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| Author |
Article |
Page |
Select |
| Volume 6 Number 1 March 1993 |
| E. Panarella |
Editorial: Five years later |
p. 3 |
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| Spiridon Dumitru |
The Planck and Boltzmann Constants as Similar Generic Indicators of Stochasticity: Some Conceptual Implications of Quantum-Nonquantum Analogies |
p. 5 |
|
| Jaroslav Smit |
A New and Materialistic Relativity, or an Essay on a Kantian Relativity |
p. 21 |
|
| M. Surdin |
Cosmology and Stochastic Electrodynamics, Part II |
p. 27 |
|
| Mendel Sachs |
On the Problem of Cosmology |
p. 32 |
|
| B. Lukács and J. Ladik |
The Possibility of a Generalized Metric |
p. 39 |
|
| Lorenzo Mencherini |
A Cybernetic Approach to Special Relativity and Müller’s Experiments on Unipolar Induction |
p. 45 |
|
| Benjamin Gal-Or |
Unification of Symmetries or Asymmetries: What Should Be First? |
p. 60 |
|
| D.J. Larson |
An Absolute Theory of Doppler Shifts and the Michelson-Morley Null Result |
p. 66 |
|
| J.C. Aron |
A Random Submedium: Practical and Conceptual Inferences |
p. 81 |
|
| William A. McNeill |
Operationalism in Relativity |
p. 92 |
|
| E. Giannetto and P.V. Giaquinta |
Towards a Quantum-Relativistic Understanding of the Phases of Matter: The Fluid-Solid Transition |
p. 98 |
|
| R.H. Dishington |
The Extended Electron and the Vacuum |
p. 110 |
|
| Robert C. Stabler |
Time-Orderings of the Feyman Vertex and the Cosmological Constant Problem |
p. 122 |
|
| I. McCausland |
A Reply to “The Kinematics of Special Relativity, and Dingle’s Fallacies” |
p. 127 |
|
| L.I. Gould and BJ. Hiley |
Response to Mayants’ Note on Bohm’s Interpretation of Quantum Mechanics |
p. 129 |
|
| Dennis P. Allen, Jr. |
A Note on the Liénard-Wiechert Potential Controversy |
p. 133 |
|
| Thomas E. Phipps, Jr. |
On Infinite Process Convergence, Part I: Speeding Series Convergence |
p. 135 |
|
| Ma rcin Molski |
An Electromagnetic Approach to Special Relativity and Quantum Mechanics |
p. 143 |
|
| John F. Sutton and G. Craig Spaniol |
A Broadband Active Antenna for ELF Magnetic Fields |
p. 526 |
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| Author |
Article |
Page |
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| Volume 6 Number 2 June 1993 |
| M. Surdin |
Matter Distribution in the Solar System |
p. 149 |
|
| Antoine Hautot |
The Nature and Structure of the Electron |
p. 152 |
|
| T. Matolcsi |
The Interaction of Bodies in Thermodynamics |
p. 158 |
|
| Damian Canals-Frau |
A Note About Bell’s Theorem |
p. 166 |
|
| Hector A. Munera |
A Quantitative Formulation of Newton’s First Law |
p. 173 |
|
| Milo Wolff |
Fundamental Laws, Microphysics, and Cosmology |
p. 181 |
|
| Vasil C. Angelov |
The N-Body Problem in Classical Electrodynamics |
p. 204 |
|
| Jinxi Dong |
Reinquiry into Maxwell’s Ether Drift Experiment |
p. 212 |
|
| P. Maheswaranathan |
Effective Charge and Bond Stretching and Bond Bending Force Constants in Cdl-x MnxTe, with 0=x=0.52, and Cd0.52 Zn0 48Te and ZnTe |
p. 217 |
|
| G. Galeczki |
Why is Relativity Interesting? Comments on Kilmister’s Review Article |
p. 221 |
|
| S. Alba, M. Fontanesi, A. Galassi, C. Riccardi, and F. Sindoni |
Plasma-Wave Interaction in a Toroidal Steady-State Device |
p. 225 |
|
| Theodore D. Mitsopoulos |
The Isotropy of the Velocity of Light and the Clock Paradox |
p. 233 |
|
| Joseph Lévy |
Invariance of Light Speed: Reality or Fiction? |
p. 241 |
|
| Thomas E. Phipps, Jr. |
On Hertz’s Invariant Form of Maxwell’s Equations |
p. 249 |
|
| Craig Spaniol and John F. Sutton |
Classical Electron Mass and Fields, Part III |
p. 257 |
|
| C.L. Herzenberg |
Comments on Euclidean Space-Time Concepts: Role of the Dimensionally Limited Observer |
p. 277 |
|
| Patrick Cornille |
Is the Physical World Built upon Waves? |
p. 289 |
|
| Ronald Anderson and Girish C.Joshi |
Quaternions and the Heuristic Role of Mathematical Structures in Physics |
p. 308 |
|
| B.H. Lavenda and M. Compiani |
Generalized Levy Distributions and the Principle of Complementarity |
p. 320 |
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| Author |
Article |
Page |
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| Volume 6 Number 3 September 1993 |
| J.J. Bevelacqua |
Woods-Saxon Potentials for Ground-State Binding Energies of A = 8 - 28 =- Hypemuclei |
p. 329 |
|
| S.X.K. Howusu |
The Effect of Temperature on the Gravitation of Moving Bodies |
p. 337 |
|
| E.J. Betinis |
An Iteration Fourier Transform Method for the Derivation of a Spherically Symmetric Relativistic Deuteron Nuclear Potential |
p. 341 |
|
| Uma Y. Shama and Domina Eberle Spencer |
Transformation Equations in Accelerated Coordinate Systems |
p. 368 |
|
| James D. Edmonds, Jr. |
Length Contraction, Time Dilation, Constancy of the Speed of Light: What Should Be First? |
p. 374 |
|
| Basil A. Orfanopoulos |
The Number of States of a Quantum System |
p. 380 |
|
| Ricardo L. Carezani |
The Compton Effect and Autodynamics |
p. 384 |
|
| Juan Dominguez Montes |
Information Inaccessible at Superluminary Velocity |
p. 389 |
|
| Albert Gerard Gluckman |
A Look Back at the Electrodynamic Processes of Electrified Bodies in Motion |
p. 395 |
|
| M. Muraskin |
Wave Packet Solution and Mathematical Aesthetics |
p. 409 |
|
| H.E. Wilhelm |
Physical Foundations and Implications of Lorentz Transformations in Comparison with Experiments and Absolute Space-Time Physics |
p. 420 |
|
| P. Marmet |
Quantum Mechanics and its Paradox: A Realistic Solution to Mermin’s EPR Apparatus |
p. 436 |
|
| Thomas E. Phipps, Jr. |
On Infinite Process Convergence, Part II: Brown’s Series 1 + l!x + 2!x + ... |
p. 440 |
|
| G. Galeczki |
The Ultimate Speed and Weber’s Potential |
p. 448 |
|
| J.W. Zink |
Energy, Mass, and Gravitation |
p. 451 |
|
| Walter J. Deal |
Quantum Mechanics of Photons |
p. 458 |
|
| H.G. Preston and J. Weber |
The Period of Orbit as a Test of General Relativity |
p. 465 |
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| Author |
Article |
Page |
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| Volume 6 Number 4 December 1993 |
| Claude R. Cahen |
The Proportional Expansion of Each and Every Celestial Body as the Cause of Gravitation |
p. 473 |
|
| Euclid Eberle Moon |
A Postulational Formulation of the Michelson-Morley Experiment |
p. 487 |
|
| Berthold W. Schumacher |
An Alternative Explanation of the Michelson-Morley Result Without the Relativity Concept |
p. 492 |
|
| Miroslaw J. Kubiak |
The Rotating Bucket with Water Problem |
p. 510 |
|
| William Ellgen |
The Size of the Electron (Positron) |
p. 512 |
|
| Nickola S. Todorov |
The Schrodinger-Type Equation of Motion of Spin-O Relativistic Particles, Part I: Physical Properties of the Equation and the Problem of Position-Velocity Coexistence |
p. 517 |
|
| E. Conte |
An Example of Wave Packet Reduction Using Biquaternions/532 |
p. 532 |
|
| Andrzej Horzela, Edward Kapuscik and Jaroslaw Kempczynski |
The Relativistic Invariant and the Galilean Mass of Bodies |
p. 536 |
|
| Hans Montanus |
A New Concept of Time |
p. 540 |
|
| Volodymyr Krasnogholovets and Dmytro Ivanovsky |
Motion of a Particle and the Vacuum |
p. 554 |
|
| Kern E. Kenyon |
Kepler’s First Law: A Short Derivation |
p. 564 |
|
| Hariy Hafner |
The Cosmological Constant in Einstein’s Field Equations and the Vacuum Density |
p. 567 |
|
| A.S. Rabinowitch |
Energy-Momentum Pseudotensor of the Gravitational Fie1d |
p. 572 |
|
| J.S.A. Adelabu |
Discrete Carrier States and Transmission Resonances in GaInAs/AlInAs Superlattice and Multiple Quantum Well Systems |
p. 576 |
|
| J. Unturbe and J.L. Sánchez-Gómez |
The Role of Gravity in the Wave Function of Macroscopic Systems |
p. 580 |
|
| Thomas E. Phipps, Jr. |
Infinite Process Convergence, Part III: Introduction to Continued Fractions |
p. 588 |
|
| Frederick E. Alzofon |
The Unity of Nature and the Search for a Unified Field Theory |
p. 599 |
|
| D. Canals-Frau |
Bohr’s Complementarity Principle, Quantum Mechanical Completeness, and the Photon |
p. 609 |
|
| Dennis P. Allen, Jr. |
A Note on Aspden’s Paper Concerning Retardation in the Coulomb Interaction |
p. 614 |
|
| Paul A. LaViolette |
Erratum: The Planetary-Stellar Mass-Luminosity Relation: Possible Evidence for Energy Nonconservation |
p. 616 |
|
|
New Books: Functional Integrals: Approximate Evaluation and Applications |
p. 617 |
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