I wonder if we could space surf on it?

Or harness it to turn on the light, central heating and cars!

When you're a targeted individual it's NOT so funny or cool

@@elizabethjohnston3135 I am very serious. First thing that came to mind was the solar sail crafts. But it would go instantly to the speed of light.

@@PureDWhiteCloud yeah. I DEW laser in encrypted scripture it's javelin.... I was just reading someone's posts who I'm SURE was an accomplice to COVID deaths

He use to say a lot of crap like that

@@michaelking9818 he's right tho, and you can't deny that

@@omegametroyd I will give you that , he was right but with the amount of crap he use to say he was bound to get at least one right , as you can tell I am a bitter looser.

@@michaelking9818 from my experience I never heard him say any "crap"

Thanks for watching :)

@@TheSecretsoftheUniverse Sussy Bobo

Help, it’s already Monday for 5 hours and I can’t sleep because I’m paralyzed by space video’s

It was filmed by the Hubble space telescope or James Webb

​@@TrillzFTBL it was a joke

Damn I thought the cameraman did it

Camera man never dies. Soon we wil, send him into a black hole

​@@TrillzFTBLfalse. It's clearly all fake imagery.

Hey! Thanks for watching. Our Astronomy Calendar 2023 will be released by the end of December 2022. :) Stay tuned

@@TheSecretsoftheUniverse Thanks for the information! :)

Don't look at the Sun.

Me to🙋‍♀️

Ever heard of Marie Curi?

I think it said it was on October 6 or 9 & is about to move behind the sun the end of November temporarily

Recheck October 9, 2022

@@robinglasgow7693 okay, thanks so much!!

It's fairly complicated, but the TL:DR version is when a star uses up the last of it's Fuel the stars gigantic mass is no longer pushed out by the power of the Fuel exploding, resulting in it "imploding", or getting so compressed by it's own gravity that all the bonds in the atoms break, then the atoms themselves get shredded into their quark components (we are not 100% sure exactly what happens, so this is educated guesswork). The matter gets crushed into a singularity (Black Hole) if the star is large enough and has enough mass. Most of the shredded particles are converted into Gamma Rays, which is a fancy way of saying the highest energy state matter can achieve, at least that we know of. These Gamma rays are so energetic that they can escape the gravity of the Black Hole, mainly as they are propelled by the unimaginably powerful magnetic field around the singularity then forced to the N/S poles where they are shot out from the Black hole in what we call Astrophysical jets. The spin as far as we know doesn't determine whether or not a Black Hole forms, that is a factor of it's mass/size. If a Star isn't large enough it will not form a Black Hole as there's not enough gravity to completely shred matter to the point it can't really be classified anymore, instead you end up with a Neutron star. However the spin of the star and the resulting Black Hole does affect the Magnetic field, although at this point you're talking so much energy it's largely irrelevant except for measurement purposes.

@@mikesemus9773 The GRB does not "escape," the black hole. Nothing escapes a black hole, not visible light or electromagnetic energy of any sort. Technically, information is lost at the event horizon.

​@@koori3085 You are mistaken, only once it passes the event horizon is it lost to our ability to track it and unable to escape. GRB's are formed from matter that hasn't reached the event horizon. A Black Hole isn't just the event horizon, in fact we have almost zero idea what happens at that point. ALL the science around Black Holes is referring to the stuff that happens around it, not in it, since that is all out instruments can detect.

That a Type III civilization would know we are here is akin to Americans knowing exactly where there's a single bacteria in Antarctica, but it would be amazing if they did! Then again, there's the whole 2B yr age gap, so they have no idea we are anything more than bacteria anyway.

Oh yeah, billions of lives snuffed out is a real hoot.

Interesting question. But if we take into account that super massive stars tend to frequently have super massive solar winds and are incredibly hot, it's actually very unlikely that supernovae of this size would have killed any life at all. As any planets orbiting stars of this size generally have extremely harsh conditions with no atmosphere, or one that's straight up toxic (like Venus).

0

Don’t use this to think little of life, we are blessed to have breath in our lungs

@@Jhedden yes

@@elnin74 our planet being in the habitable zone by the grace of god allows life to spring forward, many stars are just gas and dust, but we are a particle compared to the vastness of the universe, it’s a awesome reality we live in

And your point is ...

I think it missed them so they lucky

So did a gamma ray burst happen in 2022 or no

2 billion, the universe is only 13.8 billion. But yes, the actual even occurred 2 billion years ago.

@@koori3085 It’s impossible, that an event, occurring 2 billion years ago, emitted telltale light that made an uninterrupted “beeline” in our direction. It doesn’t seem possible that that beam of light wasn’t materially modified, on its journey, such that our interpretation of what we see is entirely wrong.

@@StillCrazyFL Aside from gravitational lensing, I don't know what kind of modification you are referring to? Interesting idea tho.

I was thinking, something must have gotten in the way of that light beam. Other light from something, from a different source passing perpendicular to the light we see which has been determined to be an explosion? What else could have possibly crossed the light path of this purported explosion?

@@koori3085 Well, I just looked up the definition of “gravitational lensing” and discovered a whole litany of cosmic nomenclature. I think I have to research more about what can affect the journey of light. I bring to the table only my own imagination. However, my basic premise is, in 2 billion light years, it’s likely we’re not seeing exactly what actually occurred. I guess we have to interpret only what we see and only speculate what could have happened.

Because it happened 2 billion years ago...the light just reached here

I didnt notice that it happened i was lazy to look out the window and plus i live in a light polluated areq

And you know this… how?

@@Frankie5Angels150God ! Its so easy to understand God is protecting us

The picture in the thumbnail is an artwork released by NASA years ago in public domain in collaboration with the IceCube Neutrino Observatory in Antarctica. It shows gamma rays, neutrinos, and other subatomic particles being projected at Earth, something which aligns with the concept of the video. We don’t steal :) Cheers!

@@TheSecretsoftheUniverse Sorry I recognized it from Veritasium, thought you took it. Great video though.

No one said it just happened. It happened approx 2 billion years ago and the light from the event is reaching us now. Where is the lie ?

@@andrewmazzer The light from two billion years ago is seen now I get that what I dont get is how its 2 billion light years away the light we now see yet its hitting us instantly on earth when its that far away.

@@jessedupere429 sorry, I don't quite understand what you mean. You say that you understand the light took 2 billion years to get to Earth, but why does it hit us instantly on Earth ?

What?

@@Ryan-gx4ce do some research Ryan you will find out how long it took gamma ray hit the earth, speed of the light depends on density of the sub atomic particles. Obviously more energy they have farther and faster they will travel, subatomic particles just like camels, more water they drink farther away they can walk, plus we can’t forget the force they are getting pushed extremely powerful, let’s compare photons from sun with gamma rays, you know Ryan our sun lost lots energy it doesn’t have the strength push photons any faster than they move through out the space

@@Levon9404 everything you are saying is wrong

Do research, blah blah blah, no sources included. Yeah sure.

Completely nonsensical.

I hope your grades are good enough for you to pass fourth grade, Toats.