Researchers discover a rare form of magnetism in a graphene structure

RE: Researchers discover a rare form of magnetism in a graphene structure

jipilabont — Mon, 23 Nov 2020 14:55:27 GMT

If i may, normally the electrical conductivity of ‘graphite’ is due to the delocalized electron not in the covalence bond between 4 carbon atoms.

Layering 2 sheets of Graphene you may be mimicking generation of graphite delocalized electrons of each layer facing away from one another, at least it is possible. Freezing those layer to near absolute Zero temperature should freeze those delocalized electron on top of each other making a vector like electric field giving the found magnetic field the more you turn the orientation of those sheets. But i might be wrong.

RE: Researchers discover a rare form of magnetism in a graphene structure

DAB — Sun, 15 Nov 2020 18:57:26 GMT

In my research I have found that you can get a magnetic field anywhere you can initiate photon flow between atoms.

The Graphene structure would not support this effect as a single sheet, but once you establish the three dimensional structure with atoms between the hexagon structure, you can establish a charge flow structure that would indeed support magnetism.

Many people believe that only ferrous material can support magnetism. That is not true. You can build structures of many types of atoms that if you allow them to form a crystal in a magnetic field, they can sustain charge flow and retain that magnetism after they reach a solid state.

DAB

RE: Researchers discover a rare form of magnetism in a graphene structure

jipilabont — Fri, 06 Nov 2020 12:39:11 GMT

I thought transmutation was not possible in « magnetism » to produce magnesium like it is written in this article résumé or maybe it is a typo.