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| Author |
Article |
Page |
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| Volume 10 Number 1 March 1997 |
| James D. Edmonds, Jr. |
A Simple Diagram for Long Distance Communication in a Closed Universe |
p. 3 |
|
| Ewa Rydzynska 9 |
Bellert’s Space-Time as a Distributive Lattice With Pseudocomplementation: A Mathematical Apparatus of Bellert’s Theory |
p. 9 |
|
| Marcin Molski |
Is Electric Charge a Superluminal Particle? |
p. 18 |
|
| Kern E. Kenyon |
Do Surface Gravity Waves Have Spin Angular Momentum? |
p. 22 |
|
| D.J. Larson |
The A-B-C Preon Model |
p. 27 |
|
| H. Ioannidou |
Statistical Time Irreversibility of Reversible Systems: A Standard Example |
p. 35 |
|
| Zhang Junhao |
Error in the Time-Dependent Perturbation Theory of Quantum Mechanics |
p. 40 |
|
| David B. Pushkin |
Can Thermistor Probes Illustrate Entropy? |
p. 50 |
|
| Kern E. Kenyon and David Sheres |
Einstein’s Gravity Wave Method Applied to a Two-Layer Fluid With Current Shear |
p. 55 |
|
| K. Hasselmann |
The Metron Model: Elements of a Unified Deterministic Theory of Fields and Particles, Part 3: Quantum Phenomena |
p. 64 |
|
| J. Lucinda |
The Quantum Nature of the Gravitational Shift of Frequency |
p. 87 |
|
| Marek A. Szalek |
Pauli versus the Maxwell Equations and the Biot-Savart Law |
p. 95 |
|
| Gh.E. Draganescu and C.N. Avram |
The Time-Frequency Uncertainty Relations for Signals |
p. 103 |
|
| Wen-Xiu Li |
The Force Between Charges in Uniform Relative Motion |
p. 110 |
|
| Hans Montanus |
Electrodynamics in an Absolute Euclidean Space-Time |
p. 116 |
|
| Harvey S. Leff and Andrew F. Rex |
Maxwell’s Demon and the Culture of Entropy |
p. 125 |
|
| Anthony P. Stone |
A Program Model of Becoming |
p. 150 |
|
| I.J. Good |
An Inconsistency in Phipps’s Kinematic Theory |
p. 164 |
|
| Nikos A. Salingaros 65 |
Life and Complexity in Architecture From a Thermodynamic Analogy |
p. 165 |
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| Author |
Article |
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| Volume 10 Number 2 June 1997 |
| J.J. Bevelacqua |
Calculation of Single-Particle States of a ? Particle Bound to a Rotationally Deformed Axially Symmetric Nucleus |
p. 179 |
|
| Yong-Grwan Yi |
In Time and Velocity, Which Component Would Appear Dilated to the Observer? |
p. 186 |
|
| Ricardo L. Carezani |
Nucleus-Nucleus Collision and Autodynamics |
p. 193 |
|
| Robert B. Driscoll |
A Velocity-Quantizing Force p. 198 |
p. 198 |
|
| Polat Kaya |
Em-Space and Renewal-at-p Cosmology (A Revisit of Space and Gravity) |
p. 204 |
|
| Bao Jun Fei and Zhi Gang Li |
Relativistic Velocity and Hyperbolic Geometry |
p. 248 |
|
| J. Lucinda |
Field-Boost Transformations and Maxwell’s Equations |
p. 256 |
|
| K. Hasselmann |
The Metron Model: Elements of a Unified Deterministic Theory of Fields and Particles, Part 4: The Standard Model |
p. 269 |
|
| Mahmoud A. Melehy |
Thermal Momentum in Thermodynamics, Part 1: Nature of Pressure, Equilibrium, and Nonequilibrium and Generalization of the Maxwell-Einstein Diffusion Force |
p. 287 |
|
| Frank M. Meno |
The Photon as an Aether Wave and Its Quantized Parameters |
p. 304 |
|
| Y. Tschang |
Matrix Mechanics and Hadron Statics |
p. 315 |
|
| I.J. Good |
The Self-Consistency of the Kinematics of Special Relativity, II |
p. 327 |
|
| Juan J. Morales |
Total Reflection Coefficient From Uniform Incident Plane Waves on a Slab: The Effect of Multiple Reflections |
p. 334 |
|
| Reginald I. Gray |
Measurement of Predicted Photon and Graviphoton Rest Masses |
p. 342 |
|
| A. Orefice and S. Nowak |
Hamiltonian Approach to Electron Diffraction |
p. 364 |
|
| William C. Mitchell |
Big Bang Theory Under Fire |
p. 370 |
|
| Bogdan Lange |
The Importance of Indistinguishability of Energy Quanta for the Derivation of Planck's Formula |
p. 380 |
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| Author |
Article |
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| Volume 10 Number 3 September 1997 |
| Yuri Keilman |
Special Relativity: Length Contraction, Time Dilation, and Rotating Coordinate Systems |
p. 389 |
|
| Robert B. Driscoll |
A Detailed Special Relativistic Analysis of the Michelson-Morley Experiment |
p. 394 |
|
| Robert F. Bordley |
Experiment-Dependent Probabilities in Quantum Mechanics and Psychology |
p. 401 |
|
| Volodymyr Krasnoholovets |
Motion of a Relativistic Particle and the Vacuum |
p. 407 |
|
| Zbigniew Jacyna-Onyszkiewicz |
Immaterial Interpretation of Quantum Theory in the Context of Quantum Cosmology |
p. 417 |
|
| C.Y. Lo |
Duality of Electromagnetic Waves, Causality on Gravity, and the Necessity for Modification in the Einstein Equation |
p. 424 |
|
| E. Conte |
On the Generalization of the Physical Laws By Biquaternions: An Application to the Generalization of Minkowski Space-Time |
p. 437 |
|
| Shuangcai Zheng |
The Dynamics of Special Relativity of Angle |
p. 442 |
|
| I.J. Good |
The Self-Consistency of the Kinematics of Special Relativity, III |
p. 454 |
|
| Silas Sacheli Santos |
On the Galilean Transformations and the Stationary Frame of Reference for Electromagnetic Waves |
p. 466 |
|
| Jacques Chauveheid |
A Proposal For a Quadratic Electromagnetic Coupling Based on the Underlying Philosophy of Einstein-Maxwell Theory |
p. 474 |
|
| Richard Armstrong, Aashild Fredriksen, Einar Grønvoll, Dimitri Batani, Alessandro Galassi, and Francesca Pisani |
Measurements of Ion Temperature in Weakly Ionized, Steady-State Plasmas |
p. 483 |
|
| 0. Costa de Beauregard |
A New c-2 Effect: Hidden Angular Momentum in Magnets |
p. 492 |
|
| Thomas Kruger |
Molecules: Classical Objects in a Quantum Theory |
p. 497 |
|
| G. Galeczki and P. Marquardt |
Order and Coherence: A Question of Size For Matter and Radiation |
p. 506 |
|
| Holger Kubel |
The Lorentz Transformations Derived From an Absolute Ether |
p. 510 |
|
| Bogdan Lange |
Natanson’s Statistics versus Bose-Einstein Statistics as the Basis For Theory-Cognitive Quantum Mechanics |
p. 524 |
|
| V. Arunasalam |
Einstein and Minkowski versus Dirac and Wigner: Covariance versus Invariance |
p. 528 |
|
| A.J. Meyer, II |
Erratum: The Unification or Interconnection of the Gravitational Constant G. . . |
p. 533 |
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| Author |
Article |
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| Volume 10 Number 4 December 1997 |
| E. Panarella |
New Associate Editor for Physics Essays |
p. 539 |
|
| C.Y. Lo |
General Relativity and the Extension of Newtonian Universal Coupling |
p. 540 |
|
| William Ellgen |
Nuclear Electrons and the Neutron |
p. 546 |
|
| N. Umakantha |
A Modified Young’s Double-Slit Experiment and Einstein’s Einweg Point of View |
p. 551 |
|
| Daniel Athearn |
Prospects For Physical Ontology: A Philosopher’s Assessment |
p. 558 |
|
| Damian Canals-Frau |
Comments on Gibbins’ Particles and Paradoxes: The Limits of Quantum Logic |
p. 568 |
|
| J.W Zink |
Inertial and Gravitational Relativity |
p. 573 |
|
| Fred L. Walker |
The Dynamic Fluid Space Medium |
p. 579 |
|
| A.P. OLson |
Quantum Vortex Structure of Mesons and Baryons |
p. 586 |
|
| Claudio Zamitti Mammana |
The Transient Distinguishability of Identical Particles |
p. 608 |
|
| Thomas E. Phipps, Jr. |
Inertial Modulation of Electrodynamic Force |
p. 615 |
|
| P.R. Silva |
A New Interpretation of the de Broglie Frequency? |
p. 628 |
|
| M. Bounias and A. Bonaly |
Some Theorems on the Empty Set as Necessary and Sufficient For the Primary Topological Axioms of Physical Existence |
p. 633 |
|
| Robert L. Oldershaw |
Common Sense versus Predictive Power in Cosmology |
p. 644 |
|
| O. Costa de Beauregard |
Induced Electromagnetic Inertia and Physicality of the 4-Vector Potential |
p. 646 |
|
| Ulrich Mohrhoff |
Interactionism, Energy Conservation, and the Violation of Physical Laws |
p. 651 |
|
| Hans Montanus |
Arguments Against the General Theory of Relativity and For a Flat Altemative |
p. 666 |
|
| Juan J. Morales |
Generalized Calculation and Display of the Field of a Charge in Motion |
p. 680 |
|
| Jaroslaw Mrozek |
Einstein’s Conception of the Relation Between Mathematics and the World.(Based on the Search for the Geometry of Real Space) |
p. 688 |
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