Are black holes actually black, or even holes?

What if black holes, the universe's all-consuming gravitational behemoths, aren't actually black—or even holes?

Are black holes actually black—or even holes?

Instead, a new theory proposes that black holes are dark stars with extraordinarily dense, exotic materials at their cores.

In this video, I will explain this theory and show how it might help answer one of the universe's greatest riddles.

Visit our website for up-to-the-minute updates:

Follow us

Join this channel to get access to these perks:

#NSN #NASA #Blackholes #Space #Astrophysics #Cosmos #Gravitationalsingularity #Eventhorizon #Relativity #Gravity #Interstellar #Universe

[stun]

Personally I believe black holes are spherical, like a planet, and appear black…except at the event horizon surrounding the sphere, where materials heat and leak from the ‘black hole’….they are undoubtedly masses that are far more massive gravitationally, than they’re size would normally account for, by very many times… As no one can know the mass of these objects, they could account for the missing mass in the universe that astrophysicists have coined ‘dark matter’…although that does not solve the issues relative to expansion and its speed increase….

[EddySunMusicProbe]

I looked for Dark Stars using Google and found all the relevant papers. Thank you for your video!

[mariannepedersenhagen]

i like that theory. Becaurce i think we have to think outside the box and look at the "old/mainstreem" theory's again, to try to comebine the generell relativity and the quantum world together 🌟

[thego-o-dstuff]

One possible explanation for dark matter is that they are three dimensional pixels that are ten to the minus 100th power smaller than atoms.
Anything that small cannot be measured but still has an effect with gravity in the galaxy.

[trebell]

Are Black holes; pin picks.
With massive gravity.

[tylosenpai]

I believe they are more like..."Fuzzballs"...their density just needs to reach a point where they became smaller than their Schwarzschild Radius, which applies to this "Fuzzball".

If Earth's Sch Rad is the size of a peanut, then the Fuzzball of Earth black hole can be as big as a soybean

[physicslover]

This theory is actually what seems meaningful... I can't help thinking about it... It has ignited a flame of happiness within me.... We will finally someday know about tgese phenomenon.