What would you do with 2D quantum gravity?

In the Quanta magazine was an interesting article, that was highlighted as "Mathematicians Prove 2D Version of Quantum Gravity Really Works"(1). The link to that article is below this text. This article brought one thing to my mind. This 2D quantum gravity effect can be the next step to the next generation of compact-size quantum computers.

(1)(https://www.quantamagazine.org/mathematicians-prove-2d-version-of-quantum-gravity-really-works-20210617/)

In quantum computers, quantum gravity can use to change the trajectories of the qubits.

If we are thinking about the possibility that quantum gravity would drive and aim the information in the quantum computers, we would create the most ultimate communication- and data-handling tools, that we can even imagine. By using extremely high accuracy is possible that the data is stored in the photons, which are shot between electrons in the ions.

In that version of the qubit, the electrons of the atom or ion would put to position, where they are forming the electron crystal, what traps photon inside it. But the problem is that the things like laser rays are giving too high-energetic pulse, and the photon would travel straight through the atom. By using micro- or quantum gravity is possible to move things like electron crystals and single photons, without harming the data, that is stored in those entireties.

We know that the force of gravity affects all particles in the universe, and the level or otherwise saying force of the gravity field is increasing when the object is loaded with electromagnetic radiation. And when the energy load of the gravity center is decreasing, the force of the gravity field is decreasing. By using this effect is probably possible to adjust the positions of the quantum entangled photons.

And this thing makes it possible to aim the direction of information in the quantum network. The 2D quantum gravity makes it possible that the entangled photons can move sideways, and that is one of the most interesting things in quantum gravity. Gravity is the thing, that can also be used to change the trajectories of the qubits, and then that thing is one of the most interesting areas in quantum computing.

The fact is that gravity can change the trajectory of the objects like a qubit, but it does not affect the electromagnetic states of the qubit. And the second thing is that makes gravity also an interesting tool is that force affects the same way as photons and other things like subatomic and atomic particles.

()https://www.eenewseurope.com/news/light-trap-turns-photons-massive-quasiparticles

()https://www.livescience.com/45287-how-to-trap-light.html

()https://www.quantamagazine.org/mathematicians-prove-2d-version-of-quantum-gravity-really-works-20210617/

Image:()https://www.quantamagazine.org/mathematicians-prove-2d-version-of-quantum-gravity-really-works-20210617/