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| Author |
Article |
Page |
Select |
| Volume 12 Number 1 March 1999 |
| O.E. Wagner |
Waves in Dark Matter |
p. 3 |
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| Nikiforos A. Sideris |
White Holes and Their Possible Connection with Quarks and Nuclear Forces - An Application to the Deuteron Ground State |
p. 11 |
|
| Vladimir MajernIk |
Mass and Gravitation |
p. 34 |
|
| Kern E. Kenyon |
Newtons Hypothetical Orbits Independently Derived |
p. 39 |
|
| Constantin Antonopoulos |
The Remaining Alternative of Bell’s Theorem |
p. 44 |
|
| R. Mignani, S. Pessa, and G. Resconi |
Electromagnetic-Like Generation of Unified-Gauge Theories |
p. 61 |
|
| E.J. Bacinich and TA. Kriz |
The Arrow of Time in an Expanding 3-Sphere |
p. 80 |
|
| Murray H. Zucker |
Entropy and Cosmology |
p. 92 |
|
| Frank M. Meno and Kassem Awada |
Galaxy Evolution |
p. 106 |
|
| Guibert U. Crevecoeur |
A Simple Procedure to Assess the Time Dependence of Cosmological Parameters |
p. 115 |
|
| Francis X. Vacanti |
Orbital Precession and the Nature of Inertia |
p. 125 |
|
| Jair Lucinda |
Beyond the Equivalence Principle |
p. 131 |
|
| Jacques Chauveheid |
On the Connection Between Classical and Quantum Fields |
p. 146 |
|
| Parry Moon, Domina Eberle Spencer, Arjan S. Mirchandaney, Uma Shama, and Philip J. Mann |
The Derivation of a New Gaussian Equation for the Force Between Moving Charges from Fundamental Postulates |
p. 153 |
|
| P. Marmet and C. Couture |
Relativistic Deflection of Light Near the Sun Using Radio Signals and Visible Light |
p. 162 |
|
| C. Meis |
Zero-Point Radiation Field Revisited |
p. 174 |
|
| L. Kostro and B. Lange |
Is d4/g the Greatest Possible Force in Nature? |
p. 182 |
|
| I.J. Good |
Erratum: The Self-Consistency of the Kinematics of Special Relativity, IV |
p. 190 |
|
| Gordon Watson |
Erratum: Bell’s Theorem Refuted: Real Physics and Philosophy for Quantum Mechanics |
p. 191 |
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| Author |
Article |
Page |
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| Volume 12 Number 2 June 1999 |
| Kern S. Kenyon |
The n-Body Problem Solved in Two Dimensions |
p. 197 |
|
| G. Sardin |
Fundamentals of the Orbital Conception of Elementary Particles and of Their Application to the Neutron and Nuclear Structure |
p. 204 |
|
| Joachim von Peschke |
An Optical Interpretation of Spinors |
p. 221 |
|
| C.Y. Lo |
The Question of Theoretical Self-Consistency in General Relativity: On Light Bending, Duality, Photonic Energy-Stress Tensor, and Unified Polarization of Plane-Wave Forms |
p. 226 |
|
| Chen Shu’Yu |
Geometrical Properties of Relativistic Rapidity |
p. 242 |
|
| Hans Montanus |
Galactic Rotation and Dark Matter in an Absolute Euclidean Space-Time |
p. 259 |
|
| Hector A. Münera |
A Relativistic Enthalpy-Momentum Wave Equation for Bosons and Fermions Moving in a Dynamic Fluid: A Unified Treatment for Bradyons and Tachyons |
p. 275 |
|
| S. Olszewski |
Time Conservation and Intensity of Energy Emission in Simple Quantum Systems |
p. 283 |
|
| Adolf A. van Rede |
A Treatise on a Logical Model for Reality |
p. 293 |
|
| Manian Kowalski |
Classical Description of Photon Emission from Atomic Hydrogen |
p. 312 |
|
| Tao Mei |
Quantum Theory of the Free Particle |
p. 332 |
|
| G.D. Ransford |
The Speed of Gravity |
p. 340 |
|
| Mario Rabinowitz |
Gravitational Tunneling Radiation |
p. 346 |
|
| Peter Naur |
Aberration in Special Relativity: A Case of Chronic Scientific Confusion |
p. 358 |
|
| Minoru Harada |
Universality of the Numerical Value of Length and Its Implications for Time Dilation |
p. 368 |
|
| AG. Kelly |
Experiments on Unipolar Induction |
p. 372 |
|
| M. John Wymelenberg |
Three-Dimensional Complex Analysis and Maxwell’s Equations |
p. 383 |
|
| G. De Nignis |
Microphysics from Classical Electrodynamics |
p. 390 |
|
| Zbigniew Jacyna-Onyszklewicz |
Berkeley’s Model of the Universe and the Genesis of the Principles of Quantum Theory |
p. 397 |
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Article |
Page |
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| Volume 12 Number 3 September 1999 |
| L. Hong |
On the Concept of Force in Special Relativity: Gravitodynamics Theory of Moving Bodies |
p. 405 |
|
| WM. Stuckey |
Leibniz’s Principle, Dynamism, and Nonlocality |
p. 414 |
|
| Kayoko Awaya |
Direct Manifestation of the Incompleteness of the Quantum-Mechanical Description and the Reduction of the Wave-Function |
p. 420 |
|
| Edward S. Barkin |
The Relationship Between Antigravity and Antimatter |
p. 427 |
|
| Jair Lucinda and R.L. Cavasso Filho |
Gravitational Deflection of Light and of Fast Material Particles |
p. 429 |
|
| I. McCausland |
On the Consistency or Inconsistency of Special Relativity |
p. 438 |
|
| Giorgio Tangorra |
Quantum Photodynamics: Elements for a Physics of Time |
p. 446 |
|
| Raymond J. Beach |
A Representation of the Electromagnetic Field in the Presence of Curvature |
p. 457 |
|
| P. Marmet |
Classical Description of the Advance of the Perihelion of Mercury |
p. 468 |
|
| Yin-Po Tschang |
New Mesons |
p. 487 |
|
| Richard L. Liboff |
The Many Faces of the Helmholtz Equation |
p. 492 |
|
| L. Kocis |
An Alternative to Quantum Mechanics Part I: The Experiment of Pfleegor and Mandel |
p. 499 |
|
| C.Y. Lo |
Compatibility with Einstein’s Notion of Weak Gravity: Einstein’s Equivalence Principle and the Absence of Dynamic Solutions for the 1915 Einstein Equation |
p. 508 |
|
| Michael H. Brill |
Lost in Velocity Space: Problems with the Single-Boost Lorentz Transformation |
p. 527 |
|
| Tom Franzel |
The Strange and Checkered Career of Carrington’s Law: A Century and a Half of Solar Modeling |
p. 531 |
|
| William M. Honig |
Local Consistency and Global Inconsistency from ‘Hegelian Realistic” Versions of Quantum Mechanics and of Special Relativity |
p. 570 |
|
| Seiya Abiko |
Comment on “Reinterpretation of the Fitzgerald-Lorentz Contraction“ by M. Harada and Sachs |
p. 588 |
|
| Jaroslaw Mrozek |
The Most General Functions of Mathematics in Physical Sciences |
p. 592 |
|
| Nikiforos A. Sideris |
Erratum: White Holes and Their Possible Connection with Quarks and Nuclear Forces - An Application to the Deuteron Ground State |
p. 598 |
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| Author |
Article |
Page |
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| Volume 12 Number 4 December 1999 |
| Chester J. Marcirikowski |
Calculation of a Hubble Constant at a Green-Light Wavelength |
p. 601 |
|
| Andreas Trupp |
Energy, Entropy: On the Occasion of the 100th Anniversary of Josef Loschmidt’s Death in 1895: Is Loschmidt’s Greatest Discovery Still Waiting for Its Discovery? |
p. 614 |
|
| Michael L. Fontenot |
Accelerated Observers in Special Relativity |
p. 629 |
|
| Horace R. Drew |
The Electron as a Four-Dimensional Helix of Spin-1/2 Symmetry |
p. 649 |
|
| Sisir Roy and Menas Kafatos |
Complementarity Principle and Cognition Process |
p. 662 |
|
| RobertJ. Hannon |
Time Dilation and the Velocity of Unstable Particles |
p. 669 |
|
| Minoru Harada |
On the Physical Feasibility of Time Travel |
p. 671 |
|
| Antonio Alfonso-Faus |
Gravity Quanta, Entropy, and Black Holes |
p. 673 |
|
| Marcin Molski |
Determination of the Velocity of Charged Particles Moving in Five-Dimensional Kaluza.-Klein Space |
p. 678 |
|
| Albert Gerard Gluckman |
On W.E. Webers “Grundprincip der Elektrodynamik” and Related Earlier and Contemporary Studies |
p. 682 |
|
| Chun-hsien Lee |
The Intrinsic Properties of the Hadron and the Quantization of Volume in Space |
p. 699 |
|
| Jaroslaw Kaczmarek |
Speculative Mechanics: A Concept for Modeling the Vacuum Medium |
p. 709 |
|
| Tom Etter and H. Pierre Noyes |
Process, System, Causality, and Quantum Mechanics: A Psychoanalysis of Animal Faith |
p. 733 |
|
| J.N. Percival |
The Extension of Special Relativity: Algebraic Equivalence for Observations Plus a NeW Prediction |
p. 766 |
|
| Kern E. Kenyon |
The Surface Wave as a Set of Springs: An Application of One of Newton’s Hypothetical Orbital Solutions |
p. 775 |
|
| J. Weber |
Correlation of Gamma-Ray Trigger Times with Gravitational Radiation Detector Pulses for Radiation from the Bursting Pulsar GRO J1744-28 |
p. 781 |
|
| J. Guala-Vaiverde and J.E. Guala, Jr. |
Again on Inertial Mass and Gravitational Mass |
p. 785 |
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