Japanese researchers have created a way to create synthetic dimensions inside our 3D dimension. The system can use to make a research what happens in the world inside the black hole. And that also allows determining what kind of energy level. And oscillation and reflection are needed to keep the material in the 3D space. The system uses a cube of silicon and photons. That silicon cube is creating the synthetic dimension where the energy levels of the photons can control.
"The researchers fabricated a synthetic dimension on a silicon ring resonator, using the same approach used to build complementary metal-oxide-semiconductors (CMOS), a computer chip that can store some memory. A ring resonator applies guides to control and split light waves according to specific parameters, such as particular bandwidths". (Phys.org/Shining a light on synthetic dimensions)
Those things are stressed by using energy. And that allows simulating higher dimensions in lower dimension spaces. The thing is that these kinds of simulations are interesting. And maybe someday things like superpositioned electrons can send to the fourth dimension. The idea is that the electrons would superposition in that synthetic dimension. Then another part of that electron pair will get energy stress. There is the possibility to get information from the fourth dimension.
Quantum holograms are useful tools for observing quantum states.
We can think of a dimension as the quantum state. And there is the possibility to manipulate quantum states by using some atoms. Or actually, the system uses atom clouds.
The quantum holograms can use to make the model of the object. And those things don't even need to see their subject. The idea is that the energy inside the subject is interacting with the photons and quantum fields of the hologram. That means quantum holograms can also detect things like electricity in the wires and nervous systems.
Quantum hologram is like photonic radar. It interacts with its environment. When something travels through a hologram. That thing causes changes in its form and holograms can also be used as quantum radars. But quantum holograms can take information from the nervous systems. And maybe those things can someday break quantum computers that are unbreakable for regular hacking tools.
The idea of hologram-based quantum hacking is that the attacking system would just download data from qubit. Then it just re-loads that data to the qubit after the attacker has made an unauthorized copy of that information. The reload of the information denies that the owner of that data would not recognize the steal of information.
The thing is that quantum radars can get information from the deepest bunkers.
There is a possibility to make the quantum radar by using neutrinos. The neutrinos can superposition and entagled. The quantum entanglement allows transmitting data from spaces. But there is another way to make the quantum radar. The particle can shoot in the radiation beam to the target.
Then that high-energy particle transmits radiation. The thing is that radiation will affect with radiation that travels around it. Then that thing sends the radiation impulse around that radiation beam. Same way when particles like neutrino are spinning they are sending radiation.
Neutrino is a particle that can travel even through the entire planet. So if some system can receive that radiation it would be the fundamental system. There is the possibility that neutrino can shoot in gamma-ray beams. The radiation that neutrino sends affects the gamma-ray pillar.
Or if neutrino can trap there is the possibility to make the quantum yoyo. When energy is transmitted to superpositioned particles distance of those particles increases. And when the energy pump ends they are sending radiation that can observe by using some sensors. That kind of system can detect things like data that is traveling in the network.
https://arstechnica.com/science/2022/02/atomic-cloud-key-to-controlling-a-quantum-state-without-measuring-it/
https://spectrum.ieee.org/quantum-holography-using-undetected-light
https://phys.org/news/2022-01-synthetic-dimensions.html
https://thoughtsaboutsuperpositions.blogspot.com/
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