Black holes and their energy can tell about the T-symmetry and Higgs bosons.

"Researchers have introduced a method for detecting light echoes around black holes that could transform our understanding of their characteristics and impact on the universe. Credit: SciTechDaily.com" (ScitechDaily, Black Holes Are Sending Signals – Astrophysicists’ Groundbreaking Method for Decoding Them)

The black holes send energy. Researchers are interested in the light echoes from the photons and particles, that orbit the black hole near its event horizon. It's possible. Those echoes can uncover the secrets of the black hole's mysterious Hawking radiation. The thing that black holes lose their mass requires that they send their mass somewhere. 

The mass cannot vanish. It must change its form into energy. Or it must jump to the other dimension. In that model, if the energy level of the material turns "too high" that thing causes a situation in the bridge between the material and 3D spacetime. The high-energy particles lose their ability to exchange information. Between them and other particles. In some other visions, the mythic Higgs radiation escapes from the point of the back hole's spin axle. 

The black hole is the only known object in the universe where is the minimum entropy. Maybe in the black hole is the singularity the place where dark matter, dark energy, and the visible material and visible energy are in contact. 

Theoretical physicists say that Higgs's particle gives mass to the material. But the problem is that they don't know if the Higgs boson and Higgs's gravitational- or mass particle are the same thing. Some researchers think that the highest energy particle known as the Higgs boson is still too low energy thing that it could be the Higgs mass particle. The Higgs mass -particle can be the graviton the transportation particle of the graviton, the mysterious graviton. 

The mystery is the Higgs boson's or Higgs's particles' role in gravity. The Higgs particle could be the Higgs's boson is the thing that can give material its mass. In some models, the Higgs's particle is very high energy, but a very small particle. The idea is that this particle is in every single particle with mass. The vaporization of the Higgs particle means that the particle sends energy waves very fast. The particle also spins fast and that means it can send most of its energy in the form of string from its poles or spin axle. 

That thing causes asymmetry in the quantum field around that particle. When a fast-spinning particle sends most of its energy from the poles or spin-axle, that causes the quantum field around it to travel to the poles, and the polar- or spin-axle the size of it decreases at the particle's equator. That causes things outside the quantum field to travel to fill that space. That interaction keeps the whisk-looking structure that forms elementary particles as its form. 

Time-reversal symmetry or T-symmetry means that the reactions are similar regardless of whether time travels forward or backward. Another thing is that the growing entropy in the system makes it impossible to send complicated systems back in time. The microscopic objects don't have entropy. But the problem is that. Those microscopic objects form complex systems. 

The T-symmetry means that it's very hard to detect whether time travels forward or backward in the small systems. We can see all reactions similar way. The expansion of the universe causes the quantum field that locks wave movement and particles in the system to turn weaker. That makes space in the system. And that space is the thing that causes entropy. That entropy makes it impossible or very hard to send information back in time. 

Confirming that thing requires the tunnel that length is from the Earth to Jupiter. 

That is impossible on Earth. The idea is that the information will be sent through the system, and if it's at goal before it leaves that is the thing that proves time travel. But if the size of the system is only a couple of atoms. That means that time reservation is very hard or impossible to detect. T-symmetry is the thing that can make time travel possible. That requires that. The system must control its internal entropy. So if we want to control the system, we must know every part of it. 

https://scitechdaily.com/black-holes-are-sending-signals-astrophysicists-groundbreaking-method-for-decoding-them/

https://en.wikipedia.org/wiki/Graviton

https://en.wikipedia.org/wiki/Higgs_boson

https://en.wikipedia.org/wiki/T-symmetry

Time reversal symmetry is broken in kagome metals at -98C.

Using muon spin rotation at the Swiss Muon Source SmS, researchers discovered that a quantum phenomenon associated with magnetic response varies with depth in the Kagome superconductor RbV₃Sb₅. This depth-dependence allows tunability: a fact that aids potential applications in quantum technology. Credit: Paul Scherrer Institute PSI / Mahir Dzambegovic" (ScitechDaily, Quantum Breakthrough: Time Reversal Symmetry Broken at Record High Temperatures)

T-symmetry or time-reversal symmetry, TRS is the theoretical symmetry of physical laws under the transformation of time reversal. (Wikipedia, T-symmetry) 

"Time-reversal symmetry (TRS) is the idea that the laws of physics are the same whether time runs forward or backward. In certain materials, such as this Kagome superconductor, this symmetry can be violated, meaning the system behaves differently if time were reversed." (ScitechDaily, Quantum Breakthrough: Time Reversal Symmetry Broken at Record High Temperatures)

"In the Kagome material studied in this work, under certain conditions, the collective behavior of the electrons (known as charge order) creates magnetic fields that break this symmetry. This type of charge order is associated with unusual magnetic and transport properties, so it’s of great interest." (ScitechDaily, Quantum Breakthrough: Time Reversal Symmetry Broken at Record High Temperatures)

"Kagome is the name of a traditional Japanese basket-weaving design, formed from a pattern of corner-sharing triangles. But condensed matter physicists discovered a while ago that if atoms are arranged in this structure, the collective behavior of electrons gives rise to exotic and sought-after quantum phenomena." (ScitechDaily, Quantum Breakthrough: Time Reversal Symmetry Broken at Record High Temperatures)

The kagome metals are sometimes interesting developers because of the symmetry or structure of those atoms. In some models, the small magnetis are put through that structure. If they rotate in a magnetic kagome structure they can form a quantum generator. 

In some models, information can be sent from the top to the bottom of the 3D structure as very thin beams. If some kind of quantum whirl surrounds that thin beam it could deny the change of the information. The beam must be tight because that minimizes entropy. It can revolutionize the quantum technology. 

"Since the second law of thermodynamics states that entropy increases as time flows toward the future, in general, the macroscopic universe does not show symmetry under time reversal. In other words, time is said to be non-symmetric, or asymmetric, except for special equilibrium states when the second law of thermodynamics predicts the time symmetry to hold. However, quantum noninvasive measurements are predicted to violate time symmetry even in equilibrium, contrary to their classical counterparts, although this has not yet been experimentally confirmed." (Wikipedia, T-symmetry)

"Scientists have observed superfluid vortices in supersolids, marking a milestone in quantum research. By rotating a supersolid, researchers revealed unique vortex behaviors, with potential applications across quantum physics and astrophysics. Credit: SciTechDaily.com" (ScitechDaily, Breaking Physics: Scientists Reveal “Impossible” State of Matter That’s Both Solid and Superfluid)

Time reversal symmetry broke in high temperatures. The temperature where that happened was -98 degrees Celsius. That is quite a high temperature. The term time-reversal symmetry, TRS (or, T-symmetry) means that every reaction happens similarly regardless of whether that time goes forward or backward in the system.  That thing was seen when information traveled through kagome metal without changing its form. 

That means that even if time goes backward all physical reactions would happen similar way. The thing that makes it impossible to remake reactions is the growing entropy in the system. The expansion of the universe is the thing that grows entropy in the system. Because of universe expansion there forms more free space in the system. And that free space makes it possible for the quants to change their position in the system. 

And then people sometimes ask what that means. Is that some kind of time machine? The fact is that the time is energy. And it's possible to slow time in systems by pumping energy into them.  Slowing time is not so easy in real life. If researchers just pump energy into the system they will break it. They must make a symmetrical structure around the system. And then. They can use that structure as a quantum press. 

As long as the energy level in that quantum press is higher than in the system it can keep the system in its form. But then if they remove that structure energy flows out from the system very fast. 

Those systems where time dilation has happened were the atom-size systems where time dilation is made by using the particle accelerators. In those tests, the system uses ultra-heavy artificial elements whose decay time is less than a microsecond. When the system accelerates those atoms it makes them exist longer than it should. 

When we think about quantum superfluids and other systems, it's possible that maybe someday developers can create systems that dilate time by using quantum generators. The quantum generator can be the atom stick that surrounds the quantum whirl. The idea is that the superfluid in the structure is full of those quantum whirls or quantum generators. And those things can make the system possible to slow time. But that thing might be only theory. 

https://scitechdaily.com/breaking-physics-scientists-reveal-impossible-state-of-matter-thats-both-solid-and-superfluid/

https://scitechdaily.com/quantum-breakthrough-time-reversal-symmetry-broken-at-record-high-temperatures/

https://en.wikipedia.org/wiki/T-symmetry