Webb Finds a Shocking Number of Supernovae Everywhere and Some Are Unique

[@malcolmt7883]

James Web was worth the wait. Imagine what would be possible if constructive science missions got 1% of the money that goes to war or bankers.

[@brosephbroman7564]

They want space for themselves too. It's why they limit us and make the excuse up that we can't make it to the moon anymore because "reasons."

[@jacob2808]

Time to build a 12m james webb

[@21palica]

@@jacob2808 Already one in the pipeline.

[@jacob2808]

@21palica thats an optical if i remember correctly, not an infra red

[@geoffstrickler]

It would have been worth 10x the cost. JWST, HST, and other modern space telescopes might be the best investments humanity has ever made in technology.

[@cyclonasaurusrex1525]

Whenever you say, “As you can see from this image,” you’re giving me WAY too much credit. 😂

[@TheSprinkler]

lmfao

[@bethanygee6939]

It's easy to feel that way but the fact that you're even watching this video and trying puts you in a better position than most people. 👍🏾

[@CalaTec]

I saw everything. Bight dots on a dark background. But the brighter dots where the main topic of this video, I think. They call it super Nova, I guess Krypton doesn't exist, so Super man must be from a super Nova instead.

[@greymacleod9626]

​@@CalaTecso you think hypothetical planet Kripton does not orbit a star? How would that work with a habitual planet?

[@DirkaDirka-n9j]

😂. Me too

[@johnwirk]

Just imagine for a second that something else out there in a distant galaxy, with their own telescope is looking at an area containing 500,000 galaxies. In their image we are one of them, unkown to "them".

[@AlbequerqueJoe]

Maybe we're in an Outer Wilds situation.

[@Mr.Cheeseburger24]

Haha, yeah right… *prepares to look for the Eye of the Universe*

[@nechitamarius1]

My thoughts exactly. Haha

[@ZorillaMyrid181]

I was about to comment "this plot sounds familiar..." but you beat me to it, let's hope that'd not the case, I'm absolutely a Chert in this situation

[@thatobject6610]

I think I've seen this in some game. It's outerly wild.

[@Lazmanarus]

utterly

[@vladpovalii]

Outer Wilds

[@silphv]

(slightly coy but still spoiler territory:) Yeah when I first slowed down and ... noticed ... in that game, I felt a pit in my stomach for a sec. No one in-game or IRL had tipped me off, something just felt wrong. Thumbnail gave me flashbacks

[@zanuka7487]

Chert is not feeling well rn

[@svenfuchs8446]

Oh Fuck, the music just started IRL..it was nice knowing you

[@owly0014]

I think ive learnt more from Anton than any other single person...Bless u anton for all the hard work you do. I hope too meet u one day.

[@crazyunclebob6901]

Me too. Hit me up if you ever come to New Orleans.

[@7amianAkaDame]

Well put. Same same.

[@blackmennewstyle]

The thing is all he does is reading academics and reseachers papers, so every single of us could actually do the same and learn even more. But laziness is the norm nowadays, we even want AI to think for us because we are too "busy" to do so.

[@user-fn7jz5rc5l]

😂​@@blackmennewstyle

[@idontlikeit.7822]

@@blackmennewstylethere’s a little more to it than that

[@I.amthatrealJuan]

It just puts into perspective the size of the Universe. Each of those supernovae with the brightness of billions of suns or their host galaxies are barely visible from one of the most powerful telescopes we've developed.

[@EdT.-xt6yv]

Yet all we see is light from events that happened million of light years away? And all we do is multiply without planning in our fragility?

[@kaihammond6984]

​@@EdT.-xt6yvHumans should multiply until the resources limit our growth. We are the greatest creation in the universe. Plus only 1 in 2 million people are born with 180+ IQ. We need more geniuses to solve the problems of our future. So the more people the better.

[@FoulPet]

Imagine all the life they extinguished

[@scottdorfler2551]

​@FoulPet Maybe no life was extinguished. That galaxy could be inhospitable to life for countless reasons.

[@overtoke]

perspective: maybe if we zoom out far enough we'd see as many "big bang" size explosions as there are supernovae at our current scale.

[@oberonpanopticon]

“Perhaps our universe is far older than we thought?”

[@generaleerelativity9524]

Yes indeed. The fact that supernovae are needed to create various elements before actually coalescing into what our solar system is actually made of and the fact that our sun is a 3rd generation main sequence star is proof that we aren't even close to knowing the age of the universe.

[@oberonpanopticon]

@@generaleerelativity9524 yeah no the universe is 13.8 billion years old, the overwhelming majority of evidence points to that figure, I was just making a reference.

[@DistinctiveBlend]

@@generaleerelativity9524 if you think a 3rd generation star is equivalent to a grandchild then you need to read more about 3rd generation stars.

[@kamaboko117]

time to look for the Eye

[@lasarith2]

@@oberonpanopticonyeah but the Universe can be older the Big Bang can be 13.8 billion.

[@robotaholic]

Wonderful Person, your editing is getting really good. You're zooming into different stories so fluidly and talking about stories so well i feel like im watching tv

[@eatafox]

Anton is my favorite kind of clickbate channel. The title has the subject and doesn't beat around the bush, it's a real voice not synth, and the information is concise, and completely unbiased. And even better he doesn't beg for likes and subscribers throughout the whole video. Just good clean content with a eye-catching title.

[@eatafox]

There are other clickbatey channels I like but most of them fail in one of these categories. Mainly the subject in the title, they will just make a vague description of the subject.

[@charlesblithfield6182]

Webb keeps blowing me away. Thanks for reporting on these amazing findings Anton. 414 plus million supernova at this moment! Another point to put the immensity of these scales in perspective.

[@spearshaker7974]

The universe really is something else. Hard to comprehend just how much is going on at any second.

[@aelux4179]

Man the last time i saw this many Supernovae I was in a time loop.

[@jgoemat]

Napkin calculation - 200 billion galaxies (est. 100 billion to 2 trillion) gives 1/500 galaxies have a supernova visible at any time. Supernovas are visible from several weeks to a few months, so giving a month would give 1 supernova per galaxy every 40 years or so. That jives with the wikipedia estimate of about once every 50 years for the milky way. Seems to be about what we should expect to detect in that field if the method works.

[@robertadams6606]

Why on Earth would you base any finding on that site!!

[@Tugela60]

Well, it appears they were right.

[@jgoemat]

@@robertadams6606 To be fair I checked the reference at least... :)

[@DJMattEmpathy]

I just worked out if there are 50 billion galaxies and our galaxy has one supernova per century on average, somewhere in the universe there are 16 supernovae every second

[@robertadams6606]

@@Tugela60 It was an estimate.

[@MyraSeavy]

Hey Anton! I love your inspiring videos! You got what it takes to keep your audience interested and happy! ✨️

[@Frankya92]

That’s amazing. I don’t think I’ve seen such an image before of our universe. Sometimes I forget how exciting scientific discoveries can be

[@-Evergreen.]

Reads the title *End Times starts playing*

[@Ki_Adi_Mundi]

Outer Wilds really was one of the best games of recent memory.

[@oberonpanopticon]

My first thought too I’ve been gradually compiling headlines that are reminiscent of outer wilds

[@ahppa]

I immediately was like "uh oh"

[@btbingo]

End times for humanity is soon. End times for thos solar systems is not so close.

[@spyro1139]

Dang it! I was just about to comment this

[@George-rk7ts]

Yet another excellent video from wonderful Anton.

[@Abah-cuh-bus]

400M super nova sounds like a lot then you remember there are like a trillion trillion stars in the visible universe!

[@illarionbykov7401]

Trillions of galaxies, each with millions of stars, minimum (or more likely hundreds of billions of stars per galaxy) and we're talking quintillions of stars minimum, sextillions stars likely. And that's just in the known part of the universe which our instruments have been able to detect so far.

[@coliimusic]

​@@illarionbykov7401 And depending on how you interpret cosmology, it could be straight up infinite! Nature is cool

[@Zol_Kenney]

And also, those 400M supernova will briefly shine as bright as the host galaxy they’re in, but will quickly fade to invisibility over the course of a few months. Only to be replaced by another 400M supernova. This is simply astonishing, like millions of flash bulbs constantly going off in the whole universe. These nova are like factories that enrich the universe with elements heavier than iron and result in millions of residual nebulae, pulsars and black holes. Super amazing stuff, I can’t ever get enough of videos like this, thank you Anton!

[@Meerkat000]

Ok I need a “where’s Waldo” book, except with SuperNovas

[@hermancharlesserrano1489]

414 million is going to make it quite easy…unless you want to find ALL of them, in which case GL!

[@SubduedRadical]

There's so much out there, it's crazy. Space just keeps giving.

[@marknovak6498]

A lot of supernovae, my mind is blown. I am not sure we ever considered such high numbers being visible.

[@meyou2696]

Thank you again for making learning fun!

[@markc4176]

One of the alternative explanations offered for the microwave background radiation was actually cooled supernovae. Nobody seems to ever remember any alternatives, since scientists loved the idea of a “big bang,” but they were proposed, and at least one was viable. This seems to be further evidence for that alternative possibility.

[@jmanj3917]

0:01 Hey, Anton!

[@Toddis]

This guy's always supernovaing my brain 🤯

[@davidrpayton]

Basically, the universe is a very long term fire cracker that just keeps crackling over and over through time.

[@brosephbroman7564]

Snap. Crackle. Pop.

[@danmentink3256]

Giant sparkling display.

[@beerandrockets7526]

Exactly. Existence is an explosion in really really really slow motion. Or we live our lives crazy fast. Depends on your perspective...

[@aurelienyonrac]

Percolator coffee. Or fracking to generate expansion.🎉

[@jadesea562]

​@beerandrockets7526 agreed. We think quantum levels of reality dilate time away to no time. But WE are quantum of the universe. The quantum below us, that is OUR quantum, probably thinks the quantum below it is where time stops. But, time is basically stopped to us as quanta. From the perspective of the universe, our entire human history is less than 1 second long and it is evolving at its relative pace from its macrotime.

[@synaxarion]

I see why NASA refused to give up on JWST: its capabilities are truly transformative!

[@Mr.Cheeseburger24]

Me: *sees title of video* Also me: * PTSD flashbacks of Outer Wilds *

[@Zookeeper.]

It's like finding those lost socks lying all around! 🎉

[@TheMcEwens419]

😂

[@Patrickspencer999.]

Seriously, He should make a video about it asap

[@Ken-rq9xr]

Give them back 😅🤓😽🦜🖖

[@MCsCreations]

Gremlins in the washing machine. 😬

[@Ken-rq9xr]

@@MCsCreations I think the guy finding all the socks is at the end of sock-hole.

[@janYefi]

Oh no, oh damn, I know where this is going. We have to find the Eye ASAP

[@oberonpanopticon]

Quick! We gotta assemble a mission to the methuselah star before any more interstellar comets gear near the sun!

[@billynomates920]

battlestar?

[@thisflyingpotato4227]

@@billynomates920 Outer Wilds, a game you only get to play "once" . You then wish being able to wipe your memory to play it again. Get the DLC it's worth it and go in as blind as possible, your game progress is knowledge.

[@jamessydenstricker2342]

Thank you Anton!!!!! As always my friend, great video! All of your hard work is most appreciated! Stay wonderful!

[@MCsCreations]

Brilliant stuff!

[@aurelienyonrac]

And to say more i will add that... Ah... hum... Yes it is brilliant stuff indeed. 😅

[@MCsCreations]

@@aurelienyonrac explosively brilliant? 🤔

[@RobotechII]

Hello wonderful person Anton

[@vcat417]

Thanks to you I stay updated on cosmology news.

[@markfelder4819]

I love your videos. Every time I watch, I think of your son Neil. Thanks for the content.

[@JKDVIPER]

Imagine a pool filled with hot marbles that keeps getting bigger, and when they cool they attract make more pressurized hot marbles. Those cold spots (galaxy cluster) would stick together in such a way as to constantly create a flow between hot marbles and dense cold ones. As the marbles fill up the space, the volume must increase. Expansion from displacement of the cosmological constant curving it around masses, taking up all the available empty space would compress the vacuum and room in the atom out. Filling the bigger volume in the process. Galaxies probably hold together so well from heat chasing cold instead of dark matter. And mass itself is increasing the volume of space.

[@therealteal620]

How are we seeing supernovae from 2 billion years ago when the earth is older than that? Still can’t wrap my head around that idea

[@stargazer5784]

??? Why shouldn't we?

[@solace293]

Those things don't really correlate...?

[@zzstoner]

The more I think about that image, the more my mind is blown. The circles represented "differences" in detected supernova activity in just ONE YEAR. So even if Anton's projected estimate of 400M supernova across the entire night sky is even an entire order of magnitude too high... ...are we still suggesting between 40-400M NEW supernovae in a single year? Yup... we are definitely made of star stuff.

[@Mikecliton]

*Larry Burkett's book on "Giving and Tithing" drew me closer to God and helped my spirituality. 2020 was a year I literally lived it. I cashed in my life savings and gave it all away. My total giving amounted to 40,000 dollars. Everyone thought I was delusional. Today, 1 receive 85,000 dollars every two months. I have a property in Calabasas, CA, and travel a lot. God has promoted me more than once and opened doors for me to live beyond my dreams. God kept to his promises to and for me*

[@BrianEdward-pp9xj]

There's wonder working power in following Kingdom principles on giving and tithing. Hallelujah!

[@Seancarter537]

But then, how do you get all that in that period of time? What is it you do please, mind sharing?

[@Mikecliton]

It is the digital market. That's been the secret to this wealth transfer. A lot of folks in the US and abroad are getting so much from it, God has been good to my household Thank you Jesus

[@Mikecliton]

Big thanks to Ms. Chisty fiore✨❤️💯Her top-notch guidance and expertise on the digital market changed the game for me.

[@Ryancooke763]

How can I start this digital market, any guidelines and how can I reach out to her?

[@zonesproductions]

I'm really looking forward to the Carl Sagan Space Telescope

[@trebell885]

Thank U 2all those super nova's 4 I enjoy life 2day.

[@logic.and.reasoning]

Hello, and goodnight you wonderful person 😊

[@DouwedeJong]

Thank you very much for making this video. I learned so much.

[@anjeymartyn9027]

1:33 this gravity lens is huge af and close to us af

[@sylvainbougie7269]

How much money was spent on JWST? Imagine how much science would advance if we’d spent a fraction of the military budget.

[@veramae4098]

Makes me happy. Supernovas create gold.

[@JimboJones-ld7el]

We enter the chaos era

[@deanm375]

Great video!

[@davidbellecy1709]

I would love to live in a country where we spend 800 billion on space and science, and not wars against humanity. Imagine what we could do.

[@joshm3342]

This is a mere hint of the promise of the future, as technology, knowlege & collaboration reveal the essence of the universe. If only we would learn to live in peace, and protect our precious habitat. Leaders & Politicians: More money for discovery, less for war & destruction. Use your WORDS for diplomacy & fellowship.

[@TheMcEwens419]

Some people shouldn't be in this comment section and this is awesome!

[@halburd1]

obviously you are a void creature spy. you fool no one.

[@markosluga5797]

Hallelujah!

[@deadbythirty4254]

They definitely should, a lot of brain dead entertainment out here they could be watching.

[@tims7250]

Imagine the galaxy at 10:23 as in it's not directly facing us, a collapsed mass would be the same yet everyone's hooked on a collapsed mass being just some dense sphere which has it's face pointing towards us. Instead it's highly likely we see many black holes , side on (the same as many galaxies are) thus create some very strange light bending patterns as in the supernova behind it can appear on the left or right, up or down all depending on what mass is rotating Infront of it and at which angle

[@brown2889]

I personally always thought when JWST looked as far out as it could look it would just find more. When a new larger version is sent up, it will just find even more further out and on and on.

[@generaleerelativity9524]

Yup, space is infinite, that's why it's black. The only light there is IS what's contained within, but then again it's not really "within" anything because it's infinite. Hard to comprehend I know, but look at it like this; the structures that we see farther out wouldn't exist if they didn't have the same amount of space around them to let them exist.

[@denysvlasenko1865]

@@generaleerelativity9524 Space may be infinite, but past time is not. We can't see past 13 billion years in the past, and JWST already sees galaxies almost that old. There aren't too many galaxies we can't yet see because our telescopes aren't big enough.

[@silphv]

@@generaleerelativity9524 Spacetime is crazy. Every point in space is where the universe began, because all world-lines trace back to one event. The space between things just got bigger and continues to. But at the same time, pick a random direction in the sky to point in, and you're pointing directly at the Big Bang 13.8 billion light years away. From our perspective, the singular point in space and time where everything started is in every direction, like a 13.8B ly-radius shell around us but every point on that shell is the same point in spacetime. But only for us; in another galaxy, they'd be at the center of their own shell. So everywhere used to be the big bang, but also it is 13.8B ly away in every direction. It's not a paradox, because in one case it's about where the universe started, ignoring time, and the other is about when it started, which on the cosmic scale always combines time and distance into one thing.

[@scottymoondogjakubin4766]

Type 1A supernova are like the lighthouses of the universe !

[@douglaswilkinson5700]

Standard candles.

[@MsZeeZed]

Ah, the universe is exploding, there’s probably time for another drink though, right? 😺

[@99guspuppet8]

❤❤❤❤❤❤❤❤❤❤❤❤ yes time for a drink

[@vynleshmynle7372]

I think we need to stop being surprised by James Web discoveries

[@lawsnewton]

My god, it's full of stars exploding!

[@OmegaWolf747]

I'd be very impressed if they could solve the cosmic conundrum in my lifetime.

[@luudest]

7:55 How does dark energy influence the arrival time from the same super nova?

[@jcheroske]

We can expect a Black Egg in our system any day now.

[@gregor-samsa]

Yeah forget about Kardashow scale. The real steps are Resolution in constant observation of Universe? One Pxel is: see if it is day or night and recognise darkness of total eclipse. Wonder how many pixel we have reached?

[@Skeptical_Numbat]

I'd be curious to see if we can calculate the metallicity of these ancient supernovae. Hopefully this could help us to find some of the (near mythic) Population III stars...

[@yvonnemiezis5199]

Interesting to know about this, thanks 👍😊

[@lampisfun1139]

It’s so funny seeing all the outer wilds references with people in the replies thinking they’re talking about our actual universe and not getting the reference lol

[@ruperterskin2117]

Cool. Thanks for sharing.

[@geoffstrickler]

Just to clarify, that’s ~400M Supernovae per year…within the visible universe.

[@JungleJargon]

There’s only real matter. It’s the rate of causation that changes because time and distance change.

[@wilmaterna4667]

that is awesome, everything is awesome!

[@sherilynn1310]

Okay, this makes me wonder. How do we know that everything we see is the age we expect from its distance from us? Maybe parts of the observable universe are older than the Big Bang...Going over what I remember from college physics and videos I've watched, I don't know if it's a foolish question.

[@DistinctiveBlend]

the big bang is the inflation of the universe, it isn't an explosion, therefore nothing within the universe is older than the big bang.. it's literally the beginning of time as we know it.

[@zanuka7487]

Chert is not feeling well rn

[@johnsmiguel]

Recommend Dr Fatima too!

[@billyboy17ify]

Why is everyone shocked I'm mean look at that image I mean really look at it. The possibility are endless 🤯

[@ivanmenezes640]

How fast universe is expanding, using these recent supernova data?

[@revengeofshadow9353]

So the theory about gold being created through supernovae(?) as its primary source might be true as before scientists thought this was the case but this many of them happening was not very likely.

[@davidsault9698]

An excellent video just full of information. Thanks Anton. From my downloaded Z chart it appears a Z of 3.6 would put a supernova at less than 2 billion years after the big bang - if I'm reading it correctly. That would be impossible for a normal sized star, which would take billions of years to go supernova. These very early Type II supernovae must have been very large stars burning through their sequence of elements at a very rapid rate I would think. Either that, or they are not in the time they think they are in. And, since I'm not a physicist, I can speculate wildly and I think that so many supernovae are constantly converting mass into its space equivalent and that causes expansion of the Universe and perhaps local space density anomalies that can cause or enhance lensing effects. I'm looking forward to physicists finding their dark matter particle. Until they do, I'm having lots of fun with my theory.

[@shantiescovedo4361]

What do you mean by “normal sized stars”?

[@OBGynKenobi]

Imagine if we had a JWST of twice the size? The discoveries would be mind blowing.

[@denysvlasenko1865]

Imagine if we had a monolithic telescope with unobstructed aperture (IOW: without those eight diffraction spikes JWST has because of struts and hexagons).

[@paulbyrne2893]

They all went off at the same time? What are the odds on that?

[@cavey001]

Perhaps some of those "supernovae" are actually the exit points of blackholes? You know, since they've never found any evidence of whiteholes?

[@MikeRLloyd73]

Beetlejuice worries me

[@dhausmig]

Just don't say his name 3 times. You'll be OK.

[@billynomates920]

new mayor more

[@julians7268]

Nothing to worry about.

[@shantiescovedo4361]

It shouldn’t

[@arctic_haze]

Can you use lensed supernovae to measure distances?

[@davidrpayton]

Prolly

[@douglaswilkinson5700]

​@@davidrpaytonType Ia SNs are used as standard candles for measuring distance.

[@PaperComa]

“At the exact moment of interruption, reports began coming in from civilian and Foundation observatories all over the world. 226 supernovae were observed to erupt throughout the Milky Way, 34 new black holes were discovered, and 11 previously documented stars disappeared with no trace. Most activity was centered in and around the Center Bulge of the Milky Way Galaxy; none of the activity posed any threat to Earth.” -SCP 2100 Documentation

[@SticksAndStoners007]

Think about looking at the night sky and all you see is lil flashes of lights rapidly firing off 15-25 a second lasting for weeks and months lasting for eternity (abit e could be close enough and had the tech to see and record the night sky with extreme detail

[@wday8302]

And when it is seen that the end of existence is on the way, What will we all do? Will the heaping of "wealth" be the only objective!?

[@Gruntzilla]

Roast your jumbo marshmallows while you can, explorers...

[@larscarter7406]

Dark energy density was different back then.

[@charlesbedard4796]

Oh no, guys I think we're gonna need to find the eye.

[@akakakakakak3084]

No big bang, the universe is expanding by supernovas.

[@21palica]

I guess JWST just confirmed the saying: "If you can't see the entire picture clearly, take a step back and buy better glasses."

[@FrancisFjordCupola]

But then again, what does the "pe" in H0pe stand for? Proton-Electron? Premature Eruption? Potentially Exciting?

[@psychojetenjoyer4678]

Looks like intergalactic war broke out.

[@marki-l4c]

would a more mature universe star with more heavy elements have a tour 1a nova go critical faster with less hydrogen fuel than an early universe star and so have a different brightness?

[@TraplineEzi]

How they know they looking in the right direction?

[@DominicRyanOsborne]

Does it do anything to redefine inflationary pressure due to the existence of so many explosions

[@AKSTEVE1111]

"Hope" for less theory and more facts 🙏 🙏🙏

[@aurelienyonrac]

It is a fact that you hope or not.😅

[@shantiescovedo4361]

Theory and Experiment go hand in hand. Only idiots believe that there are “facts” involved.

[@mattorr2256]

Are you sure about that completely now? We may not be ready for nothing but facts!!!!

[@douglaswilkinson5700]

Theories are accepted explanations of a natural phenomenon backed up by facts.

[@orderoftheburningbush4781]

Whats the possibility that some of them are planets that were destroyed in a ancient war?

[@silphv]

Planets wouldn't explode so brightly. Even considering a weapon that can destroy a planet, the energy required would be a lot less than what a supernova releases. We probably wouldn't see it, unless it was as close to us as some of the systems we find exoplanets in, and even then, an Earth-sized planet is hard to notice, and its destruction might be hard to distinguish from noise.

[@Tugela60]

Ok. So the conclusion is that space is really really big? Like we did not already know this?

[@drfill9210]

I want someone to discover that all the stars we see are just the sun- and the light is just from black holes lensing and bending the light right back at different times😂😂

[@99guspuppet8]

❤❤❤❤❤❤❤❤❤❤ done

[@paulschlachter4313]

-Basically- please!

[@GiantsGraveGaming]

Quick question: if white dwarf starts are the final stage of the life of a small\medium sized star, and it takes the sun 10 billion years to reach that stage, and smaller stars take longer to reach that stage, how can there be a type 1A supernova only obout 2 million years after the big bang?

[@valentinocozzi]

The universe goes boom boom