Researchers at the Georgia Institute of Technology immediately discovered the emergence of a new quantum property, including the electrical conductivity of matter on spikes of orders of magnitude. Moreover, they found that they create the original dielectric – and they succeeded, but it turned out that the material can very quickly change properties to the opposite, turning into a superconductor. This phenomenon is called magnetoresistance, but research efficiency parameters have not yet been met with such parameters.
The starting material opens with silicon, telra and arganese, which is cast into eight cells, p. Because of this, electrons move from the outside of the cells chaotically, prone to their “plug” type. But with an increase in the magnitude of the change in the diameter and the electrons begin to rapidly increase. However, this only works if the magnetic field is directed strictly perpendicular to the narrow material.
An alternative to a magnetic field can be the application of a current, but in the case of a change in the movement of electrons, a significant time is required, up to several minutes. Existing theoretical models do not explain this phenomenon, so the research speaks of a new quantum mechanics. matter.
Source: Tech Cult
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