| Author |
Year |
Title |
| Parson |
1915 |
Magneton Theory of the Structure of the Atom |
| Lewis |
1916 |
The Atom and the Molecule |
| Webster |
1917 |
The Theory of Electromagnetic Mass of the Parson Magneton |
| Grondahl |
1917 |
Experimental evidence for the parson magneton |
| Webster |
1918 |
The scattering of alpha rays as evidence on the Parson Magneton hypothesis |
| Allen |
1918 |
The case for a ring electron |
| Compton |
1918 |
The Size and Shape of the Electron I |
| Compton |
1919 |
The Size and Shape of the Electron II |
| Compton |
1919 |
The Size and Shape of the Electron III |
| Allen |
1920 |
Optical rotation, optical isomerism, and the ring-electron |
| Allen |
1921 |
The angular momentum and some related properties of the ring electron |
| Compton |
1921 |
The magnetic electron |
| Uhlenbeck-Goudsmit |
1926 |
Spinning electrons and the structure of spectra |
| Thomas |
1926 |
The motion of the spinning electron |
| Slater |
1926 |
Spinning electrons and the structure of spectra |
| deBroglie |
1927 |
On the Theory of Quanta |
| Dirac |
1928 |
The Quantum Theory of the electron |
| Schrodinger |
1930 |
On force-free motion in relativistic quantum mechanics |
| Dirac |
1933 |
Theory of electrons and positrons (Nobel Lecture) |
| Mathisson |
1937 |
The jittering electron and its dynamics |
| Holn-Papapetrou |
1939 |
Uber die innere Bewegung des Elektrons I |
| Holn-Papapetrou |
1939 |
Uber die innere Bewegung des Elektrons II |
| Holn-Papapetrou |
1940 |
Uber die innere Bewegung des Elektrons III |
| Bhabha-Corben |
1941 |
General Classical Theory of Spinning Particles in a Maxwell Field |
| Weyssenhoff |
1947 |
On two relativistic models of dirac's electron |
| Foldy-Wouthuysen |
1950 |
On the Dirac Theory of Spin 1/2 Particles and Its Non-Relativistic Limit |
| Brandmuller |
1951 |
ModellmaBige Deutung des magnetischen Zusatzmomentes des Elektrons |
| Huang |
1952 |
On the Zitterbewegung of the Dirac Electron |
| Bunge |
1954 |
A Picture of the Electron |
| Caldirora |
1956 |
A New Model of Classical Electron |
| Zipkin |
1956 |
Theoretical zipperdynamics (parody paper) |
| Corben |
1961 |
Spin in Classical and Quantum Theory |
| Jehle |
1971 |
Relationship of Flux Quantization to Charge Quantization and the Electromagnetic Coupling Constant |
| Tomonaga |
1974 |
The Story of Spin |
| iida |
1974 |
A Persistent Electric Current Model of the Electron with a New Explanation for g=2(1+α/2π) |
| Bartlett-Monroy |
1977 |
Spinning magnets and Jehle's model of the electron |
| Jennison |
1978 |
Relativistic phase-locked cavities as particle models |
| Jennison |
1979 |
What is an electron? |
| Hestenes |
1979 |
Spin and uncertainty in the interpretation of quantum mechanics |
| Jennison |
1980 |
The inertial mass and anomalous internal angular momentum of a phase-locked cavity |
| Barut-Bracken |
1981 |
Zitterbewegung and the internal geometry of the electron |
| Datzeff |
1983 |
Structure of the Electron |
| Hestenes |
1983 |
Quantum Mechanics from Self-Interaction |
| Barut-Zanghi |
1984 |
Classical Model of the Dirac Electron |
| Ohanian |
1984 |
What is spin? |
| Bostick |
1985 |
The Morphology of the Electron |
| Rivas |
1985 |
Classical particle systems: I. Galilei free particle |
| Barut-Pavsic |
1987 |
Quantisation of the classical relativistic zitterbewegung in the Schrodinger picture |
| Rivas |
1989 |
Classical relativistic spinning particles |
| Jennison |
1989 |
A new classical relativistic model of the electron |
| Barut |
1989 |
Excited States Of Zitterbewegung |
| Bergman - Wesley |
1990 |
Spinning Charged Ring Model of Electron |
| Hestenes |
1990 |
The Zitterhewegung Interpretation of Quantum Mechanics |
| Carrol |
1991 |
The Toroidal Electron |
| Hestenes |
1993 |
Zitterbewegung modeling |
| Pavsic-Recami |
1993 |
Spin and electron structure |
| Vaz-Recami-Salesi |
1993 |
About zitterbewegung and electron structure |
| Twain |
1994 |
The electron |
| Rivas |
1994 |
Quantization of generalized spinning particles: New derivation of Dirac’s equation |
| Recami-Salesi |
1994 |
Field theory of the spinning electron and internal motions |
| Recami-Salesi |
1996 |
Field theory of the electron spin and zitterbewegung |
| Recami-Salesi |
1996 |
About kinematics and hydrodynamics of spinning particles: some simple considerations |
| Recami-Salesi |
1997 |
Hydrodynamical reformulation and quantum limit of the Barut-Zanghi theory |
| Recami-Salesi |
1997 |
Kinematics and hydrodynamics of spinning particles |
| Pavsic-Recami-Rodrigues |
1998 |
Electron structure, zitterbewegung and a new non-linear Dirac–like equation |
| Williamson-van der Mark |
1998 |
Is the electron a photon with toroidal topology? |
| Natarajan |
1998 |
Do quantum particles have a structure? |
| Kanarev |
2000 |
Model of the Electron |
| Davis |
2000 |
Zitterbewegung and the Charge of an Electron |
| Auvermann |
2001 |
An Elementary Electron Model for Electron-Electron Scattering Based On Static Magnetic Field |
| Rivas |
2001 |
Kinematical Theory of elementary spinning particles (version 2024) |
| Hestenes |
2003 |
Mysteries and Insights of Dirac Theory |
| Rivas |
2003 |
The dynamical equation of the spinning electron |
| Rivas |
2003 |
Classical elementary partiles, spin, zitterbewegung and all that |
| Sarg |
2003 |
A Physical Model of the Electron According to the Basic Structures of Matter Hypothesis |
| Hu |
2005 |
The nature of the electron |
| Hestenes |
2005 |
Zitterbewegung in Quantum Mechanics – a research program |
| Bergman |
2005 |
Electron Wave Function |
| Lucas |
2005 |
A Classical Electromagnetic Theory of Elementary Particles Part 1 |
| Lucas |
2005 |
A Classical Electromagnetic Theory of Elementary Particles Part 2, Intertwining Charge-Fibers |
| Burinskii |
2005 |
The Dirac – Kerr-Newman electron |
| Simulik |
2005 |
What is the Electron? |
| Bergman |
2006 |
Fine-Structure Properties of the Electron, Proton and Neutron |
| Gauthier |
2006 |
Superluminal quantum models of the electron and the photon |
| Rivas |
2007 |
The Atomic hypothesis: Physical consequences |
| Torres-Silva |
2007 |
Spin and realtivity: A semiclassical model for the electron spin |
| Sidharth |
2008 |
Revisiting Zitterbewegung |
| Gouanere |
2008 |
A Search for the de Broglie Particle Internal Clock by Means of Electron Channeling |
| Hestenes |
2008 |
Reading the Electron Clock |
| Hestenes |
2008 |
Electron time, mass and zitter |
| Hestenes |
2008 |
Zitterbewegung in Quantum Mechanics – a research progra |
| Rivas |
2008 |
On the kinematics of the centre of charge of a spinning particle |
| Gauthier |
2009 |
Transluminal Energy Quantum (TEQ) Model of the Electron |
| Caesar |
2009 |
Model for Understanding the Substructure of the Electron |
| Osmera |
2009 |
Vortex-ring-fractal Structure of Atom and molecule |
| Bergman |
2010 |
Modeling the Real Structure of an Electron |
| Wayte |
2010 |
A model of the electron |
| Robinson |
2011 |
A proposal for the structure and properties of the electron |
| Abyaneh-Farhoudi |
2011 |
Zitterbewegung in External Magnetic Field: Classic versus Quantum Approach |
| Ginzburg |
2011 |
Basic Concept of 3-Dimensional Spiral String Theory (3D-SST) |
| Bergman-Allen |
2012 |
Electron in the Ground Energy State—Part 1 |
| Bergman-Allen |
2012 |
Electron in the Ground Energy State—Part 2 |
| Bergman-Allen |
2012 |
Electron in the Ground Energy State—Part 3 |
| Bergman-Allen |
2012 |
Electron in the Ground Energy State—Part 4 |
| Rivas |
2012 |
Measuring the internal clock of the electron |
| Rivas |
2012 |
The center of mass and center of charge of the electron |
| Jean Maruani |
2012 |
The Dirac Electron: Spin, Zitterbewegung, the ComptonWavelength, and the Kinetic Foundation of Rest Mass |
| Tarakanov |
2012 |
Zitterbewegung as purely classical phenomenon |
| Osmera |
2013 |
Fractal dimensión of electron |
| Consa |
2014 |
Helical Model of the Electron |
| Akins |
2015 |
The electron as a confined photon |
| Gauthier |
2015 |
The Electron is a Charged Photon |
| Osmera-Werner |
2015 |
Ring structures of atoms and molecules |
| Giese |
2015 |
A Particle Model Explaining Mass and Relativity in a Physical Way |
| Calaon |
2016 |
Yet Another LENR Theory: Electron-mediated Nuclear Reactions (EMNR) |
| Asif-Khan |
2016 |
Zitterbewegung, internal momentum and spin of the circular travelling wave electromagnetic electron |
| Osmera |
2017 |
Rings Structures of matter |
| Niehaus |
2017 |
Zitterbewegung and the Electron |
| Consa |
2017 |
g-factor and the Helical Solenoid Electron Model |
| Vassallo |
2017 |
The Electron and Occam's Razor |
| Vassallo |
2017 |
Maxwell's Equations and Occam's Razor |
| Vassallo |
2018 |
Electron Structure, Ultra-dense Hydrogen and Low Energy Nuclear |
| Consa |
2018 |
Helical Solenoid Model of the Electron |
| Hestenes |
2018 |
Deconstructing the electron clock |
| Consa |
2018 |
The Helicon: A New Preon Model |
| Van Belle |
2018 |
Einstein’s mass-energy equivalence relation: an explanation in terms of the Zitterbewegung |
| Yepez |
2018 |
Picometer Toroidal Structures Found in the Covalent Bond |
| Johnson |
2019 |
The Spin Torus Energy Model and Electricity |
| Rousselle |
2019 |
Mémoire sur la mécanique quantique et l’approche ondulatoire |
| Baixauli |
2019 |
Discrete Model of Electron |
| Lush |
2019 |
Does Bohm’s Quantum Force Have a Classical Origin? |
| Williamson |
2019 |
A new linear theory of light and matter |
| Werner |
2019 |
Modeling the basic ring structures in elementary particles |
| Van Belle |
2019 |
The Emperor Has No Clothes: A Realist Interpretation of Quantum Mechanics |
| Van Belle |
2020 |
An explanation of the electron and its wavefunction |
| Hestenes |
2020 |
Quantum Mechanics of the electron particle-clock |
| Hestenes |
2020 |
Zitterbewegung structure in electrons and photons |
| Alvaro G. Lopez |
2020 |
On an electrodynamic origin of quantum fluctuations |
| Avner-Boillot |
2020 |
Electron Mass Predicted From Substructure Stability in Electrodynamical Model |
| Klyushin |
2020 |
Electron’s Mechanic Characteristics |
| Natarajan |
2021 |
A New Phenomenological Interpretation of the Mathematical
Framework of Special Relativity and Quantum Mechanics. |
| Zaloumis |
2021 |
Emission of light during changes in the state of motion of charged particles.The path to a Zitterbewegung based mechanism |
| Arsenovic |
2021 |
Time Harmonic Relativistic Wave Mechanics |
| Biemond |
2021 |
Toroidal model of leptons |
| Markoulakis |
2022 |
A 1⁄2 spin fiber model for the electron |
| Reed |
2022 |
Quantum Wave Mechanics Ch 17. Electron Model |
| Beck |
2023 |
Neo-classical Relativistic Mechanics Theory for Electrons That Exhibits Spin, Zitterbewegung, Dipole Moments, Wavefunctions and Dirac's Wave Equation |
| Vassallo-Kovacs |
2023 |
The Proton and Occam's Razor |
| Urdaneta |
2023 |
The zitterbewegung electron puzzle |
| Gryziecki |
2023 |
The Toroidal Fine-Structure of the Electron |
| CAM dos Santos |
2023 |
The Structure of the Electron Revealed by Schwinger Limits |
| CAM dos Santos |
2024 |
Bohr postulates derived from the toroidal electron model |
| Landvogt |
2024 |
The Circular Current Loop as a Model of Fundamental Particles |
| Hestenes |
2024 |
Presentation AGACSE 2024: Zitter-Zilch Electron |
| Kovacs-Vassallo |
2024 |
Rethinking Electron Statistics Rules |
| Johnson |
2024 |
The Positive Side of Electrons, Electric Current and Electromagnetism |
| Fleury |
2024 |
The Zilch-Zitter Electron |
| CAM dos Santos |
2024 |
On the Fermi Gas, the Sommerfeld Fine Structure Constant, and the Electron–Electron Scattering in Conductors |
| Burinskii |
2024 |
Kerr-Newman solution unites gravitation with quantum theory |
| Rivas |
2024 |
Considerations about the measurement of the magnetic moment and electric dipole moment of the
electron |
| CAM dos Santos |
2024 |
Toroidal Electron: A Bridge Between Quantum Mechanics and Relativity |
| Vassallo |
2024 |
Charge Clusters, Low Energy Nuclear Reactions and Electron Structure |
| Rivas |
2025 |
Poincare invariant interaction between two Dirac particles |
| Witherell |
2025 |
A Possible World. Time Symmetry and a New Foundation for Quantum Mechanics |
| Fleury-Rousselle |
2025 |
Critical Review of Zitterbewegung Electron Models |
| Hestenes |
2025 |
Gyromagnetics of the Electron Clock |
| Rivas |
2025 |
Classical Dirac particle I |
| Lush |
2025 |
Quantum Wave Mechanics as the Magnetic Interaction of Dirac Particles |
| Beck |
2025 |
Free Electron Paths from Dirac’s Wave Equation Elucidating Zitterbewegung and Spin |
| Consa |
2025 |
The Zitter Electron Model and the Anomalous Magnetic Moment |
| Rivas |
2025 |
Classical Dirac particle II. Interaction with an electromagnetic plane wave |
| CAM dos Santos-Fleury |
2025 |
An electromagnetic model of the electron |
| Rivas |
2025 |
Classical Dirac particle: Mass and Spin invariance and radiation reaction |
| Hestenes |
2025 |
Maxwell–Dirac QED |
| Rivas |
2026 |
Is it possible to describe an electron by the evolution of a single point? |
| Correa |
2026 |
Fine Structure and Cosmogenic Creation of the Electron Mass-Energy |
| Natarajan |
2026 |
Helical Phase Geometry of Electrons: A Geometric Interpretation of Quantum and Relativistic Structures |
| Rivas |
2026 |
Physical properties of elementary particles: Inertia and Interaction |
| Kantonen |
2026 |
Self-consistent helical solutions for the Zitterbewegung electron |
| Sulich |
2026 |
Quantum Geometry of an Electron: the Golden Number and Internal Half-Oscillator |