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| Author |
Article |
Page |
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| Volume 5 Number 1 March 1992 |
| J.J. Bevelacqua |
The Second Law and its Impact on Relativistic Thermodynamics |
p. 3 |
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| C.Y. Lo |
Atomicity of Charged Particles, the Question of Gauge Invariance, and Unification of Electricity and Gravity |
p. 10 |
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| Ricardo L. Carezani |
The Muon Decay µ+? e+ e+ e- and Autodynamics |
p. 19 |
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| Peter Jakubowski |
Alternative Foundation of Physics |
p. 26 |
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| Gilles Corriveau |
The 3 K Background Emission, the Formation of Galaxies, and the Large-Scale Structure of the Universe |
p. 39 |
|
| Michio Nishioka and Ruggero Maria Santilli |
Use of Hadronic Mechanics for a Characterization of the Shape of the Proton |
p. 44 |
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| J. López de Lerma |
A New Approach to Particle Physics |
p. 47 |
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| James B. Edmonds, Jr. |
Nature’s Unnatural Numbers: An Octonion-Based Extension of the Dirac/Clifford Algebra and DiraclMaxwell Equations |
p. 56 |
|
| Craig Spaniol and John F. Sutton |
Classical Electron Mass and Fields |
p. 61 |
|
| E. Conte |
Considerations of Quantum Ergodic Systems and Biquaternion Quantum Mechanics |
p. 71 |
|
| Wendy Torrance Padgett |
A Logically Acceptable Definition of Mass Using Elastic Forces |
p. 75 |
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| E.W. Silvertooth and C.K. Whitney |
A New Michelson-Morley Experiment |
p. 82 |
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| Antoine Hautot and André Hautot |
The Quantization of Material Elementary Particles and Application to the Neutron and Proton |
p. 90 |
|
| R. Mirman |
How Nonlinearity Determines the Laws of Nature |
p. 97 |
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| Frank Baird |
An Inertial Clock Paradox and the Real Meaning of the Lorentz Transformations |
p. 115 |
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| Jacques Trempe |
Light Kinematics in Galilean Space-Time |
p. 121 |
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| L.A. King |
Continuous Creation of Matter in an Evolutionary Universe |
p. 126 |
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| Edward R. Floyd |
Comments on Mayants’s “A Note on Bohm’s Interpretation of Quantum Mechanics” |
p. 130 |
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| Kenneth J. Epstein |
Hamiltonian Geometrodynamics |
p. 133 |
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| Kayoko Awaya |
The Measurement Problem and the Structure of Quantum Mechanics |
p. 142 |
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| Author |
Article |
Page |
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| Volume 5 Number 2 June 1992 |
| Rudolf Nedved |
The Radial Motions of Celestial Bodies |
p. 53 |
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| Young-Sea Huang |
Relativistic Kinematics IV: The Compatibility of the Differential Lorentz Transformation and Heisenberg’s Uncertainty Principle |
p. 159 |
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| I. Reuben Freeman |
What’s Going On In Certain Quantum Interference Processes, Really! |
p. 164 |
|
| Allen D. Allen |
Debunking the Mermin Contraption |
p. 178 |
|
| Juan Dominguez Montes |
A Definition of Randomness and a Model of a Nonlocal Real World |
p. 180 |
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| Samuel C. Avery |
Observers in Space and Time |
p. 185 |
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| Michael Manthey |
Synchronization: The Mechanism of Conservation Laws |
p. 190 |
|
| S.K Bose and K Bose |
Quantum Optical Properties of Mixed Coherent States |
p. 197 |
|
| V.N. Strel’tsov |
Antiparticles |
p. 201 |
|
| B.H. Lavenda |
Statistical Equivalence and Particle Indistinguishability |
p. 206 |
|
| Zeng Xinchuan |
An Essay on a Primordial Black Hole Hydrogenlike Atom and its Cosmological Applications |
p. 215 |
|
| Robert B. Driscoll |
Forces: Neo-Ritzian Theory |
p. 220 |
|
| A.E. Kracklauer |
An Intuitive Paradigm For Quantum Mechanics |
p. 226 |
|
| Evert Jan Post |
Phipps’s Potential Function for Weber’s Force Law |
p. 235 |
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| Clark Jeffries |
A Mechanism of Galactic Rotation |
p. 237 |
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| G.E. Leal Ferreira and O.N. Oliveira, Jr. |
Force, Energy, and Mechanical Models for Surface Tension |
p. 245 |
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| Donald Greenspan |
Electron Attraction as a Mechanism for the Molecular Bond/ |
p. 250 |
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| William M. Honig |
An Electromagnetic World Picture, Part II: Planck’s Constant and the Discrete Electromagnetic Wave Model - the Photex, a Physical Model for the QM Hidden Variable |
p. 254 |
|
| Patrick Cornille |
On the Meaning of Special Relativity in the Earth Frame |
p. 262 |
|
| V. Arunasalam |
Angular Momentum, g Value, and Magnetic Flux of Gyration States |
p. 286 |
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Article |
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| Volume 5 Number 3 September 1992 |
| N.V. Pope and A.D. Osborne |
Instantaneous Relativistic Action-at-a-Distance |
p. 142 |
|
| E. Panarella |
Announcement: New Associate Editor for Physics Essays |
p. 303 |
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| Jarl I. Eriksson |
Gravity in Particle Physics |
p. 304 |
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| E. Kapuscik, J Kempczynski and A. Horzela |
On the Galilean Mass of Bodies |
p. 314 |
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| T. Matolcsi |
Dynamical Laws in Thermodynamics |
p. 320 |
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| A.K.T. Assis |
On Forces That Depend on the Acceleration of the Test Body |
p. 328 |
|
| M. Muraskin |
Sine Curve Within a Sine Curve |
p. 331 |
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| Yin-Pon Tschang |
s Quantum Mechanics a Complete Theory? |
p. 335 |
|
| Fred L. Walker |
Where is the Cosmological Altenative? |
p. 340 |
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| Terry Casey |
Prime Number Theory and the Fine-Structure Constant |
p. 345 |
|
| Dale Means |
A Device to Measure the One-Way Velocity of Light |
p. 347 |
|
| Clark Jeffries |
A Mechanism of Synchrotron Radiation |
p. 351 |
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| Ian McCausland |
On Faraday’s Ray-Vibrations and the Postulates on the Velocity of Light |
p. 357 |
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| Erik Trell |
Real Forms of the Elementary Particles with a Report of the ? Resonances |
p. 362 |
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| Harry Gelman |
Axiomatic Basis of the Lorentz Transformation |
p. 374 |
|
| Lloyd Motz |
The Quantization of Electric Charge |
p. 398 |
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| Hans Montanus |
The Fizeau Experiment in an Absolute Euclidean Space-Time |
p. 402 |
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| Miroslaw Kubiak |
On Information Transfer in Nature with the Gravitational and Electromagnetic Interactions as Examples |
p. 422 |
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| Thomas E. Phipps, Jr. |
Derivation of a Modernized Weber Force Law |
p. 425 |
|
| Craig Spaniol and John F Sutton |
Classical Electron Mass and Fields, Part II |
p. 429 |
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Article |
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| Volume 5 Number 4 December 1992 |
| Young-Sea Huang |
A Proposed Experiment to Test Einstein’s Relativity and an Alternative |
p. 451 |
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| Vladik Ya. Kreinovich |
Only Particles with Spin =2 are Mediators for Fundamental Forces: Why? |
p. 458 |
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| Milan Mészáros and Pal Molnár |
Thermodynamical Inconsistencies of Standard Cosmology |
p. 463 |
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| Daniel H. Deutsch |
Electromechanical Physical Theory of Mass, Energy, Length, and Time (MELTT) |
p. 471 |
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| Andrzej Horzela, Edward Kapuscik, and Jaroslaw Kempczynski |
Does Light Move Uniformly? |
p. 478 |
|
| Herbert H. Stevens, Jr. |
Least-Units and Big Bangs |
p. 483 |
|
| M. Surdin |
Cosmology and Stochastic Electrodynamics |
p. 491 |
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| Probhas Raychaudhuri |
The Kamiokande Solar Neutrino Experiment and its Implications |
p. 500 |
|
| ames D. Edmonds’, Jr. |
Demystified Quantum Measurement |
p. 505 |
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| L.B. Boldyreva and N.B. Sotina |
Superfluid Vacuum with Intrinsic Degrees of Freedom |
p. 510 |
|
| William M. Honig |
An Electromagnetic World Picture, Part III: Subjectivity of Space, Relative Metrics, and the Locality/Nonlocality Conundrum |
p. 514 |
|
| Mark Mitchell and Amit Goswami |
Quantum Mechanics for Observer Systems |
p. 526 |
|
| R. Mignani |
Quasar Redshifts in Iso-Minkowski Spaces |
p. 531 |
|
| Paul A.LaViolette |
The Planetary-Stellar Mass-Luminosity Relation: Possible Evidence for Energy Nonconservation? |
p. 536 |
|
| D.J. Larson |
Calculation of the “Twin Paradox”: A Correction to “A Note Regarding Relativity” |
p. 545 |
|
| Mendel Sachs |
On Czachor’s Error in his Analysis of Sachs’s Unified Field Theory |
p. 548 |
|
| B.J. Carrigan |
On “Kerr-Newman Metric and the Structure of Elementary Fermions” by Motz and Motz |
p. 551 |
|
| Donald Greenspan |
On Electron Attraction in the Diatomic Bond |
p. 554 |
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| Paul S. Wesson |
Cosmology and Zero-Point Fields |
p. 561 |
|
| Ranjit N.G. Dalpadado |
Erratum: Theory and Applications of the Transverse-to-Field Magnetoelastic Domain |
p. 567 |
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