Mass Deficits (Binding Energies)

• The Enigma of the Mass Deficits of Nuclei
• The Binding Energies of Integral Alpha Particle Nuclides
• The Analysis of the Impact of Additional Neutrons on the Binding Energy of Nuclides and the Matter of Magic Numbers, Part 2
• The Statistical Explanation of the Excess Binding Energy of Nuclides, Version 1
• The Statistical Explanation of the Excess Binding Energy of Nuclides, Version 0
• The Determination of the Mass of a Neutron
• The Source of Binding Energy in Nuclides
• The Effect of a Neutron Pair on the Excess Binding Energy of Nuclides
• The Effect of a Proton-Neutron Pair on the Excess Binding Energy of Nuclides
• Further Investigation of Alpha Particle Substructures in Nuclei, Part II
• The Radii of Atomic and Nuclear Shells and the Form of the Relationship Between Incremental Binding Energy and the Number of Neutrons in Nuclides
• The Drop in the Incremental Increases in Binding Energy of Nuclides at the Magic Numbers of Neutrons
• Quantitative Analysis of Relationships Concerning Binding Energy and Number of Neutrons in Nuclides for the Various Nuclear Shells
• Quantitative Analysis of Relationships Concerning Binding Energy and Number of Neutrons for the 50-t0-82 Neutron Shell
• A Preliminary Investigation of Nuclear Properties Based Upon a Model of Shell Occupancy
• The Number 126 as a Magic Number for Neutrons
• The Analysis of the Impact of Additional Neutrons on the Binding Energy of Nuclides and the Matter of Magic Numbers, Part 2
• Quantitative Analysis of Relationships Concerning Binding Energy and Number of Neutrons in Nuclides
• A Preliminary Investigation of Nuclear Properties Based Upon a Model of Shell Occupancy
• The Relationship Between the Incremental Binding Energy and the Number of Additional Neutrons in a Nuclide
• The Analysis of the Impact of Additional Neutrons on the Binding Energy of Nuclides and the Matter of Magic Numbers
• Estimation of the Binding Energies of a Neutron Pair and a Neutron Quartet
• The Special Significance of the Neutron Number 42 in Nuclear Structure
• The Pattern of the Impact of Additional Neutrons on Binding Energies of Nuclides
• The Differential Impact of Additional Protons and Neutrons on the Binding Energy of Nuclides
• Evidence for Alpha Particle Substructures in Nuclei
• The Net Effect on Binding Energy of the Addition or Subtraction of a Proton or Neutron from Integral Alpha Particle Nuclides
• The Effect on Binding Energy of the Addition of a Proton/Neutron Pair to Integral Alpha Particle Nuclides
• A Model of Negative Mass
• Excess Binding Energies of Nuclides Based Upon a Model of Alpha Particle Substructures of Nuclei
• The Effect on Binding Energy of the Addition of Four-Nucleon Combinations to Alpha Nuclides
• The Statistical Estimation of the Parmeters of the Binding Energy Functions for Nuclides
• The Structural Binding Energies of Nuclides
  and the Effects of Additional Neutrons
• The Effect of a Proton-Neutron Pair on the Excess Binding Energy of Nuclides version 2
• The Structural Binding Energies of Nuclides and the Effects of Additional Neutrons (Version 2)
• The Structural Binding Energies of Alpha Nuclides and the Statistical Explanation of the Binding Energies of All Nuclides
• Estimates of the Binding Energies of Nucleon Pairs
• The Specification of a Statistical Function for the Binding Energies of Nuclides
• Binding Energies of Mirror Nuclides
• The Formation of Alpha Particle and Other Substructures in Nuclei
• The Effect on Binding Energy of Additional Nucleon Pairs to Alpha Nuclides
• A Shell Occupancy Model of Incremental Binding Energies of Nuclides
• The Effect of the Electrostatic Force in Nuclear Structure
• The Uncertainty of Binding Energies
• Bonds and Binding Energies of Small Nuclides

Nuclear Force

• Yukawa's Mesons
• Studies in the Nuclear Force that Holds Nucleons Together
• The Nuclear Force and Its Potential Compared to the Electrostatic Force and Potential

Spectroscopy

• The Relativistic Bohr Model of Hydrogen
• A Relativistic Bohr Model of Hydrogen-like Atoms
• The Absorption Spectra of Gases
• Coherence in Stimulated Emission
• Brillouin Zones
• The Bloch Theorem

Solid State Physics

• The Heat Capacities of Solids
• Lower Dimension Quantum Devices
• Gallium Nitride Laser

Particle Physics

• Subatomic Particles
• The Voigt Profile for Spectral Line Shapes

Magnetism

• Diamagnetism
• Magnetization of Thin Films and Multilayers
• The Effect of Magnetic Fields on the Resistance of a Conductor
• Metallic Magnetic Superlattices

Optics

• Absorber Dispersion and the Absorption of Radiation
• The Abbe Sine Condition in Optics
• The Aberrations of a Spherical Lens
• The Refraction of Light at the Interface of Materials
• The Perceptive Efficiency of the Human Eye as a Function of Wavelength

Biomechanics

• D'Arcy Thompson's Scaling Argument on Jumping Heights of Creatures
• The Dynamics of the Flapping of a Wing
• Biomechanics

Relativity

• Relativistic Mechanics

Mathematical Physics

• The Trajectory of a Nucleon in a Nuclear Force Field
• The Relativistic Formulas for Linear and Anglular Momenta
• On The Reduction of a Distributed Force to a Point Force
• The Time Path of a Body Falling Under the Force of Central Gravitational Attraction
• The Elastic Collision of Spheres
• The Reduction of a Two-Body Central Force Problem to a One-Body Problem
• The Nature of Spinors
• The Variety of Vector and Tensor Types
• Symmetry Group Structures of Crystals
• The Nature of Clebsch-Gordan Coefficients
• The Internal Dynamics of Two Particle Systems

Miscellaneous Physics

• The Early Forms of the Steam Engine
• Carbon Nanotubes
• The Speed of Sound
• Analysis of Belt Drives
• Kepler's Law and the Bode-Titius Rule Concerning Planetary Distances