The newly discovered material state has historical significance with modern computers

Thus researchers have added a new quantum physical substance to their list.

In addition to the four "classic" physical states: solid, liquid, gas and plasma, scientists have discovered many new forms of matter such as Superfluid superfluid, vitreous bodies etc.

And most recently, Quantum Spin Liquid's physical state (or "liquid dipole spin") . And instead of just playing a big role in theoretical physics as discoveries of recent physical states: the Jahn Teller metal body , this new physical discovery will accelerate the research and development process. First quantum machine generation .

The discovery of the new physical body will accelerate the process of research and development of the first quantum machine generation.

The specific properties of this new form of matter make electrons, even at low temperatures, instead of arranging and heading to the same polarity maintain their chaos. In fact, the Cambridge University UK scientific team and a team from the US Oak Ridge National Research Institute used neutron scattering technology to "see" the phenomenon at the viral level. .

And they were extremely satisfied when they first successfully collected evidence of the existence of the Majorana fermion , a type of particle that is not really ordinary matter but more accurately a description of an act. micro transformation of electrons.

In fact, despite being judged about the existence of this new state of matter 40 years ago but due to technological limitations, only researchers now have the opportunity to observe real behavior. of the physical body along with the mysterious fermion nuts.

Majorana fermion county belongs to anyon non-abelian pseudo-grading class , this classification of grain from ancient to this time has never been observed. And also the kind of seeds scientists put most hope into building a true quantum computer system.

County fermion Majorana belongs to anyon non-abelian pseudo-grained category.

The member of the research group Dmitry Kovrizhin happily explained: "This is an important step in a deeper understanding of quantum matter in general. We are very excited because we were the first to observe. The new physical form - this will create many opportunities for us to carry out future experiments on quantum ".