Lattice Nested Hydreno Atomic Model: Home
the Zero-Point Energy Field.
This wave-particle electron, analogous to a soap bubble or balloon, can exist in many different quantized, harmonic wave states and diameters corresponding to the electron orbits and orbitals of conventional chemistry.
However, the electron does not orbit the nucleus. It is instead "anchored" to a particular proton on the surface of the nucleus with an "orbiting" zone of charge concentration, which provides the magnetic field of the electron in a manner similar to that proposed for the Mills Hydrino.
The nucleus is found to exhibit a very definitive and predictable geometry (in contrast to the conventional ad-hoc, spherical assembly) based in a narrow range of platonic solids with the protons confined to surface nested bond sites. The chemistry of the atom is consequently directly linked to the semi-rigid, yet dynamic structure of the nucleus in contrast to the assertions of Bohr and