The coordinated magnetic fields would confine or constrain a particle like an electron, keeping it within a certain orbit and preventing it from collapsing into the nucleus (as a result of its magnetic attraction). If energy is supplied to an electron its velocity will increase, which causes an increase in current and as a result an increase in the strength of the magnetic field. This increases the electron’s momentum, but the constraining magnetic field will increase even more. There is, however, a certain level of energy that will cause the collapse of the orbits of inner electrons, which will in turn make room for additional internal orbits. The quantum nature of electrons, the formation of covalent chemical bonds and all lattice structures can be explained by the collapse of the orbits of the electrons into smaller orbits.
Posted on: Wed, 05 Jun 2013 14:05:58 +0000
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