Top 50 Space Discoveries So Peculiar the Universe Cosmology Had to be Rewitten by Top Scientists
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- Опубликовано: 15 май 2024
- The study of space and the universe has always been an area of fascination for scientists and researchers around the world. Over the years, numerous discoveries have been made that have reshaped our understanding of the cosmos. Some of these discoveries were so groundbreaking and peculiar that they forced scientists to completely rewrite the theories of cosmology that had been established up to that point. Here are some top 50 space discoveries that have had the biggest impact on our understanding of the universe.
The discovery of dark matter and dark energy, which make up the majority of the universe's mass and energy. The realization that the universe is expanding at an accelerating rate.
The discovery of cosmic microwave background radiation, which provides evidence for the Big Bang theory. The identification of gravitational waves, which confirmed Einstein's theory of general relativity. The discovery of black holes, which have an immense gravitational pull that even light cannot escape. The confirmation of the existence of exoplanets, or planets outside our solar system.
The discovery of quasars, which are the brightest objects in the universe.
The discovery of cosmic rays, which are high-energy particles that come from space.
The identification of the Higgs boson, a subatomic particle that gives other particles mass.
The discovery of dark stars, which are made up of dark matter and emit no visible light.
The discovery of the cosmic web, a vast network of dark matter and gas that spans the universe.
The identification of white dwarfs, a type of star that has exhausted its nuclear fuel.
The discovery of gamma-ray bursts, which are the most energetic explosions in the universe.
The identification of pulsars, which are rapidly rotating neutron stars that emit beams of electromagnetic radiation.
The discovery of gravitational lensing, which occurs when the gravity of a massive object bends light.
The identification of redshift, which is a measure of the distance and speed of astronomical objects.
The discovery of dark galaxies, which contain dark matter but no visible stars or gas.
The identification of the first stars and galaxies that formed after the Big Bang.
The discovery of supernovae, which are explosive events that mark the end of a star's life.
The identification of the Cepheid variable stars, which can be used to measure astronomical distances.
The discovery of magnetars, which are neutron stars with extremely powerful magnetic fields.
The identification of brown dwarfs, which are failed stars that are too small to initiate nuclear fusion.
The discovery of the Kuiper Belt, a region of space beyond Neptune that contains many icy objects.
The identification of the interstellar medium, the matter and radiation that exists between stars.
The discovery of the Oort cloud, a hypothetical region of space that contains many comets.
The identification of cosmic strings, which are hypothetical one-dimensional objects that may have formed during the Big Bang.
The discovery of intergalactic gas, which exists between galaxies.
The identification of the Lyman-alpha forest, a region of space with many hydrogen gas clouds.
The discovery of dark energy filaments, which are structures of dark matter and dark energy that stretch across the universe.
The identification of gravitational lensing by galaxy clusters, which can magnify and distort distant galaxies.
The discovery of the first supermassive black holes, which are thought to reside at the centers of galaxies.
The identification of Type Ia supernovae, which are used to measure the expansion rate of the universe.
The discovery of the Great Attractor, a region of space that appears to be pulling galaxies towards it.
The identification of the cosmic microwave background dipole, which is caused by the motion of the Milky Way through the universe.
The discovery of planetary nebulae, which are the remnants of dying stars.
The identification of galactic cannibalism, where larger galaxies consume smaller ones.
The discovery of the first quasar pair, which are two quasars that are located close to each other.
The identification of cosmic voids, which are large empty regions of space.
The discovery of the first double pulsar system, which provides strong evidence for the existence of gravitational waves.
The identification of superclusters, which are groups of galaxy clusters that are bound together by gravity.
The discovery of the cosmic microwave background quadrupole, which is caused by the orientation of the universe.
The identification of dark energy as a repulsive force that is causing the universe to accelerate its expansion.
The discovery of the first exoplanet with an atmosphere, which was detected using the Hubble Space Telescope.
These 50 space discoveries have revolutionized our understanding of the universe and cosmology. They have opened up new avenues of research and inspired scientists to keep exploring the mysteries of the cosmos 
Развлечения
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Stared at the videos for 2 mines, 38 seconds. Not a clue what he said. High asf
🤣🤣🤣🤣🤣🤣🤣
Bless 🤣😆
'it must be dark, bcuz we cannot see it'.... 👍👍
Lol,witty,awesome
Love these videos. Great to watch b4 bed. 🛌 Keep ThEm CoMiNg
That sounds like an insult haha. I do the exact same thing.
Doesnt he have that perfect voice to fall asleep too?
Yay, new video. Thanks guys
Thank god for your videos. I look forward to them and I appreciate you creating them. Amazing.
Love these videos
This is so awesome
Awesome!!
Props to the camera man being all these shots
This is the most over used and over rated joke you can do better
Amazing
At the beginning of this video it shows that bright long stream of light in seen something like that on 25 November 2019 at 11:25pm Australian est does anyone know what it was
A Roo mate
Just wandering if after expanding universe; so many billions of years , it reverses to the Big Bang
Exactly...forever expanding then contracting untill it explodes and expands again..
Thats called THE BIG CRUNCH
We can’t see all the way back to the first Big Bang though, because it was just a soupy plasma for the first 100 million years. Something like that. (I’m in it for the pretty pictures.)
@@dragonslayer-tr2oh technically, it's called the Big Bounce Theory.
The big crunch Theory varies in that it ends at the crunch, whereas the Bounce implies the continual process of expansion and contraction.
Conformal cyclic cosmology. Correct or not listening Roger Penrose talk about it is fascinating
You deserve waaaay more subscribers!
thank you, please share for us!
This is your good night video; lol !
Good that we have a lot of space
11.29 It is generally accepted that space is expanding in all directions. If that is the case then why do so many stars and structures not shine with red light?
They do... We have an atmotsphere that distorts things. Go to 1:11 and pause. See those red-ish and blue-ish stars?
So how are we going to live on this earth 🤔
Our Universe is just a Spec in a much larger Universe..............
We're just a Atom in a larger body.
This thumbnail is awesome
Video starts in the middle of a sentence. What happened to the beginning?
Questions, questions about what happens after the absorption of the black hole?
...um
alimony ?
Gliese is pronounced "GLEE-ZUH"
So time is not relative? If you can see back in time
"Time is relative" means that in certain situations time moves differently. Like around a very massive black hole time moves much slower; it doesn't mean you can see the past
Awesome. (Not as in Dude)
I thought i was the only one who listened to these to sleep😎😎😎
I listen to videos like these while I fall to sleep as well. Makes for interesting dreams.
Excellent sleep well
the universe is hundreds of trillions years old
Mediated to center of Quasars is their Inertial plane, of infinite capacitance. Ejecting Protons made of Positrons. That become Hydrogen after the Protons coil up some Aether field, Electrons.
Dark matter must be Dark because we can't see it? Yeah....no
Cosmology had to be rewitten?
Yeah that's a bit much. "Updated" is what I would call it.
😅🤣
Cant watch commercal evevery 2 minutes
Why do people talk about galaxies like their structures? They are groups of stars so far apart that the information from the size closest to us is so far distorted from the physical information on the farther side of the Stars how are you trying to correlate anyting with information you don't have
If scientists say the universe is expanding and everything is moving further apart, How are galaxies colliding ?
I’m just a laymen, but here it goes. If the galaxies happen to have a strong enough attraction, they will eventually collide due to gravitational forces. However if the separation of space is greater than the gravitational force between galaxies, the galaxies will move farther apart.
Check out hubbles law. Also the milky way has already started the collision with andromeda and will probably be finished in around 4 billion years. Everything is moving and it will possibly end up being a cold dead (heat death) universe in 10³²⁴⁴milleniums. Which is a big number.
The space between the galaxies is expanding, not the galaxies themselves which are held together by gravity.
Because gravity still works. Everything is expanding evenly, space and matter. The gravity between those points of matter still attract each other.
In cases where there are enough mass and the distances are not too vast then gravity is strong enough to counteract it. Planetary systems, solar systems, galaxies and galaxy clusters can all stay together.
I don't buy the "light cannot escape" aspect of what we call black holes.
Have any physicists published anything pertaining to light spectrum? Perhaps there's a spectrum beyond infrared that we cannot see or detect? That we wouldn't even be aware of.
I'm liking your thoughts and, that would be cool to know, maybe James Webb will answer
It has to do with the speed of light, escape velocity, and something called a Swarthchild radius. Its essentially the size or point at which anything with mass (whether a black hole, a sun, planet, or even a human body.. anything containing mass) has to be compressed in order for the spacetime around it to become so extremely warped that the "escape velocity " becomes greater than the speed of light.
For example, with the size/mass of the earth, the speed in which space shuttles must accelerate in order to escape the gravitational pull of the Earth is something like 11km per second.
Black holes and supermassive black holes are so extreme, in regards to their mass and gravitational pull, that the speed of its escape velocity is greater than the speed of light. So, since nothing moving through space can move faster than the speed of light, photons or anything else can only enter. It cannot go fast enough to equal the required escape velocity for us to ever see it. It's still there, inside of it, but we can never see inside because our eyes, and instruments, require photons in order for them to hit our retina and give us a visual image.
Ironically, Einstein, whose equations predicted black holes (not outright, but the math led to them being predicted) but Einstein didn't believe they were real. He assumed it was just the math and just because the math allowed it didn't necessarily mean that nature did.
Very interesting stuff
it has to do with escape velocities. the gravity well produced by a black hole exceeds escape velocity standards. you don't have to buy it. reality will continue with or without your understanding or belief.
😂😂😂
Starts with no titles or intro and the voice is like a cheap synthesizer.
often intelligence is hard to consume by the dumb. it probably has to do with your ability to understand basic things. its sad, but also the reason you work at McDonald's and not in physics
If you travel trough space, you are going back in time (so they say), but the universe is expanding, so it makes a new future(you might say) , so wich direction is the past and wich the future? Or are we actualy peering into the future, and we actualy live in the past?
Is the universe infinite? From human point of view it is. We can never travel faster then the universe expands, so there will never be an end.
What if nothing is the bigest, and nothing smalest, but everyhing bigger=older
X
First. Yay
Nope.
@@MrShigura Don't know but your comment says "7 hours ago" and Saddy's "2 days ago".
Doesnt have to mean anything but yeah.
@@gustavgnoettgen I think someone else commented first, don’t remember
The jets are Dielectric energy, out of Aether's hyperboloid, becoming Protons/Hydrogen. The Magnetic Torus is returning to Dielectric energy/Jets. Dielectric energy returns to the Inertial plane.
The center is black because the Magnetism has returned to Dielectric energy. Without both transverse waves of Dielectric energy and Magnetism/Dielectric voidence field. There are no Nodes for EM waves, Light, to propagate on. Lights rate of induction is Magnetism's rate of creation. Magnetism gives Magnitude to the Universe.
Your nasly voice is horrible. What happed to the chill, soft speaking guy with British accent???
Or, the Universe is imploding. Like, fractals from the Mandelbrot set/Counterspace.
Wow look at all those galaxies i those shots and Billions of stars within those!! Our planet earth is so insignificant. I believe there is a god and his creation