List of Galilean Electrodynamics Papers

This page is an index of the papers published in the dissident-physics journal Galilean Electrodynamics that are catalogued on this wiki — 486 papers spanning 1990–2021. Each entry links to the wiki page for that paper, where its abstract and a link to the full text can be found. The list is compiled from the pages whose {{Infobox paper}} records Galilean Electrodynamics as the journal, and is grouped by year of publication (most recent first).

Galilean Electrodynamics was founded in 1990 by Petr Beckmann and has been edited since 1997 by Cynthia Kolb Whitney; see the journal's main article for its history and scope.

2021

(1 paper)

• On Oblique Wave Propagation — Ian J Cowan (GED V32 N5, pp 90-92)

2018

(1 paper)

• Electromagnetic Waves: Anomaly? No, Analogy! — Ian J Cowan (GED V29 NSI 4, pp 63-71)

2012

(1 paper)

• What Experiments on Diffraction of Photons Say — Mitch Emery (GED V23 N4)

2011

(4 papers)

• Dynamic Interaction of Unbalanced Masses Spinning in Vacuum — V N Samohvalov (GED V22 NS1, pp 3-6)
• Experimental Check of the Law of Conservation of Linear Momentum — M V Turyshev (GED V22 NS1, pp 10-13)
• Muller's Experimental Disproof of Special Relativity — Mitch Emery (GED V22 N6)
• Superluminal and negative velocities according to ether theory — Stephane Baune (GED V22 N2, pp 33-35)

2010

(24 papers)

• Amp're vs. Grassmann on Experimental Grounds — Jorge A Guala-Valverde, Ricardo A Achilles (GED V21 N1, pp 18-21)
• An Electrostatic Solution for the Gravity Force and the Value of G — Morton F Spears (GED V21 N2, pp 23-32)
• An Invariant Ratio in Magnetic Acceleration — Jia-Qiang Cheng (GED V21 NS1, pp 17-18)
• Basic Postulates and Coordinate Transformation in a New ?Standard Space-Time Theory? — Shu-Sheng Tan (GED V21 NS1, pp 3-7)
• Force in Hertzian Electrodynamics — Thomas E Phipps (GED V21 N1, pp 3-7)
• Fractal Relativity, Generalized Noether's Theorem and New Research on Space-Time — Yi-Fang Chang (GED V21 N6, pp 112-116)
• Further Comment on MMX — Ian J Cowan (GED V21 N5, pp 99-100)
• Inertial Transformation Extended to the General Case — Maciej Rybicki (GED V21 NS1, pp 8-10)
• Light as Dynamic Maxwellian Photons: Interference in Terms of Trajectories — Antonis Agathangelidis (GED V21 N4, pp 63-70)
• Maxwell's Electrodynamics without Special Relativity Theory (Part VII) — Victor N Barykin (GED V21 NS1, pp 13-16)
• Novel Physical Method to Derive the Lorentz Transformation — Nizar Hamdan, Ezzat G Bakhoum (GED V21 NS2, pp 35-39)
• On the Incorrectness of the Lagrange Formalism as Applied to Magnetic Phenomena — Yuri I Petrov (GED V21 NS2, pp 23-29)
• On the Pioneer Anomaly and the Doppler Effect (GED V21 N3, pp 43-52)
• On the Quantum-Wave Nature of Relativistic Time Dilation and Length Contraction — Declan Traill (GED V21 NS3, pp 55-60)
• On the Relative Rest Mass of the Photon — Mohamed Elmansour Hassani (GED V21 N5, pp 91-94)
• Prediction of the Masses of Every Particle, Step 1 — Gordon L Ziegler, Iris Irene Koch (GED V21 NS3, pp 43-48)
• Relativistic Hertz-Debye Potentials — Pierre Hillion (GED V21 N1, pp 9-12)
• Some Experiments that Shook the World — Sankar Hajra (GED V21 N1, pp 13-17)
• The Classical Zitterbewegung — Nizar Hamdan (GED V21 NS2, pp 30-34)
• The Fizeau and Michelson-Morley Experiments, and Velocity with Respect to Vacuum — Antonello Cutolo (GED V21 N5, pp 83-90)
• The Planck Vacuum — William C Daywitt (GED V21 N4, pp 72-81)
• Time Contortions in Modern Physics — Al F Kracklauer (GED V21 N2, pp 34-39)
• Transverse Doppler Effect & Stellar Aberration — Gennady Sokolov (GED V21 N5, pp 95-96)
• Verification of Stokes? 1845 Terrestrial Ether by Re-Interpretation of Experiments — Antonis Agathangelidis (GED V21 N6, pp 103-110)

2009

(25 papers)

• Against Ether Drag — Ronald R Hatch (GED V20 N5, pp 98-101)
• An Interesting Number in Physics — Dezso Sarkadi (GED V20 N6, pp 103-105)
• Combined Gravitational Action — Mohamed Elmansour Hassani (GED V20 NS3, pp 54-60)
• Covariance vs. Invariance — Thomas E Phipps (GED V20 N1, pp 3-11)
• Ether and the Derivation of Planck's Constant — Carel van der Togt (GED V20 N2, pp 23-31)
• Evidence for a Steady-State, Holographic, Tachyonic and Super-Symmetric Cosmology (GED V20 NS3, pp 43-53)
• Fourier's Transform of the Quantum — Constantin Antonopoulos (GED V20 N4, pp 74-80)
• Gravitation, Gravity, Anti-Gravity, and Ether Energy (GED V20 N3, pp 49-53)
• Imaginary Elements in Special Relativity Theory — Werner Hubig (GED V20 N5, pp 91-97)
• Internal Energy and the Dynamics of Quantum Particles - Part IV: Quantum Relativity — Dan Brasoveanu (GED V20 N4, pp 63-72)
• Is the Lorentz Transformation a Physically Correct Solution of the Spacetime Interval Equation? — Witold Nawrot (GED V20 NS2, pp 34-37)
• Mach's Principle and Mercury's Perihelion Shift — Robert D Sadykov (GED V20 N3, pp 54-60)
• Model Synthesis of Corpuscular and Wave Properties of Matter — Yuri I Petrov (GED V20 NS1, pp 3-12)
• Non-Local Motional Electrodynamics — Jorge A Guala-Valverde, Pedro Mazzoni, Roberto Blas (GED V20 N1, pp 13-19)
• Prediction of the Masses of Charged Leptons — Gordon L Ziegler, Iris Irene Koch (GED V20 N6, pp 114-120)
• Sub-Quantum Physics 11: The N-Wave Photon, Particles, Transversality, & Polarization — Alan McCone (GED V20 N2, pp 32-36)
• Symmetrical Transport of Clocks & Unique Time in Homogeneous Isotropic Space (GED V20 N6, pp 110-113)
• The Magnetic and Faraday Fields as Planck Vacuum Responses — William C Daywitt (GED V20 N2, pp 37-39)
• The Recession of Galaxies — Witold Nawrot (GED V20 NS2, pp 38-41)
• The Relativity Principle in Inertial and Accelerated Frames (GED V20 N3, pp 43-48)
• The Revenge of Old Classical Physics: No Space for Photons or Relativity — Alvaro Quinteros Valenzuela (GED V20 N5, pp 83-89)
• The Special Del and the Generalized Del (GED V20 N6, pp 106-109)
• The Spectrum of the Universe — Philipp M Kanarev (GED V20 NS1, pp 13-17)
• Why Physics Needs the Ether - Part 3: Ether and the Strong Interaction — Dimiter G Stoinov (GED V20 NS2, pp 23-27)
• Why Physics Needs the Ether - Part 4: Ether and the Electrodynamics of Moving Bodies — Dimiter G Stoinov (GED V20 NS2, pp 28-33)

2008

(27 papers)

• A Neo-Phenomenalist Alternative to Special Relativity Theory — Vivian Pope, Anthony D Osborne (GED V19 N3, pp 63-66)
• Comments on 'A New Twist in Physics' — Mitch Emery (GED V19 N2, pp 22)
• Constraints of Perception and Cognition in Relativistic Physics — Manoj Thulasidas (GED V19 N6, pp 103-117)
• Correspondence: ?On the Maxwell Tensor of a Point Charge in Arbitrary Motion' — Jose Luis Lopez-Bonilla (GED V19 N5, pp 87)
• Correspondence: Gravitational Red Shift isn't a Consequence of GRT — Vyacheslav N Streltsov (GED V19 N5, pp 87)
• Derivation of the Schwarzchild Solution from a Scalar Model of Spherical Quantum Waves — Michael Harney (GED V19 NS3, pp 54-56)
• Fresnel Drag vs. Einstein Velocity a Case for Further Investigation — Dan Wagner (GED V19 N3, pp 43-50)
• Gravitation and Forces Induced by Zero-Point Phenomena — Charles T Ridgely (GED V19 N2, pp 37-38)
• GRT Time & Frequency Shifts Derived from WSM — Michael Weber, Michael Harney (GED V19 NS3, pp 49-53)
• Introduction to the Wave Structure of Matter — Milo M Wolff, Geoff Haselhurst, Michael Weber (GED V19 NS3, pp 43-45)
• Large-Charge Electrodynamics and SRT — Sankar Hajra (GED V19 N5, pp 93-97)
• Latent Factors in Relativistic Theories (GED V19 NS1, pp 3-13)
• Lorentz Transformation as a Consequence of the Doppler Effect — Yuri I Petrov (GED V19 NS2, pp 23-33)
• Magnetic Interaction Reconfigured — Stewart Ian Wells (GED V19 N5, pp 88-92)
• Maxwell's Electrodynamics without Special Relativity Theory (Part VI) — Victor N Barykin (GED V19 NS1, pp 18-21)
• On the Gravitation of Exotic Matter — Charles T Ridgely (GED V19 N6, pp 118)
• On the Physical Meaning of the Uncertainty Relation — Nikolay Chavarga (GED V19 NS2, pp 34-41)
• Orbital Time Dilation — Vivian Pope, Anthony D Osborne (GED V19 N2, pp 23-29)
• Origin of the Compton and de Broglie Relations — William C Daywitt (GED V19 N1, pp 16-21)
• Revisiting the Ives-Stillwell Experiment — Steven Bryant (GED V19 N4, pp 75-78)
• Separating Truth from Myth in SRT — Nizar Hamdan (GED V19 N4, pp 69-74)
• SRT Lorentz Transformation Derived from WSM — Michael Weber, Michael Harney (GED V19 NS3, pp 46-48)
• Sub-Quantum Physics 10: The N-Wave Photon Explains Planck's Constant — Alan McCone (GED V19 N1, pp 10-15)
• The Perpetual Emergence of Space — Alan Newman (GED V19 N2, pp 30-36)
• The Wave Structure of Electron Spin — Milo M Wolff (GED V19 NS3, pp 57-60)
• Theoretical Calculation of the Hubble Constant and Relation to CMB and CIB — Gonzalo A Moreno-Jim?nez (GED V19 N5, pp 83-86)
• Why Physics Needs the Ether - Part 2: Seemingly ?Transverse? Electromagnetic Waves — Dimiter G Stoinov (GED V19 NS1, pp 14-17)

2007

(27 papers)

• A Classical Approach to the Photoelectric Effect & Photoelectron Emission — Bing-Xin Gong (GED V18 N6, pp 103-107)
• An Alternative to SRT: a Theory Based on the Idea of a Privileged System — Maciej Rybicki (GED V18 NS2, pp 31-34)
• Collapse of GRT: EM Interactions with Gravity Derived from Maxwell and Newton — Sankar Hajra (GED V18 N4, pp 73-76)
• Derivation of de Broglie's Relations from Newton's Second Law — Nizar Hamdan (GED V18 N6, pp 108-111)
• Dimensions in Special Relativity Theory - a Euclidean Interpretation — Robert F J van Linden (GED V18 N1, pp 12-17)
• Finslerian Grounds for Anisotropic Kinematics — G S Asanov (GED V18 NS3, pp 43-47)
• Force Between Electric Charges: a New Approach to Relativity Theory — Kjell Prytz (GED V18 NS1, pp 11-13)
• From Pairs of Virtual Particles to Superfluidity and Superconductivity — Liudmila B Boldyreva (GED V18 NS2, pp 23-29)
• Linear Motion in Space-Time, the Dirac Matrices, and Relativistic Quantum Mechanics — David Barwacz (GED V18 N1, pp 3-11)
• Maxwell's Electrodynamics without Special Relativity Theory (Part IV) — Victor N Barykin (GED V18 NS1, pp 15-16)
• Maxwell's Electrodynamics without Special Relativity Theory (Part V) — Victor N Barykin (GED V18 NS2, pp 35-37)
• Observer-Dependent Reference Frames — Thomas J Rider (GED V18 N3, pp 58-60)
• On the Failure of Simultaneity — Kevin J Parcell (GED V18 N3, pp 52-57)
• On the Interpretation of Quantum Mechanics — Taketsugu Yamaguchi (GED V18 N2, pp 23-30)
• On the Schwarzschild Metric — Jerry Hynecek (GED V18 N4, pp 63-68)
• Planck's Constant and Path Differences — Jonathan Yalley (GED V18 N6, pp 112-117)
• Proposal for a Simpler Description of SRT — Witold Nawrot (GED V18 N3, pp 43-48)
• Reality and Special Relativity Theory — Werner Hubig (GED V18 N5, pp 96-98)
• Relativistic Elastic Sphere in its own Gravitational Field — Alexander Kabobel (GED V18 N4, pp 69-72)
• Relativity's Space Contraction: Shortcuts through Hyperspace — Danson Jones (GED V18 N5, pp 92-95)
• Research on the Crossed Doppler Effect in Classical Physics — Chong-Wu Guo (GED V18 NS1, pp 3-5)
• Solution of Einstein's Field Equations Using Harrison's Method — Ioannis Iraklis Haranas (GED V18 NS3, pp 49-53)
• SRT Requires Time Reversal — Thomas P Morton (GED V18 NS3, pp 54-58)
• Sub-Quantum Physics 9: The N-Wave Photon is Compatible with Special Relativity — Alan McCone (GED V18 N2, pp 32-35)
• The Fizeau Experiment with Moving Water: a New Explanation — Gennady Sokolov (GED V18 NS1, pp 7-10)
• The Structure of Time and the Wave Structure of Matter — Witold Nawrot (GED V18 N3, pp 49-52)
• The Unsoundness of Special Relativity Theory — Vladimir P Lavrushkin (GED V18 NS1, pp 18-20)

2006

(26 papers)

• A Counter-Example to Bell's Theorem with a 'Softened' Singularity — J F Geurdes (GED V17 N1, pp 16-20)
• A Different Approach on Elementary Particles — James Keele (GED V17 N5, pp 88-92)
• A Model for Davies? Universal Superforce — William C Daywitt (GED V17 N5, pp 83-86)
• A New Physical Model for Calculation of Atomic Mass — Dezso Sarkadi (GED V17 NS2, pp 37-39)
• A Sketch for a Quantum Theory of Gravity: Rest Mass Induced by Graviton Motion — James G Gilson (GED V17 N3, pp 43-48)
• A Theoretical Determination of the Electron's Mass — Claus W Turtur (GED V17 NS2, pp 23-28)
• Collapse of SRT 2: Earth Carries Along Electric and Magnetic Fields — Sankar Hajra (GED V17 N2, pp 23-28)
• Einstein's Unsuccessful 1918 Attempt to Resolve SRT's Clock Paradox — J W Rush (GED V17 N4, pp 77-80)
• Explaining Pioneer 10 Anomalous Acceleration: ?Complementary Special Relativity Theory? — Pavol Valent (GED V17 N3, pp 50-55)
• Gravity Between Commensurable Masses — Dezso Sarkadi, L Bodonyi (GED V17 NS1, pp 11-15)
• Interesting Problems Concerning the Inhomogeneous Physical Vacuum — V L Dyatlov, Paul A Murad, Alexander L Dmitriev (GED V17 NS1, pp 3-8)
• Light and the Electron - Einstein's Last Question — Milo M Wolff, Geoff Haselhurst (GED V17 N6, pp 103-109)
• Misconceptions Governing SRT & Interpretations of Related Experimental Results — Alan Newman (GED V17 N4, pp 73-76)
• Newton's Equations of Motion in the Gravitational Field of an Oblate Mass — S X K Howusu, E F Musongong (GED V17 N3, pp 57-59)
• Nine Theorems of Inconsistency in GRT with Resolutions via Isogravitation — Ruggero Maria Santilli (GED V17 NS3, pp 43-52)
• On the Interpretation of the Doppler Effect in Special Relativity Theory — Nizar Hamdan (GED V17 N2, pp 29-34)
• On the Invariance of Maxwell's Field Equations under Lorentz Transformations — Nizar Hamdan (GED V17 N6, pp 115-117)
• Particle ?Charge Inertia? in a Magnetic Field — Jia-Qiang Cheng (GED V17 N6, pp 118-120)
• Planck's Constant and a Model for the Electron — Philipp M Kanarev (GED V17 NS2, pp 30-36)
• Poincar?-Lorentz vs. Einstein-Minkowski re Time — Janusz Dyonizy Laski (GED V17 N2, pp 35-40)
• Recoil Interaction Between Photons and The Electrons In The Plasma Of Intergalactic Space Leading To The Hubble Constant And CMB — Lyndon E Ashmore (GED V17 NS3, pp 53-57)
• Relativity, Ether, and Gravity — Geert Boersma (GED V17 N5, pp 94-98)
• The Equivalence of Kinetic and Magnetic Energy — Carel van der Togt (GED V17 N6, pp 110-114)
• The Overlooked Phenomena in the Michelson-Morley Experiment — Paul Marmet (GED V17 N4, pp 63-71)
• The Role of Revelation in the Act of Science — Alex Ceapa (GED V18 NSI-2, pp 22)
• What Quantum Mechanics Really Describes: Discontinuous Motion of Particles — Gao Shan (GED V17 N1, pp 3-9)

2005

(25 papers)

• Big Bang or Full Stop? — Alphonsus G Kelly (GED V16 N6, pp 106-108)
• Collapse of SRT 1: Derivation of Electrodynamic Equations from the Maxwell Field Equations — Sankar Hajra, Antina Ghosh (GED V16 N4, pp 63-70)
• First-Order Fiber-Interferometric Experiments for Crucial Test of Light-Speed Constancy — Ruyong Wang (GED V16 N2, pp 23-30)
• Galilean Interpretation of the Hubble Constant — Karim Amen Khaidarov (GED V16 N6, pp 103-105)
• Gravitational Fields of Spheroidal Bodies ? Extension of Gravitational Fields of Spherical Bodies — S X K Howusu (GED V16 N5, pp 97-99)
• GRT Extended for Electromagnetic Fields: Equivalence Principle and Geometrization — Yi-Fang Chang (GED V16 N5, pp 91-96)
• In Memorium: Dr. Alf Kelly — Ian J Cowan (GED V16 N6)
• Lorentz Transformation as a Complementary Time-Dependent Coordinate Transformation — Alex Ceapa (GED V16 N1, pp 3-11)
• Mass, Time, Gravitation, & Galaxiesfrom the ?CER? Perspective — Erik A Haeffner (GED V16 N6, pp 116-120)
• New Theory of Atomic Structure — Georgy I Sukhorukov, Edouard G Sukhorukov, Roman G Sukhorukov (GED V16 NS2, pp 23-26)
• Newton's Second Law is a Relativistic Law without Einstein's Relativity — Nizar Hamdan (GED V16 N4, pp 71-74)
• On Notions of Relativistic Kinematics — Sergey N Arteha (GED V16 NS1, pp 9-13)
• On the Physical Meaning of the Wave Equation's Function — Nikolay Chavarga (GED V16 NS2, pp 31-39)
• On the Pulsation of the Hydrogen Atom — M G Vinogradova (GED V16 NS2, pp 28-30)
• On the Transverse Emission and Propagation of Light from Moving Sources — Don Johnson (GED V16 N1, pp 12-16)
• On the Unification of Physics — Ken H Seto (GED V16 N6, pp 109-115)
• On This, Till Now, So Shy Universal Ether — Dan Romalo (GED V18 N5, pp 83-91)
• Phase Velocity, Group Velocity and Energy Velocity — Victor A Kuligin (GED V16 NS1, pp 14-16)
• Possible Solar Microwave Background Radiation (GED V16 N2, pp 31-37)
• Remarks on SRT - Part II: Lorentz-Transformation Group is Trivial — Luiz Antonio V de Carvalho (GED V16 N1, pp 17-19)
• Schr?dinger's Errors of Principle — George P Shpenkov, Leonid G Kreidik (GED V16 N3, pp 51-58)
• Stellar Aberration and the Unjustified Denial of Ether — Carel van der Togt (GED V16 N4, pp 75-77)
• Sub-Quantum Physics 8: Photons Have Inertial Properties of Weak Shock N-Waves — Alan McCone (GED V16 N3, pp 43-49)
• Wave Solution of Generalized Maxwell Equations and Quantum Mechanics ? Part II — Jaroslav G Klyushin (GED V16 NS1, pp 3-7)
• Why Physics Needs the Ether - Part 1: Screening Effect — Dimiter G Stoinov (GED V16 NS1, pp 17-20)

2004

(29 papers)

• A Challenge to Coulomb's Law: Implications for Gravity and Matter Structure — Jaroslav J Kopernicky, William L Hughes (GED V16 N5, pp 63-90)
• A Macroscopic Approach to Creating Exotic Matter — Charles T Ridgely (GED V15 N2, pp 31-34)
• Abandoning the Idea of Relativistic Length Contraction in Relativistic Electrodynamics — Nizar Hamdan (GED V15 N4, pp 71-74)
• About the Rydberg Constant — A N Boyko (GED V15 N6, pp 113-115)
• Acoustic Simulation of SRT Kinematics — John D Taylor (GED V15 N1, pp 11-13)
• Billiard-Ball Model of the World — Boris I Kolesnichenko (GED V15 NS1, pp 15-17)
• Can Zero-Point Phenomena Truly be the Origin of Inertia? — Charles T Ridgely (GED V15 N5, pp 91-93)
• Correspondence: Rumblings against Copenhagen Hegemony — Evert Jan Post (GED V15 N5, pp 112)
• Covariant Ether Theories: Part II — Alexander L Kholmetskii (GED V15 NS1, pp 9-13)
• Demolishing Foundations of SRT While Maintaining its End Results — Azimullah Popal (GED V15 N1, pp 8-10)
• Dynamic Model of Elementary Particlesand Fundamental Interactions — George P Shpenkov, Leonid G Kreidik (GED V15 NS2, pp 23-29)
• Mass Changes and Potential-Energy Changes Unified — James Keele (GED V15 N4, pp 62)
• Matter-Field Duality and the Unified Maxwell-Dirac Equation — Brian D Koberlein (GED V15 N2, pp 23-25)
• Maxwell's Electrodynamics without Special Relativity Theory (Part III) — Victor N Barykin (GED V15 N3, pp 48-50)
• On Frequency-Dependent Light Speed — Sergey N Arteha (GED V15 NSpecial 1, pp 3-8)
• On Kopernicky's Conjecture: Gravity is a Difference Between Electrostatic Attraction and Repulsion — William L Hughes (GED V15 N5, pp 97-99)
• On the Unification of Gravitational and Electromagnetic Fields by Induction — A I A Adewole (GED V15 N4, pp 63-70)
• Quantization of Magnetic Flux in the Vortex Sponge — Edward M Kelly (GED V15 N2, pp 26-29)
• Quantum Riddles Part I: Charge, a Case for Causality — Constance Perry Phillips, J Michael Robinson (GED V15 N5, pp 103-111)
• Relativity, Space and Time — Geert Boersma (GED V15 N3, pp 55-58)
• Remarks on SRT - Part I: Michelson-Morley is a Null Experiment — Luiz Antonio V de Carvalho (GED V15 N3, pp 43-47)
• Some Properties of Galilean Transformation Equations — A N Petrov (GED V15 NS2, pp 35-39)
• Special Relativity's Heel Of Achilles: the Units of Measurements — Georg Galeczki (GED V15 N1, pp 16-18)
• Sub-Quantum Physics 7: The Spin-Zero Photon Hypothesis — Alan McCone (GED V15 N2, pp 35-39)
• The Concept of Simultaneity in SRT — B L Rawat (GED V15 N1, pp 3-7)
• The Mysteries of the Lorentz Transformation — Robert J Hannon (GED V15 N3, pp 51-54)
• Total Time Derivatives, Again — Thomas E Phipps (GED V15 N4, pp 77-80)
• Wave Solution of Generalized Maxwell Equations and Quantum Mechanics ? Part I — Jaroslav G Klyushin (GED V15 NS2, pp 30-34)
• Why is Gravity Hard to Unify with Other Forces? — Robert J Heaston (GED V15 N5, pp 83-88)

2003

(20 papers)

• Abandoning the Ideas of Length Contraction and Time Dilation — Nizar Hamdan (GED V14 N5, pp 83-88)
• An Angular Momentum Synthesis of ?Gravitational? and ?Electrostatic? Forces — Vivian Pope, Anthony D Osborne (GED V14 NS1, pp 9-19)
• Covariant Ether Theories: Part I — Alexander L Kholmetskii (GED V14 NS2, pp 29-33)
• CPQM vs. Special Relativity — Silas Sacheli Santos (GED V14 N4, pp 63-68)
• Crucial First-Order Fiber Interferometric Experiments to Examine the Constancy of the Speed of Light — Ruyong Wang
• Deriving Special Relativity Theory from Electromagnetic Clocks — John Byl (GED V14 N5, pp 89-91)
• Energy Storage in Inductors and Amp're's Law — James Keele (GED V14 N4, pp 78)
• Energy Storage in Inductors and Ampere's Law — James Keele (GED V14 N4, pp 78)
• GPS and the Illusion of Constant Light Speed — Paul Marmet (GED V14 N2, pp 23-30)
• Is Matter Purely Electromagnetic? — Jacques Moret-Bailey (GED V14 N1, pp 11-16)
• Maxwell's Electrodynamics Without Special Relativity Theory (Part II) — Victor N Barykin (GED V14 N5, pp 97-100)
• On the Basis for Special Relativity Theory — Sergey N Arteha (GED V14 NS2, pp 23-28)
• On the Nature of Electromagnetic Waves — Dimiter G Stoinov (GED V14 N1, pp 17-20)
• Photon Model — Philipp M Kanarev (GED V14 NS1, pp 3-8)
• Re-Developing Emission Theory III — Yue Zhou, Xi Zhou (GED V14 N2, pp 31-36)
• Re-Developing Emission Theory IV — Yue Zhou, Xi Zhou (GED V14 N2, pp 37-38)
• Re-Evaluation of the Scout D Experiment as a Test of Relativity Theory — Tuomo Suntola (GED V14 N4, pp 71-77)
• Today's View on the Lesage Hypothesis — Boris I Kolesnichenko (GED V14 NS2, pp 35-38)
• Trans-Circuit Induction and the Concept of a Magnetic Field Boundary — Richard M Collier (GED V14 N6, pp 112-116)
• Update on the Electrodynamics of Moving Bodies — Ian J Cowan (GED V14 N6, pp 103-110)

2002

(24 papers)

• A Call for the Return of the Physical to Physics: A Skeptic's View — Richard Oldani
• A Dialogue on Position — Richard Oldani (GED V12 N2, pp 70-80)
• A Model for the Free Electron — Philipp M Kanarev (GED V13 NS1, pp 15-18)
• A Modified Newtonian Treatment of Gravity — William F Wolff (GED V13 N3, pp 55-58)
• A New Interpretatin of the Stationary Schr?dinger Equation for a Hydrogen-Like Atom — V O Beklyamishev (GED V13 NS1, pp 3-8)
• Electron Dynamics in Ether — Jaroslav G Klyushin (GED V13 NS2, pp 37-40)
• Energy is Everything: Quantum Explanation of Gravity and Inertia — David W Talmage, Richard J Sanderson (GED V13 N6, pp 115-117)
• Experimental Research on Magnetic-Gravity Effects — Vladimir V Roschin, Sergei M Godin (GED V13 NS2, pp 31-35)
• Important Results of Analyzing Foundations of Quantum Mechanics — George P Shpenkov, Leonid G Kreidik (GED V13 NS2, pp 23-29)
• In Search of an Ether Drift — Ronald R Hatch (GED V13 N1, pp 3-7)
• Inertia: A Purely Relativistic Phenomenon — Charles T Ridgely (GED V13 N1, pp 15-18)
• Irrotational Components of Maxwell's Equations — David M Drury (GED V13 N4, pp 72-75)
• Is the Big Bang for Real? — Evert Jan Post (GED V13 N6, pp 109-112)
• Maxwell Helps Explain Microphysics — Jorge A Guala-Valverde, Roberto Blas (GED V13 N2, pp 37-39)
• Maxwell's Electrodynamics Without Special Relativity Theory (Part I) — Victor N Barykin (GED V13 N2, pp 29-32)
• Microphysics Needs an Invariant Electrodynamics — Thomas E Phipps, Harold W Milnes (GED V13 N4, pp 63-70)
• On the Momentum and Kinetic Energy of Particles at Extremely Large Velocities — Vitor Baranauskas (GED V13 N3, pp 43-45)
• Origin of the Dirac Equation — Helena Ioannidou (GED V13 N4, pp 83-86)
• Re-Developing Emission Theory II — Yue Zhou, Xi Zhou (GED V13 N5, pp 95-97)
• The Aharonov-Bohm Phase Shift Related to Strain in the Vortex Sponge — Edward M Kelly (GED V13 N5, pp 89-93)
• The Michelson-Morley Experiment and Fresnel's Hypothesis — A N Petrov (GED V13 NS1, pp 11-14)
• The Possibility of Developing a Theory of Light Without Special Relativity — Liudmila B Boldyreva, Nina B Sotina (GED V13 N6, pp 103-106)
• Theoretical Derivation of Ampere's Law — James Keele (GED V13 N2, pp 40)
• Unity of Electricity and Magnetism — Dimiter G Stoinov (GED V3 N2, pp 33-35)

2001

(24 papers)

• A Claim for Minimum Contradictions in Physics — Athanassios A Nassikas (GED V12 NS1, pp 14-17)
• A Classical Basis for Electromagnetics — Sidney Bertram (GED V12 N5, pp 93-96)
• A Physical Origin for Mass and Charge — Erik A Haeffner (GED V12 N6, pp 112-115)
• Clock Synchronization and Finsler Structure of a Flat Anisotropic Space-Time — R G Zaripov (GED V12 N2, pp 23-27)
• Contradiction Between the Uncertainty Principle and the Constancy of Light Speed — Yi-Fang Chang (GED V12 N4, pp 77-80)
• Do we Dare to Understand Quantum Mechanics? — Evert Jan Post (GED V12 N4, pp 71-76)
• Doppler Relativity Theory — Ken H Seto (GED V12 N6, pp 116-119)
• Electromagnetism in Uniformly Accelerated Media — Pierre Hillion (GED V12 N5, pp 83-87)
• Implications of Hafele-Keating, Michelsom-Morley, & Michelson-Gale Experiments — Antonis Agathangelidis (GED V12, pp 43-49)
• Interaction Between Parallel Live Wires: Analytical Determination of Force — Dimiter G Stoinov (GED V12 N5, pp 89-92)
• Is Einstein's Light Postulate a Law of Nature — Antonio Ferrigno (GED V12 N1, pp 3-9)
• Locating the Boundary of a Magnetic Field — Richard M Collier (GED V12 N5, pp 97-99)
• Logical Constructions in Special Relativity — Vitaly M Bernstein (GED V12 N1, pp 11-16)
• On the Origin of Inertia — Charles T Ridgely (GED V12 N1, pp 17-19)
• On The Possibility of a Unique Axiom in Physics — Athanassios A Nassikas, Pavel F Parshin (GED V12 NS2, pp 23-26)
• On Torsion Fields — Boris Stanislavovich (GED V12 NS1, pp 5-11)
• Problems with the Special Theory of Relativity — Wen-Xiu Li (GED V12 N2, pp 28-32)
• Relativity of Absolute Space and Time True and False Indications of Measuring Devices — G E Ivanchenko (GED V12 N2, pp 33-38)
• Similarity Between Elementary Particles and Electric Circuits — Theodore D Mitsopoulos (GED V12 N6, pp 108-111)
• Sub-Quantum Physics 5: H Atom States: Constant Density Balls, and Degenerate Ellipses — Alan McCone (GED V12 N4, pp 63-69)
• Tests on Transformer Induction — Dave Dameron (GED V12 N3, pp 58-59)
• The Principle of Least Action in Special Relativity Theory — Victor A Kuligin (GED V12 NS2, pp 35-37)
• Time-Space-Oscillation: Hidden Mechanism Behind Physics — Olof Sund (GED V12 NS2, pp 29-34)
• Weber-Ritz & Faraday-Maxwell Formulae: Induction Experiment Test — Ray T Smith (GED V12 N3, pp 51-57)

2000

(23 papers)

• A Field Generalization for the Lorentz Force Formula — Jaroslav G Klyushin (GED V11 N5, pp 83-89)
• A Hypothesis of Quantum Space-Time Aether — Athanassios A Nassikas (GED V11 NS2, pp 34-40)
• Astrophysics and Causal Mechanics — Alexander N Dadaev (GED V11 NS1, pp 4-7)
• Convention in the Definition of Geometry of Space-Time — R G Zaripov (GED V11 N4, pp 63-68)
• Convention in the General Definition of Distance — R G Zaripov (GED V11 N2, pp 29-33)
• Correspondence: Radiation As Cyclic Photo-Pair Production. — Jonathan Yalley (GED V11 N5, pp 100)
• Design of the Universe - Part III: An Interdependent Pattern — Robert J Heaston (GED V11 N2, pp 23-28)
• Electrodynamics and Gravitation Based on Trends Preceding Maxwell and Einstein — Vitaly M Bernstein (GED V11 N5, pp 91-96)
• Experimental Verification of Kozyrev's Interaction of Natural Processes — S M Korotaev (GED V11 NS2, pp 23-28)
• Experiments on Asymmetrical Mechanics? — Vladimir G Labeysh (GED V11 NS1, pp 8-11)
• Generation of Anti-Gravity and Complete Parity Breaking of Gravity — Hideo Hayasaka (GED V11 NS1, pp 12-17)
• Kozyrev's Causal Mechanics in Stellar Systems: Predictions and Estimations — Victor V Orlov (GED V11 NS1, pp 18-20)
• More on Time-Keeping and GPS Satellites — Jorge A Guala-Valverde, J Tramaglia (GED V11 N1, pp 17-18)
• Neoclassic Treatment of Ground-State Hydrogen - Part II: Spin and Gravitation — William F Wolff (GED V11 N3, pp 55-57)
• Newton's Third Principle in Post-Newtonian Physics: Part II - Interpretation and Experiment — Patrick Cornille (GED V11 N4, pp 69-72)
• On the Nature of Inertia — Charles T Ridgely (GED V11 N1, pp 11-15)
• Re-Developing Emission Theory — Yue Zhou, Xi Zhou (GED V11 N6, pp 103-110)
• Rectifying Glitches and Omissions in Early Physics — Evert Jan Post (GED V11 N6, pp 111-117)
• Sub-Quantum Physics 4: Oscillator Ground State from Aether Stochastic White Noise — Alan McCone (GED V11 N3, pp 49-53)
• The Force of Time — S M Korotaev (GED V11 NS1, pp 29-33)
• The Nature of Gravitation in a Unified Physics — Theodore D Mitsopoulos (GED V11 N1, pp 3-9)
• Universal Newton Time in Classical Electrodynamics: Elements of Physical Interpretation — G A Kotel\'nikov (GED V11 N4, pp 74-80)
• What is the Electrical Charge? Coulomb's Law — Dimiter G Stoinov (GED V11 N5, pp 97-99)

1999

(26 papers)

• A Mathematical Evaluation of Einstein's Geodesic Equation — Donald W Schoeneman (GED V10 N4, pp 76-78)
• Additions to Newton's Law of Gravitation — Rodrigo Bustamante (GED V10 NS1, pp 13-14)
• Charged Particle Oscillating Near a Capacitor — Andre K T Assis (GED V10 N6, pp 103-105)
• Co-Lorentz Coordinate Transformations; Co-Einstein Special Relativity - Part II — Constantin I Mocanu (GED V10 N6, pp 111-117)
• Conflicts in Special Relativity Resulting from Assumption Shifts — Neil E Munch (GED V10 NS2, pp 32-35)
• Convention in Defining Simultaneity by Slow Clock Transport — R G Zaripov (GED V10 N3, pp 57-59)
• Design of the Universe - Part II: Consequences of Redefining the Fundamental Forces — Robert J Heaston (GED V10 N1, pp 27-29)
• Gravitation: Revising Both Einstein and Newton — Ronald R Hatch (GED V10 N4, pp 69-74)
• In Memoriam: Daniel Deutsch — Daniel H Deutsch, Evert Jan Post (GED V10 NS1, pp 8)
• Interactions Between Moving Oscillators — Dimiter G Stoinov (GED V10 N2, pp 37-38)
• Longitudinal Waves in Electrodynamics — Victor A Kuligin (GED V10 N6, pp 118-120)
• Mach's Principle in a Mixed Newton-Einstein Context — Evert Jan Post, Michael Berg (GED V10 NS2, pp 36-40)
• Neoclassic Treatment of Ground-State Hydrogen - Part I: Structure — William F Wolff (GED V10 N5, pp 91-94)
• Newton's Third Principle in Post-Newtonian Physics - Part I: Theory — Patrick Cornille (GED V10 N3, pp 43-48)
• Report on VACE Experiments — Thomas E Phipps (GED V10 N1, pp 3-11)
• Revising Quantum Physics — Theodore D Mitsopoulos (GED V10 N5, pp 83-88)
• Revising the Systems of Units — Theodore D Mitsopoulos (GED V10 N2, pp 35-36)
• Special Relativity via Electromagnetic Clocks — John Byl (GED V10 N6, pp 107-110)
• Sub-Quantum Physics 3: Each Sperical Harmonic is Two Space States Without Spin Opposition — Alan McCone (GED V10 N2, pp 31-34)
• Symmetry or Simultaneity — Ronald R Hatch (GED V10 N3, pp 51-54)
• The Complete Physics Heresy — Vivian Pope (GED V10 NS1, pp 23-31)
• The Too-General Theory of Relativity — John-Erik Persson (GED V10 N4, pp 79)
• The Unreasonable Persistence of Questionable Physical Doctrine — Evert Jan Post (GED V10 N2, pp 23-26)
• Theoretical Determination of the Gravitational Constant G — Alexander Mathe (GED V10 N4, pp 63-68)
• Time: The Shadow Dimension — Donald F Weitzel (GED V10 NS1, pp 3-5)
• Turbulent Advection of a Fluid Discontinuity and Schr?dinger Mechanics — Valery P Dmitriyev (GED V10 N5, pp 95-99)

1998

(16 papers)

• A Classical Approach to Gravitational Waves — Ernest W Graham (GED V9 N1, pp 9-10)
• Co-Lorentz Coordinate Transformations; Co-Einstein Special Relativity: Part I — Constantin I Mocanu (GED V9 N6, pp 103-109)
• Conflicting Relationships in Special Relativity and its Doppler Equations — Neil E Munch (GED V9 N6, pp 110-115)
• Convention in the General Definition of Simultaneity — R G Zaripov (GED V9 N4, pp 63-71)
• Correlated Emission of Electrons — Harold E Puthoff, M A Piestrup, P J Ebert (GED V9 N3, pp 43-49)
• Design of the Universe - Part I: Redefinition of the Unification Problem — Robert J Heaston (GED V9 N4, pp 75-79)
• Experiment Proposed to Resolve Simultaneity and One-Way Light-Speed Issues — Dan Wagner (GED V9 N2, pp 29-33)
• Experimental Disproof of Special Relativity — Antonis Agathangelidis (GED V9 N2, pp 23-26)
• General Relativity's Ambiguous Clocks — Robert S Neiswander (GED V9 N1, pp 3-7)
• Local Structures of Gravity-Free Space and Time — Jian-Miin Liu (GED V9 N4, pp 73-74)
• Relativistic Mass Increase and Doppler Shift Without Special Relativity — Milo M Wolff (GED V9 N6, pp 117-120)
• Revising Relativity — Theodore D Mitsopoulos (GED V9 N5, pp 89-92)
• Sub-Quantum Physics 2: ?Directional Modality? vs. ?Angular Momentum? in Central Force Wave Mechanics — Alan McCone (GED V9 N3, pp 51-52)
• The Light Speed Barrier: Bending the Rules — Eric Baird (GED V9 N5, pp 83-87)
• The Mechanics of Faraday's Law in the Vortex Sponge — Edward M Kelly (GED V9 N3, pp 57-58)
• What Does the Lorentz Force Have to do with Maxwell's Equations? — Georg Galeczki (GED V9 N5, pp 95-97)

1997

(21 papers)

• A Critical Analysis of Special Relativity Theory — Ludek Nerad (GED V8 N6, pp 103-105)
• A New Test Theory of Special Relativity: Testing its Structures in Gravity-free Space and Time — Jian-Miin Liu (GED V8 N3, pp 43-47)
• An Equilibrium Orbital Electron — Adam R Brute (GED V8 N6, pp 113-115)
• Assessing Conceptual Trends in 20th Century Physics — Evert Jan Post (GED V8 N2, pp 37-40)
• Commentary on "Sub-Quantum Physics — David L Bergman (GED V8 N5, pp 97-99)
• Compatibility of Weber's Force with Maxwell's Equations — Junichiro Fukai, Earl T Kinzer (GED V8 N3, pp 53-55)
• Electromagnetic Transport of Energy and Momentum in the Vortex Sponge — Edward M Kelly (GED V8 N3, pp 49-51)
• Finding Absolution for Special Relativity Theory - Part III — Cynthia Kolb Whitney (GED V8 N1, pp 9-14)
• Number, Space, Motion & Time — John O Campbell (GED V8 N4, pp 63-70)
• Sagnac's Experiment Misdescribed — Robert B Driscoll
• Sub-Quantum Physics 1: Method of Fits Applied to the Hydrogen Atom — Alan McCone (GED V8 N5, pp 87-95)
• The Classical Correlation of Orbital Precessions — Ernest W Graham (GED V8 N1, pp 6-7)
• The Copenhagen Delusions of a Dutch Uncle — Evert Jan Post (GED V8 N5, pp 83-85)
• The Domain of Special Relativity — Robert S Neiswander (GED V8 N4, pp 71-74)
• The Dynamics of Matter via Maxwell's Equations — Charles M Hill (GED V8 N2, pp 23-28)
• The Electric Intensity Induced in a Wire at Rest by a Moving Magnet — Stefan Marinov (GED V8 N6, pp 117-120)
• The Electromagnetic Momentum of a Charged Particle in Weber's Theory — David M Drury (GED V8 N4, pp 75-77)
• The Local Nature of the Correspondence Principle — Andrew R Dring (GED V8 N2, pp 31-32)
• Time Evolution of Vacuum Parameters as the Basis for a Cosmological Model — Eugene I Shtyrkov (GED V8 N3, pp 57-59)
• Wave-Particle Interactions and the Lorentz Transform — Sidney Bertram (GED V8 N1, pp 3-4)
• What Does the Lorentz Force Have to do with Special Relativity? — Peter Marquardt, Georg Galeczki (GED V8 N6, pp 109-111)

1996

(19 papers)

• A Note on Transverse Doppler Effects — A I A Adey (GED V7 N2, pp 99-102)
• A Physical Model for Atoms and Nuclei — Joseph C Lucas (GED V7 N1, pp 3-12)
• Absolute Simultaneity With and Without Light Signals — Thomas E Phipps (GED V7 N3, pp 43-50)
• Finding Absolution for Special Relativity Theory - Part I — Cynthia Kolb Whitney (GED V7 N2, pp 23-29)
• Finding Absolution for Special Relativity Theory - Part II — Cynthia Kolb Whitney (GED V7 N4, pp 63-69)
• Fresnel, Fitzeau, Hoek, Michelson-Morley, Michelson-Gale and Sagnac in Aetherless Galilean Space — Curtis E Renshaw (GED V7 N6, pp 103-108)
• Hydrodynamic Interpretation of Maxwell's Equations and the Lorentz Gauge — Edward M Kelly (GED V7 N5, pp 87-93)
• Induced EMF by Weber's Force — Junichiro Fukai, Earl T Kinzer (GED V7 N2, pp 39-42)
• Pulsar Timing and the Special Theory of Relativity — Curtis E Renshaw (GED V7 N2, pp 30-34)
• Relativity in Galilean Space: Why? — Alexander L Kholmetskii (GED V7 N3, pp 55-62)
• Simultaneity Interpretations — W Vincent Coon (GED V7 N6, pp 109-111)
• Simultaneity, Absolutely — Robert S Neiswander (GED V7 N4, pp 70-74)
• The Aether as the Seat of the Quantum Uncertainly: Excitation Characteristics From Oscillator Ground State — Alan McCone (GED V7 N5, pp 94-88)
• The Definition of Simultaneity — Andrew R Dring (GED V7 N2, pp 34-38)
• The Differential Forces of Electromagnetism — Sidney Bertram (GED V7 N6, pp 112-120)
• The Nature of Electromagnetic Induction — Oleg D Jefimenko (GED V7 N5, pp 83-86)
• The Radiation Continuum Model of Light and the Galilean Invariance of Maxwell's Equations — Curtis E Renshaw (GED V7 N2, pp 13-22)
• The Speed of Light, Conservation Laws, and Gravity Probe B — Ronald R Hatch (GED V7 N4, pp 75-82)
• Trouton-Noble and the Relativistic Gyroscope — Andrew R Dring (GED V7 N3, pp 51-54)

1995

(14 papers)

• A Direct Test of Mach's Principle — Hoff Lu, Shi-Ming Wang (GED V6 N6, pp 103-107)
• A Do-It-Yourself Refutation of Modern Physics — Thomas E Phipps (GED V6 N5, pp 92-102)
• A Simple Mathematical Model Which Suggests an Electromagnetic Basis for Inertial Mass — William L Hughes (GED V6 N2, pp 31-33)
• Beyond the Point Particle: A Wave Structure for the Electron — Milo M Wolff (GED V6 N5, pp 83-91)
• Derivation of Relativistic Transformations for Gravitational Fields from Retarded Field Integrals — Oleg D Jefimenko (GED V6 N2, pp 23-30)
• Hertz's Relativity: A Complemintary Theory to Einstein's SR (Appendices) — Constantin I Mocanu (GED V6 N2, pp 34-42)
• Hertz's Relativity: A Complimentary Theory to Einstein's SR — Constantin I Mocanu (GED V6 N1, pp 11-22)
• Non-Covariant Galilean Electrodynamics — A I A Adey (GED V6 N6, pp 108-116)
• On Relativistic Kinematics in the Galilean Space — Alexander L Kholmetskii (GED V6 N3, pp 43-50)
• Once Again About the Doppler Effect — Lev A Pobedonostsev (GED V6 N6, pp 117-120)
• Relativity and Classical Physics — Theodore Theodorsen (GED V6 N4, pp 63-73)
• Relativity and GPS - I — Ronald R Hatch (GED V6 N3, pp 51-62)
• Relativity and GPS - II — Ronald R Hatch (GED V6 N4, pp 73-82)
• Timekeeping and the Speed of Light - New Insights from Pulsar Observations — Charles M Hill (GED V6 N1, pp 3-10)

1994

(16 papers)

• A Conjecture Regarding Changes in Dimensions of Bodies Moving Through the Ether — Lee Shimmin (GED V5 N3, pp 55-82)
• A Second Look at a Fundamental Concept in Electromagnetics — William L Hughes (GED V5 N4, pp 86-91)
• An Amended Equation for the Lorentz Force — William F Wolff (GED V5 N6, pp 108-112)
• Analysis of Trouton-Noble Experiment — Howard C Hayden (GED V5 N4, pp 83-85)
• Determining the Titus Series Scale Factor, and Predicting Stable Orbits — Daniel J Klaphaak (GED V5 N1, pp 13-22)
• Global Positioning Satellites — Howard C Hayden (GED V5 N4, pp 92-82)
• Gravitational Field of a Point Mass Moving with Uniform Linear or Circular Velocity — Oleg D Jefimenko (GED V5 N2, pp 25-42)
• Neo-Hertzian Wave Equation and Aberration — Thomas E Phipps (GED V5 N3, pp 46-54)
• Nonlinear Electromagnetic Field Theory — Frank Twiss (GED V5 N6, pp 103-107)
• Only Ampere Forces Explain Railgun Recoil and Wire Explosions — Peter Graneau, Neal Graneau (GED V5 N3, pp 43-45)
• Preferred Reference Frames Based on the Motion of Nearby Matter — Dan Wagner (GED V5 N5, pp 83-89)
• Solar and Galactic Sagnac Effects Might be Hidden in Published GPS Data of 1985 — Francisco J M?ller, Dale Means (GED V5 N5, pp 90-97)
• Special Relativity Theory Aberrated — Cynthia Kolb Whitney (GED V5 N5, pp 98-102)
• Speed-Synchronization Circularity — W Vincent Coon (GED V5 N1, pp 10-12)
• The Vortex Sponge Model of Elementary Particles — Valery P Dmitriyev (GED V5 N2, pp 23-24)
• Vacuum Energy Density and the Mechanism of Gravity — A H Brady (GED V5 N1, pp 3-9)

1993

(28 papers)

• A Formal Definition of Causality and Kozyrev's Axioms — S M Korotaev (GED V4 N5, pp 86-88)
• A Formulation of Galilean Gravitation on a Maniford — David F Roscoe (GED V4 N2, pp 32-34)
• A New Model of Interaction Between Matter and Vacuum — Ove Tedenstig (GED V4 N4, pp 69-74)
• A Non-Einsteinian Equivalence Principle — Edward Kapuscik, Andrzej Horzela (GED V4 N5, pp 83-85)
• Charged Ring Model of Elementary Particles: A Controversy — David L Bergman, Arnold G Gulko (GED V4 N5, pp 98-104)
• Einsteinian and Quantum-Mechanical Observers — Howard C Hayden (GED V4 N2, pp 29-31)
• Experimental Investigation of the Doppler Effect, Continued — Lev A Pobedonostsev (GED V4 N1, pp 7-8)
• Force Exerted on a Stationary Charge By a Moving Current Loop — Oleg D Jefimenko (GED V4 N6, pp 115-120)
• Galilean Gravitation: Solar System Orbits — David F Roscoe (GED V4 N3, pp 43-46)
• Generalization of the Dissipative Model of the Universe — Pal R Molnar (GED V4 N3, pp 51-53)
• Is the Continued Use of Abstract Entities Sound? — O N Oliveira (GED V4 N3, pp 54-62)
• Is the Velocity of Light Constant in Time? — Alan Montgomery, Lambert Dolphin (GED V4 N5, pp 93-97)
• Kinematic Confirmation of Thomas Paradox — Constantin I Mocanu (GED V4 N2, pp 23-28)
• Logical Insufficiency of the "Two Postulates" of Special Relativity — Thomas E Phipps (GED V4 N6, pp 105-106)
• Mach's Principle vs. Einstein's Relativity — Lars W?hlin (GED V4 N3, pp 63-65)
• On the "Speed of Gravity" — Tom Van Flandern (GED V4 N2, pp 35-37)
• On the Era Changing Problem — Pal R Molnar, Milan Meszaros (GED V4 N1, pp 9-11)
• On the Mass of the Photon — Harold A Papazian (GED V4 N4, pp 75-82)
• On the Motion of the Solar System With Respect to the Ether — Svetlana Tochel\'Nikova-Muri (GED V4 N6, pp 109-118)
• On the Nature of Newtonian Gravitation — David F Roscoe (GED V4 N1, pp 15-22)
• Should not the Lorentz-FitzGerald Contraction Be Three-Dimensional? — Daniel H Deutsch (GED V4 N6, pp 113-114)
• The Doppler Observations of Venus Contradict the SRT — Svetlana Tochel\'Nikova-Muri (GED V4 N1, pp 3-6)
• The E?tv's Correction Applied to the Thermal Motion of Gas Molecules — V A Kishkintsev (GED V4 N3, pp 47-50)
• The Eotvos Correction Applied to the Thermal Motion of Gas Molecules — V A Kishkintsev (GED V4 N3, pp 47-50)
• The Mass-Space Principle — Robert L Carroll (GED V4 N4, pp 66-68)
• The Substratum Origin of Relativistic Effects — Valery P Dmitriyev (GED V4 N1, pp 11-14)
• The Unipolar Faraday Generator Revisited — Jorge A Guala-Valverde, Pedro Mazzoni (GED V4 N6, pp 107-108)
• Why an Ether is Positively Necessary and a Candidate for the Job — John Philip Claybourne (GED V4 N2, pp 38-42)

1992

(24 papers)

• A Mechanical Test of the Equivalence Principle — John W McAlister, Joe F McAlister (GED V3 N3, pp 43-49)
• A New Way to Determine the Velocity of the Solar System — Svetlana Tochel\'Nikova-Muri (GED V3 N3, pp 72-75)
• A Reexamination of the Lorentz Transformation — Shao-Zhi Xu, Xiang-Qun Xu (GED V3 N1, pp 5-8)
• Cosmological Redshift and Light Velocity in Vacuum — Eugene I Shtyrkov (GED V3 N4, pp 66-68)
• Dielectric Cherenkov Effect in Inertial Frames With Substratum Flow — Horst E Wilhelm (GED V3 N2, pp 28-32)
• Distinctions Between Galilean and Einsteinian Physics — Howard C Hayden (GED V3 N2, pp 23-27)
• Experimental Investigation of the Doppler Effect — Lev A Pobedonostsev (GED V3 N2, pp 33-35)
• Faraday's and Ampere's Laws — Sidney Bertram (GED V3 N5, pp 85-88)
• Gravitational Redshift Revisited — Jorge A Guala-Valverde (GED V3 N3, pp 58-62)
• Heavy-Water-Arc Gun for Impact Fusion — Neal Graneau (GED V3 N4, pp 63-65)
• Imaginary Charge and Gravitational-Electric Space — T Chang (GED V3 N2, pp 36-42)
• Lorentz's Galilean-Invariant Form of Maxwell's Equations in Free Space — David M Drury (GED V3 N3, pp 50-55)
• Maxwell's Equations in Moving Coordinates — Charles M Hill (GED V3 N1, pp 13-22)
• Multiple Concepts of Time in Flat and Curved Space — T Chang (GED V3 N6, pp 110-111)
• On the Mechanism of Railguns — Andre K T Assis (GED V3 N5, pp 93-102)
• Potier's Principle: A Trap for Unwary Etherists and Others — Thomas E Phipps (GED V3 N3, pp 56-57)
• Relativity Theory: Alternative or Fiasco? — Boris I Peshchevitsky (GED V3 N6, pp 103-105)
• Rotating Mossbauer Experiments and the Speed of Light — Howard C Hayden (GED V3 N6, pp 114-119)
• The "Time Dilation" of Mesons Re-Examined — Donald T MacRoberts (GED V3 N5, pp 83-84)
• The Reciprocity of Einstein's Special Relativity Theory — John Philip Claybourne (GED V3 N4, pp 69-71)
• The Role of Space and Time in Scientific Perception of the World — Philipp M Kanarev (GED V3 N6, pp 106-109)
• Was Edwards Contradicted Experimentally? — Howard C Hayden (GED V3 N4, pp 76-82)
• What's Wrong With Standard Relativistic Fields? — Cynthia Kolb Whitney (GED V3 N5, pp 89-92)
• Wheeler's Geometrodynamics and the Zero Point Vacuum Energy — Friedwardt Winterberg (GED V3 N1, pp 3-4)

1991

(23 papers)

• A Gedanken Experiment With Relativistic Fields — Cynthia Kolb Whitney (GED V2 N2, pp 28-29)
• A Geometric Representation of Inertial Process — David F Roscoe (GED V2 N5, pp 87-93)
• A Seductive Fallacy — Petr Beckmann (GED V2 N2, pp 36-42)
• Aberration and the Electric Force on a Moving Charged Particle — David M Drury (GED V2 N1, pp 13-22)
• Einstein's Great Oversight — Robert J Heaston (GED V2 N2, pp 23-27)
• Estimating the Strength of Water-Arc Explosions — Peter Graneau (GED V2 N1, pp 3-9)
• Experimental Investigation of a Relativistic Effect — Pavel F Parshin, Lev A Pobedonostsev (GED V2 N3, pp 48-54)
• Gravitation as an Inertial Disturbance — David F Roscoe (GED V2 N6, pp 103-109)
• Limitations on Viewing Distant Astronomical Objects — Frank Twiss (GED V2 N5, pp 98-102)
• On a Recent Mininterpretation of Sagnac's Experiment — Howard C Hayden (GED V2 N3, pp 57-62)
• Resonant Optics for Detection of Rotation and Translation — Thomas G Barnes (GED V2 N3, pp 55-56)
• Spinning Charged Ring Model of Elementary Particles — David L Bergman (GED V2 N2, pp 30-32)
• Super-Relativistic Dynamics — Steven Dinowitz (GED V2 N6, pp 114-119)
• Superconductivity and Electron Viscosity — Robert L Carroll (GED V2 N1, pp 10-12)
• The Fundamental Brake of Science — Boris I Peshchevitsky (GED V2 N1, pp 18-19)
• The Invariance of Discrete Counts — Boris I Peshchevitsky (GED V2 N5, pp 83-86)
• The Lorentz Transformation and Its Reference Frames — Boris I Peshchevitsky (GED V2 N2, pp 33-35)
• The Paradox of Thomas Rotation — Constantin I Mocanu (GED V2 N4, pp 67-74)
• The Perihelic Rotation of Mercury by Newton's Original Method — Jorge C Cur (GED V2 N3, pp 43-47)
• The Tau Potential — Don Savage (GED V2 N6, pp 110-113)
• The Toroidal Electron — Robert L Carroll (GED V2 N5, pp 94-97)
• What is the Amount of Matter? — Eduard Eitelberg (GED V2 N4, pp 75-82)
• Yes, Moving Clocks Run Slowly, but is Time Dilated? — Howard C Hayden (GED V2 N4, pp 63-66)

1990

(18 papers)

• A New Analysis of Time Dilation — John Philip Claybourne (GED V1 N4, pp 46-48)
• An Overlay of Fieldlets — Lee Shimmin (GED V1 N2, pp 21-26)
• Electron Clusters — Petr Beckmann (GED V1 N5, pp 55-58)
• Experimental Data and Simultaneity — John Philip Claybourne (GED V1 N2, pp 19-20)
• Experimentum Crucis — Howard C Hayden (GED V1 N1, pp 10-11)
• Galilei Covariant Electromagnetic Field Equations — Horst E Wilhelm (GED V1 NX, pp 59-62)
• If Sagnac and Michelson-Gale, Why Not Michelson-Morley? — Howard C Hayden, Cynthia Kolb Whitney (GED V1 N6, pp 71-75)
• Light Path in Gravitational Field by Hayden's formula and Fermat's Principle — Petr Beckmann (GED V1 N2, pp 18)
• Light Speed as a Function of Gravitational Potential — Howard C Hayden (GED V1 N2, pp 15-17)
• Position Error in Satellite Navigation Systems — Wilbur Silvertooth (GED V1 N6, pp 80-83)
• Possible Explanation for the Edwards Effect — Howard C Hayden (GED V1 N3, pp 33-42)
• Reinterpreting Planck's constant — Daniel H Deutsch (GED V1 N6, pp 76-80)
• Space Medium Theory Applied to Lunar and Stellar Aberration — Thomas G Barnes, Harold S Slusher (GED V1 NX, pp 43-45)
• Spinning Charged Ring Model of Electron Yielding Anomalous Magnetic Moment — Paul Wesley, David L Bergman (GED V1 N5, pp 63-70)
• The Double-Slit Paradox — Petr Beckmann (GED V1 N1, pp 3-6)
• The Nature of Space — Robert L Carroll (GED V1 N4, pp 49-54)
• The Role of Inertial Force in Energy Exchanges — Robert L Carroll (GED V1 N1, pp 7-14)
• Unipolar Induction Experiments and Relativistic Electrodynamics — Francisco J M?ller (GED V1 N3, pp 27-31)

See also

• Galilean Electrodynamics — the journal
• Petr Beckmann — founder
• Cynthia Kolb Whitney — editor and publisher

External links

• Galilean Electrodynamics — official website and back-issue archive