πŸŽ“πŸŽ“ PPG University -Universe ---- Black holes

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Hope i can tell you in simple way to make it easy for you.
If you shine a light on it it will be to far to suck it in where you standing now. But if you shine close enough by a black hole then it suck it in... Gravity is so strong that everthing goes into the black hole and you get stratch out like thin wire. like to pull hard on a rope and gets thinner... like thatπŸ˜ƒ
Wow, that would be so cool to look atπŸ˜ƒthanks for the explanation DanielπŸ‘

...and here we have a great question!

.....
. But ... that's not
all - something (non-manifest) actually comes out of
the hole during this process ... πŸ™‚

Alway difficult to explain easy this kind of matter...
To give a awnser that everyone understand is even hard as this subject.

But your words and explain are really good πŸ‘πŸ‘ i like that

Has anybody watched the NASA simulation which was published recently? It was about falling into a black hole.

https://m.youtube.com/watch?v=chhcwk4-esM&pp=ygUPTmFzYSBibGFjayBob2xl

Has anybody watched the NASA simulation which was published recently? It was about falling into a black hole.

https://m.youtube.com/watch?v=chhcwk4-esM&pp=ygUPTmFzYSBibGFjayBob2xl

Good video to explain if you get into it .. thank you very much to share this πŸ˜πŸ‘

Thank you very much, Daniel.


...it would also be extremely interesting to perceive the known
phenomena from a higher-dinesional 'space'. Such excursions
would make our world view appear in a completely different
way. Perhaps even the solution to our problem - here in three
dimensions -- lies in such a shift...?

Your welcome
And if people know this things maybe they have a other few ont hings and better understanding.
Hope always that people use this kind of information πŸ˜ƒ

Thank you very much, Daniel

That`s a very interesting topic for me.
I edited it already in NEWS-Report

Good night
Christine

Thank you very much, Daniel

That`s a very interesting topic for me.
I edited it already in NEWS-Report

Good night
Christine

Thank you He_art. It is interesting subject to read but hard to write it in easy way that everyone can understand.

Hi Daniel,

Do you know Nikodem Janusz PopΕ‚awski?
I got very inspired by your lecture and digged a little deaper.

His theory is that every black hole could be a doorway to another universe
and that the universe was formed within a black hole
which itself exists in a larger universe.

I watched a report on arte.

The other thought of mine is. The science wants to proof anything that is not possible
to solve within the three dimensions. Do you think there are humans that have access
to a higher dimension? After all the "normal" human being just uses less than 20%
of the possibility the brain provides. And I doubt that the brain itself plays the leading role.

Just some thoughts
Christine

Hi Daniel,

Do you know Nikodem Janusz PopΕ‚awski?
I got very inspired by your lecture and digged a little deaper.

His theory is that every black hole could be a doorway to another universe
and that the universe was formed within a black hole
which itself exists in a larger universe.
.........

Yes. I hear about him time a go. πŸ˜ƒ

Awnser:

We all know that the black hole everything sucks in and never come out.
And it is possible that it's a doorway to a other universe ... If you swolowed by a black hole it's maybe possible that you come out in a other universe --in other words that we speak about a multiverse. (more universes)

The other thought of mine is. The science wants to proof anything that is not possible
to solve within the three dimensions. Do you think there are humans that have access
to a higher dimension? After all the "normal" human being just uses less than 20%
of the possibility the brain provides. And I doubt that the brain itself plays the leading role.
Awnser: Science has 3 dimanesion: Length, high and width.
And if humans have the acces to get a higher dimension in that way is difficult to say.
We use only 20% of our brain.
So, maybe there's a possibility to get to a higher dimension. Maybe in a far futureπŸ€·β€β™‚οΈ

It's a bit difficult subject and hope my awnsers are easy to understand?

Edited by Daniel-Mulder .

Hi Daniel,

I think you did a good job with your lecture.
The lessons should be motivating enough for the students to
do some researches on their own. Your subject is very interesting
and it leaves space for a lot of questions.

The human body and mind is also some mystery to me.
Still, after almost thirty years as physiotherapist.

πŸ™‚
c.

........

The human body and mind is also some mystery to me.
Still, after almost thirty years as physiotherapist.

πŸ™‚
c.

Thank you 😁
Hope always with this lecture about the universe to tell it in easy way that everyone can understand because it's difficult matter to understand. And always good to hear that i motivate people with this πŸ˜ƒπŸ˜ƒπŸ˜ƒ
And the human body and mind is even mistery as the universe

Edited by Daniel-Mulder .
Hi Daniel,

Do you know Nikodem Janusz PopΕ‚awski?
I got very inspired by your lecture and digged a little deaper.

His theory is that every black hole could be a doorway to another universe
and that the universe was formed within a black hole
which itself exists in a larger universe.

I watched a report on arte.

The other thought of mine is. The science wants to proof anything that is not possible
to solve within the three dimensions. Do you think there are humans that have access
to a higher dimension? After all the "normal" human being just uses less than 20%
of the possibility the brain provides. And I doubt that the brain itself plays the leading role.

Just some thoughts
Christine

His article "Universe in a black hole" in Einstein-Cartan gravity, is a quite interesting and remarkable one. He claims that: "The conservation law for the angular momentum in curved spacetime, consistent with relativistic quantum mechanics, requires that the antisymmetric part of the affine connection (torsion tensor) is a variable in the principle of least action. The coupling between the spin of elementary particles and torsion in the Einstein-Cartan theory of gravity generates gravitational repulsion at extremely high densities in fermionic matter, approximated as a spin fluid, and thus avoids the formation of singularities in black holes. The collapsing matter in a black hole should therefore bounce at a finite density and then expand into a new region of space on the other side of the event horizon, which may be regarded as a nonsingular, closed universe. We show that quantum particle production caused by an extremely high curvature near a bounce can create enormous amounts of matter, produce entropy, and generate a finite period of exponential expansion (inflation) of this universe. This scenario can thus explain inflation without a scalar field and reheating. We show that, depending on the particle production rate, such a universe may undergo several nonsingular bounces until it has enough matter to reach a size at which the cosmological constant starts cosmic acceleration. The last bounce can be regarded as the big bang of this universe."

That's quite brilliant since he makes some reasonable grounds for terms such as big bang, torsion tensor and cosmic inflation. His equations in the article sound pretty promising in the very sense of science.

Regarding to the dimensional question, The universe has three spatial dimensions (length, width, height) and one temporal dimension (time). This model is not related to our abilities but the very nature of gravity. In our universe, gravity follows an inverse square law, which means that the strength of the gravitational force decreases with the square of the distance between two objects. If there were additional spatial dimensions, the behavior of gravity would be different, and this would likely have observable effects on the motion of celestial bodies and the structure of the universe. The laws of physics are finely tuned for a 3+1 dimensional universe. It's important to note that theoretical physics, particularly in areas like string theory and brane cosmology, does consider the possibility of extra spatial dimensions beyond the familiar three. If such dimensions do exist, they would need to be compactified or hidden on very small scales to be consistent with our observations of the universe. Additionally it would be against the fundamental properties of space. As a macroscopic scale object at regular energies, you are restricted to move and interact in three dimensions of space, and one of time. Unfortunately, despite very intensive efforts spanning several decades, no evidence of these extra dimensions has ever been found. Most notable of these attempts was the failure of large hadron collider to find any indication of higher dimensions.

You guys really make me going further down the rabbit hole πŸ™‚

Do you know that one? Dr.Quantum visits flatland

You guys really make me going further down the rabbit hole πŸ™‚
Maybe one of this video's will helps you to get a better idea πŸ˜ƒ

Black hole

Do Five Dimensional Black Holes Prove Einstein Wrongole

His article "Universe in a black hole" in Einstein-Cartan gravity, is a quite interesting and remarkable one. He claims that: "The conservation law for the angular momentum in curved spacetime, consistent with relativistic quantum mechanics, requires that the antisymmetric part of the affine connection (torsion tensor) is a variable in the principle of least action. The coupling between the spin of elementary particles and torsion in the Einstein-Cartan theory of gravity generates gravitational repulsion at extremely high densities in fermionic matter, approximated as a spin fluid, and thus avoids the formation of singularities in black holes. The collapsing matter in a black hole should therefore bounce at a finite density and then expand into a new region of space on the other side of the event horizon, which may be regarded as a nonsingular, closed universe.

.......

It's really an interesting article what he make.
And look forward to see more work of him and about the dimension... Interesting and difficult

Edited by Daniel-Mulder .

Thank you again for the lesson Daniel!! πŸ™‚ But I have a question too. Maybe it is already answered but it is a difficult topic. So my question is if black holes get bigger and bigger and bigger: do they become so big that they eat like whole planets? πŸ˜΅β€πŸ’«πŸ˜΅β€πŸ’« Because the earth is not so big and a mega black whole can maybe swallow planets and get bigger and bigger. πŸͺπŸͺπŸŒ πŸ‘€

Thank you again for the lesson Daniel!! πŸ™‚ But I have a question too. Maybe it is already answered but it is a difficult topic. So my question is if black holes get bigger and bigger and bigger: do they become so big that they eat like whole planets? πŸ˜΅β€πŸ’«πŸ˜΅β€πŸ’« Because the earth is not so big and a mega black whole can maybe swallow planets and get bigger and bigger. πŸͺπŸͺπŸŒ πŸ‘€
Thay can eat planets and a whole galaxy too so, if he eat then he get bigger and bigger... and if the black hole is full of what he eat then he spit it out like a beam . And that beam is milions kilometers long and is deadly because its gamma rays

Edited by Daniel-Mulder .