Partial List of Physical Phenomena Solved by Classical Physics.

  • Stability of the atom to radiation
  • Magnetic moment of a Bohr magneton and relativistic invariance of each of e/me of the electron, the electron angular momentum of ℏ, and the electron magnetic moment of µB from the spin angular momentum
  • De Broglie relationship
  • Stern Gerlach experiment
  • Electron and muon g factors
  • Rotational energies and momenta
  • Reduced electron mass
  • Ionization energies of multi-electron atoms
  • Special relativistic effects
  • Excited states
  • Resonant line width and shape
  • Selection rules
  • State Lifetimes and line intensities
  • Correspondence principle
  • Orbital and spin splitting
  • Stark effect
  • Lamb Shift
  • Knight shift
  • Spin-orbit coupling (fine structure)
  • Spin-nuclear coupling (hyperfine structure)
  • Hyperfine structure interval of muonium
  • Nature of the free electron
  • Nature of the photon
  • Photoelectric effect
  • Compton effect
  • Wave-particle duality
  • Double-slit experiment for photons and electrons
  • Davisson Germer experiment
  • Elastic electron scattering from helium atoms
  • Ionization energies of multielectron atoms
  • Hydride ion binding energy and absolute NMR shift
  • Hydride lattice parameters and energies
  • Excited states of the helium atom with singlet and triplet vector diagrams
  • Proton scattering from atomic hydrogen
  • Nature of the chemical bond
  • Bond energies, vibrational energies, rotational energies, bond distances, magnetic moment and fields of hydrogen-type molecules and molecular ions, absolute NMR shift of
  • Molecular Ion and Molecular Excited States
  • Parameters of polyatomic molecules
  • Superconductivity and Josephson junction experiments
  • Integral and fractional quantum Hall effects
  • Aharonov-Bohm effect
  • Aspect experiment
  • Durr experiment on the Heisenberg Uncertainty Principle
  • Penning trap experiments on single ions
  • Mobility of free electrons in superfluid helium
  • Gravitational behavior of neutrons
  • Hyperfine structure interval of positronium
  • Structure of nucleons
  • Magnetic moments of the nucleons
  • Beta decay energy of the neutron
  • Binding energy of deuterium
  • Alpha decay
  • Nature of neutrinos
  • Proton radius puzzle

Partial List of Particle and Cosmological Phenomena Solved by Classical Physics.

  • Equivalence of the inertial and gravitational masses
  • Newton’s second law
  • Deflection of light by stars
  • Precession of the perihelion of Mercury
  • Lepton masses
  • Quark masses
  • Boson masses
  • Hubble constant
  • Age of the universe
  • Observed acceleration of the expansion
  • Absence of antimatter
  • Absence of a Big Bang origin of the Universe
  • Identity of dark matter
  • Identity of UV crisis/Cosmic EUV continuum emission
  • Identity of the Diffuse Interstellar Bands (DIBs)
  • Origin of hot interstellar medium
  • Solar corona temperature problem
  • Power of the universe
  • Power spectrum of the universe
  • Microwave background temperature
  • Uniformity of the microwave background radiation
  • Microkelvin spatial variation of the cosmic microwave background radiation (CMBR)
  • Polarization of the CMBR data
  • Observed violation of the GZK cutoff
  • Mass density of the universe
  • Web-like, large scale structure of the universe