
3 times is intergalactic war
It’s obvious that it’s not a supernova. It’s a super-duper nova.
sure seems like we just figured out black holes explode if in empty space maybe its what happens when they no longer have any mass to absorber
The Tazmanian Devil exploding multiple times was probably just an interstellar, extraterrestrial space battle. I wonder which side won 😅🍿
Industrial Accident.
Artistic Project.
Attempt to Communicate.
Not saying aliens, but it’s aliens. 👽
I was thinking the same thing.
I was thinking, anything powerful enough to do this kind of thing over such a large area, though maybe not time, must be akin to gods in power. Travelling billions of lightyears of distance and detonating stars with a weapon that not only destroys them with more force than normal supernova by multitudes of factors but also affects the shape of such a powerful detonation too. Maybe entire aystems at once. One of which, by that sound of it, had multiple stars in it. If we wanna go with aliens. That's scary considering how close one nova was to our own galaxy. But I'm personally tending towards a natural body that has travelled through said systems, causing destruction than sentient life.
@@SirDeady , I would agree but was thinking the first comment because of that specific meme that’s more comical than anything else. All that said, our perception of aliens and what consists of the definition of life is probably way off. Consciousness creates the brain, not the the other way around so let’s start there. Maybe the universe itself is consciousness and a form of alien life.
@@SirDeady Maybe instead of it being an alien weapon, the natural progression of technology in our universe results in species accidently destroying themselves. So these explosions could just be aliens discovering technology X, which inevitably results in big blue explosions. A nice ol Great Filter.
It's just Goku going Super Saiyan
I think you mean ssjsgs3sjjgs
Definitely warp drives. The Tasmanian Devil? An entire armada jumping into warp. How cool is that?!?
It's the flashes of the FTL ships that brought us here, finally catching up
must be the men in black but in a different solar system.
And we keep getting neuralized every time we discover evidence of them.
Interstellar swamp gas explosion.
I'm pretty sure I saw one of these with the naked eye about 16-17 years ago. Working nights at a distribution center. I worked outside moving trailers around the lot. One slow night, I noticed a new bright star directly overhead. I kept looking at it over the next couple hours. It stayed in the same position relative to all the other stars, but after getting brighter slightly after I first noticed it. It then slowly faded over the new few hours. I tried emailing astronomers at the universities in my state, to ask about what I saw. But no one every responded.
Stars move when viewed from Earth Genius....lol
@@edwardfletcher7790 but most don’t suddenly get really bright and then disappear from the sky
*Genius….lol*
@@XxCorvette1xX Stars also don't fade over hours.....🙄
You most likely saw an emission from a rocket launch. SpaceX is famous for their blue emissions, if you live western or eastern US, it was probably one of theirs.
It also depends on the time of day, it gets super blue during a night launch, and if there is a lot of solar waves it also brightens it up. Day launches look very pale blue, but still look like a white star
NASA uses spacex's rockets so theirs IG are also blue. Chinas rockets are a beige white emission, they all look like stars in the sky but super bright. They can last an hour.
A couple of old colliding neutron stars would do the trick. They wouldnt generate any light until seconds from collision and would have a very quick burst peaking in the uv and x ray energy from gravitational doppler compression as the energy collapsed into a black hole 🕳 😮
I am indeed a sapiosexual
When he said 2018 and six years ago in the same sentence I died of shock a little bit
Maybe it's multiples of the same star going supernova across inter-dimensional space. In the case of the Tasmanian devil at least!
These (LFBOT’s) are traveling towards us at more than twice the speed of our brightest sun. Facts.
That sounds like a fict, which is like a fact but fictionally based. Light travels at one speed.
I may be stupid but even then this doesnt make that much sense
@@Valkbg Well I’m not a scientist so please cut me some slack.
@@rozzgrey801Fict eh? I like that!
@@mattc825 Yeah sorry about that. It's as good as most other stuff said in the comments
I know everything, so this is what happened:
One of them was the Death Star destroying Alderaan.
One was an inventor building an anti-matter bomb, which blew up on him prematurely.
One was a black hole upchucking its breakfast.
One was Marvin the Martian blowing up a planet. Bugs Bunny wasn't there to stop him.
"Where's the Kab-💥 ...."
12:12
Intermediate mass black holes have been proven to exist. GW190521 was the first.
They are still considered very rare and/or elusive, but they are no longer unproven.
Once you know what you are looking for you see it popping off everywhere.
I call it the "I want this car in GTA" effect
It seems the more we perceive of the universe, the more we perceive what we don't know.
Outer wilds reference? 😳
Absolutely! Every 22 minutes.
A very well done video that stayed on subject in contrast to the multitudes of videos on astronomy here on you tube that just show pictures of galaxies, ad obsurdum,
that speculate about James Webb discoveries.
Surprised you didn’t mention starlight travel times. Measuring distances in deep space is a lot harder and more controversial than most astronomers will readily admit. But the difference between the closest and furthest LFBOT seen so far appears to be in the billions of light years. That means that they happened billions of years apart, using an Einsteinian synchrony convention. The fact that we have just started witnessing them, then, cannot indicate that they are a recent phenomenon. It’s not that the universe just started behaving differently. LFBOT sources have been popping off since before complex life emerged on earth. The fact that we just noticed them is apropos of nothing but our developing capacity to observe them.
The Star Destroyer has been busy. I guess Rogue-One never managed to upload that intel after all 😕
The crew of the "Finch" just suffered the worst Hyperspace miss-jump. Sending hopes and prayers.
Nothing in far distances is where it appears to be. Photons takes curved paths to many gravitational fields on their way to us and high energy FRBs are less effected by those gravitational fields that in our sky, lands them as source unidentifiable.
The thing is that unlike refraction gravitational lensing is not color dependant and isn't going to separate the image of the LFBOT from the image of its host galaxy.
@@andrewwade1651 Common belief is "Gamma rays are affected just like light rays, so they will be subject to a gravitational red shift and they will be bent by gravitational fields just as visible light is."
There is an entirely different discussion if they are effected identically in taking the identical path.
@@rezadaneshi Based on our understanding of General Relativity, radio, gamma, gravitational radiation, and neutrinos would all be gravitationally lensed, yes. But "the Finch" doesn't appear to be behind any strong gravitational lenses and many of our detectors don't have the angular resolution to observe gravitational lensing anyway.
@@andrewwade1651 if the energy of the regular photon gives it a theoretical mass based on e=mc^2, the gamma ray mass equivalency will be magnitudes higher. Both at light speed. P=mv. It's mass equivalency at that speed will be less effected, in a way it's cheating or time traveling ahead of visible light photon by powering itself a shorter cut by influencing its path gravitationally itself.
@@rezadaneshithat’s deep and neat🎉
Maybe intentional beacons since they dim so quickly. Or some kind of inevitable energy weapon that multiple civilisations discover and test in empty space. Like matter/anti matter star annihilations.
yeah, aliens will never be considered. ancient aliens made sure of that. unless you got a corpse a live one and its working spaceship. aliens do not exist and any scientist that considers it should be shunned. its a phenomina called academic decay, happened to the greeks and the romans and the brits. and now its happening to us. happens when egos start mattering more then the actual science.
Kinda makes me wonder if it's possible we're seeing evidence of matter-antimatter annihilation, such as an antimatter-based planet crashing into a matter-based star. It's not the most outlandish thing I've ever considered, honestly. It's pretty difficult to tell matter from antimatter when it's light-years away.
Sure but the Tasmanian devil releasing that energy several times doesnt seem to be it. Though I cannot say because I dont know how exactly a matter-anti-matter annihilation releases energy. Especially at that scale
m/am reacting has a very specific signature, not at all starlike. It's not subtle, they'd know.
I swear I saw one! In the middle of the night when I was younger maybe before 2018. I was having a smoke and looking at stars and sky and saw blue flash! I thought I had witnessed a supernova but can’t be sure.
Strange there was no mention regarding LIGO results from Livingston , LA.
Urani lighting their farts.