Molecular
and Atomic Physics Summary Tables
The geometrical parameters and total bond energies
of over 800 exemplary organic molecules have been calculated from
the functional group composition. Includes calculated and experimental
values for Ratios of Masses of Fundamental Particles, Electron g-factor,
Excited State Lifetimes, Excited States of Helium, One- Through
Twenty-Electron Atoms, the Hydrogen Molecular Ion and Hydrogen Molecule,
and Diatomic and Triatomic Molecules.
Computation
Files
Excel spreadsheets and Mathematica notebooks (both
also available in PDF) to accompany calculations and figures in
the book.
Animations
Animations in AVI format of lattice structures, atoms and molecules,
the bound electron current pattern, fundamental particles and processes,
and cosmological processes.
Book
Figures
Confused about a figure in the book? View interactive, 3D models
of them here.
Classical
Electron Diffraction
Description of the famous electron double-slit experiment, the "central
mystery of quantum mechanics," and how it is resolved with
the CQM theory of the free electron.
Aspect
Experiment
Description of the famous experiment that
was claimed as proof of "spooky action at a distance,"
and how it is properly interpreted as proof of a deterministic,
local universe with the CQM theory of the photon.
Free
Electrons in Liquid Helium
Free electrons in liquid helium form physical
hollow bubbles that serve as resonator cavities that transition
to fractional (1/integer) sizes and migrate at different rates when
an electric field is applied.