Nobody has detected paraparticles or so-called chameleon particles yet. Theoretically, a para- or chameleon particle that is at the same time a boson and fermion is possible. The particle is theoretically very easy to detect but the problem is that when the paraparticle stands in the stable position it's a fermion. And when it starts to move or transmit some interaction or wave movement it's a boson.
Researchers must detect that transformation and it's a very hard thing. The sensor must be aimed at the precise right place at the precise right time. Another interesting particle is the particle that has mass on another side and is massless on the side is the thing that boosts the search for the chameleon particle. The chameleon- or paraparticle can be the thing. That solves many quantum computer's problems.
The ability to take the information and then transport it using the same particle can revolutionize quantum information technology. But to find that particle researchers should know what force can it transport. Or which wavelength wave movement does it send? Before those information that particle remains at the theoretical level. And confirmation of those calculations is more difficult than people can imagine.
Theoretically is possible to turn other particles than anyons into 2D form. Anyon is a quasiparticle that can act as a router in quantum-size systems. That happens by pushing the particle into flat mode and be careful that radiation cannot slip in the partice. Another way to make that thing is to use an electromagnetic vacuum and EM version of the hydraulic press. In that system, the hydraulics are replaced using the radiation that pushes particles from above and below.
Then anyon or photon ring around the particle makes an electromagnetic vacuum that should help to stretch the particle. The anyon is the only known 2D particle. But if there is some kind of system that can stretch electrons or some other particles from its sides. That system can be the tool that makes an impression in quantum technology.
https://scitechdaily.com/quantum-physics-just-got-even-stranger-meet-the-mysterious-paraparticles/
https://scitechdaily.com/new-quantum-particle-discovery-set-to-revolutionize-physics/
https://en.wikipedia.org/wiki/Anyon
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