Unglaublicher Verdacht: Unsere Theorie der Raumzeit ist FALSCH?!

Spacetime and therefore the nature of the entire universe could be completely different than we previously thought. Scientists assume that space-time is fluid. What that would mean for us in this video, so make sure you stay tuned until the end. discover the incredible truth about the universe and if you like it, I would be very happy to receive a thumbs up and a comment, and this will make the Grundmuster youtuber show this video to more people who will then learn something. Thank you all and welcome, we should all thank Albert Einstein because without him we would still have no idea how the universe works.

He discovered that space and time are inseparably linked and together form this space-time. Time can be influenced by mass, for example they are known for massively bending spacetime at a given point, but ultimately each mass also does the same thing to you and that's not a sarcastic comment about your weight, because no matter how heavy it is. You are, you bend spacetime to a certain extent. Now, in the Christmas season, the curvature of space-time could become more massive. Much about this is still unclear, especially the question of what exactly spacetime seems to exist. because it can be influenced and is normally represented as a kind of grid or springboard, but that is only an auxiliary visualization.

In reality, space-time is natural, not a springboard but an omnipresent constant of the cosmos that in principle escapes our understanding, so which at least escapes my understanding. Maybe one of you is much smarter and can define space-time. Write me your suggestions in the comments. What is the best definition in a sentence? There is something suspicious with the Nobel Prize. I will also respond to as many comments as possible. I promise some physicists have a pretty crazy answer about what spacetime could be, they say spacetime is a liquid and very special. We are talking about the so-called superfluid: we are surrounded by a multidimensional liquid that runs through the cosmos like an invisible ocean.

It is quite possible that to clarify this we first have to understand where this theory fits, that is, between. theory of relativity and quantum physics The theory of relativity can, in principle, describe all the great processes of the cosmos, the behavior of celestial bodies such as planets and galaxies, gravity, the speed of light, all this is the content of the theory of relativity. but very, very small processes cannot be captured with it. Quantum mechanics is the part of physics that requires it. The behavior of subatomic particles can be explained, but the theory of relativity and quantum physics do not always harmonize perfectly. each other, but there are some conflicts that are still unresolved.

The main point of contention is gravity because it is the only fundamental force of the cosmos that has not yet been resolved. At the quantum level, the clarification of the relationship between these two. The

theorie

s and search for quantum gravity particles are the most important topics of modern physics and a possible connection of the theory is quantum gravity which in turn includes various ideas such as the principle of gravity with quantum physical processes. So it's just a matter of finding subatomic gravity. process that explains gravity and this is where space-time as a fluid comes into play.

Spacetime could be made up of elementary particles that are so tiny that they fit together like a fluid, very similar to the behavior of water through the interaction of masses. individual molecules that compose it, space-time would be shaped by the effects of its quantum building blocks and said quantum fluid is called superfluid. Before continuing to clarify the secrets of space-time, I will briefly introduce another one. superfluid Holy Energy is a fruity energy drink without sugar and taurine. I had times where I actually drank too many sugary energy drinks and it made me feel sick. I switched to Holy for a few weeks and was able to increase my productivity.

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I comment and now let's return from this delicious liquid to our space-time liquid since the superfluid is very complex, I will say it another way, what would be the laws of the general theory of relativity then the result of the properties of this superfluid similar To Hydrodynamics, which describes the behavior of normal fluids at a markuscopic level, is described like this by the Italian researcher Stefano Liberati. If we think more about the analogy with fluids, we must also take into account its viscosity and if spacetime is a liquid, then according to our calculations, it must be a superfluid, which means that its viscosity is extremely low, not zero, what would that mean for other clients of nature, like the speed of light?

If the cosmos were really filled with a quantum liquid, we could determine that light lasts for billions of years. The oldest galaxies come to us because the James Web telescope has provided us with fantastic images of the oldest galaxies in the cosmos that formed more than 13 billion years ago, shortly after the Big Bang. The light from these first stars reached us over gigantic distances. space and Time, which in turn must mean that the space-time superfluid is very permeable, so it's not a thick space-time milkshake, okay, I just needed an excuse to have a chocolate milkshake in this video, super fluid but the viscosity is the thick fluid as we physics professionals say, it cannot be completely zero, it would have to have a very small value and that is very good news because that way we can verify the theory.

Let's imagine that you have a liquid. so in my sacred shaker and the light passes through it, then we can calculate what influence the liquid had on the light, if the space was filled with a really thick substance like a milkshake, then we could easily determine the effects on the light because The speed of light in Chocolate Milkshake is less than the speed of light in a vacuum if spacetime is actually a liquid. So there would have to be a very small viscosity that would lead to minimal light scattering effects and then we could measure that Stefan or says if this happened, then we would have a strong indication of the models of spacetime that arise from quantum foundations;

You can hardly imagine a more exciting time to research gravity. Unfortunately, such a measurement has not yet been possible, but that does not happen. This means nothing, because it would be extremely difficult to determine these small effects. We are talking about a minimum dispersion or loss of energy of elementary particles, which could be similar to the current ones. It cannot yet be determined by technical means. Analyze gamma rays and high-energy neutrinos, also known as ghost particles, from the depths of space so that any energy evaporation can be measured. Therefore, at the moment it is not clear whether the universe is really full of quantum churn, but it is. a super exciting and, above all, eventually verifiable clue that could finally give us the long-awaited connection between quantum physics and the theory of relativity.

But there is also another cosmic phenomenon that has so far been attempted in vain to track. : wormholes, but that might have changed now because there is a breakthrough in wormhole research. In reality, it could be that we have been directly surrounded by wormholes for a long time. You can discover everything about this incredible story in the video shown. Be sure to click on it to start another journey through space and time and if you want to support my channel, forget it. Don't click on the sacred sponsor link otherwise I'd say see you in the next video, you guys are good guys.