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| Author |
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| Volume 8 Number 1 March 1995 |
| Abhishek Bhattachaiyya and Sankari Prasad Bhattachaiyya |
A Theory of Relativity for Global Cosmology |
p. 3 |
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| G. Galeczki |
Uniform Time, Relative Velocity, and Special Relativity l0 |
p. 10 |
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| T. Matolcsi |
Reservoirs in Thermodynamics |
p. 15 |
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| Harold Aspden |
Retardation in the Coulomb Potential |
p. 19 |
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| J.N. Percival |
A Full Understanding of the Twin Paradox Requires an Extension of Special Relativity: The Twin Paradox Analyzed Using Two Different Space-Time Models |
p. 29 |
|
| H.-O. Carmesin |
Neurophysics of Adaptation |
p. 38 |
|
| E. Conte |
A Generalization of Schrödinger’s Equation Using Biquaternions: The Possibility of Fusion for Particles |
p. 52 |
|
| Tom Waite |
The Relativistic Hehnholtz Theorem and Solitons |
p. 60 |
|
| Stefan Marinov |
Relativistic Effects in the Radiation from Macroscopic Light Sources |
p. 72 |
|
| Marco Mamone Capria |
The Theory of Relativity and the Principle of Correspondence |
p. 78 |
|
| H. Elleuch, H. Bouachir, A. Ben Salah, and M. Kammoun |
Phase Transitions in the Perovskite-Type Layer Compounds (C10H21NH3)2MCl4 (M = Hg; Cd) |
p. 82 |
|
| Song Ling and J.R. Morris |
Interactions Between Magnetically Charged Particles and Charged Semiconducting Strings |
p. 87 |
|
| S. Kammoun, M. Kammoun, and A. Daoud |
Spectroscopic Studies of the Phase at Room Temperature in the Bidimensional Compounds (C9H19,NH3)2MC14 with M = Cd and Pb |
p. 87 |
|
| Murray Muraskin |
Update of Mathematical Aesthetic Principles with Discussion of a More Viable Wave Packet Solution |
p. 99 |
|
| B.H. Lavenda |
Thermodynamics of Inhomogeneous Systems: Self-Gravitating Systems |
p. 122 |
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| Author |
Article |
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| Volume 8 Number 2 June 1995 |
| E. Panarella |
Announcement: New Associate Editor for Physics Essays |
p. 131 |
|
| Nickola S. Todorov |
The Schrödinger-Type Equation of Motion of Spin-O Relativistic Particles, Part II: Position and Momentum Representations of States and Operators |
p. 132 |
|
| Janusz Garecki |
Some Consequences of the Linearization of a Gauge Theory of Gravitation |
p. 141 |
|
| B. Einstein |
Electron Antisymmetry |
p. 147 |
|
| Clark Jeffries |
Gravitational Dynamics |
p. 168 |
|
| J.C. Aron |
The Baryon Mass Spectrum |
p. 178 |
|
| G. Galeczki |
Some Remarks Concerning the Wave Equation |
p. 189 |
|
| Józef Wilczynski |
The Absence of East-West Asymmetry in the Champeney et al. Experiment with an Absorber and an Emitter Rotating in a Circular Orbit on a Disk |
p. 192 |
|
| J.W. Vegt |
A Continuous Model of Matter Based on AEONs |
p. 201 |
|
| E. Stedile and J. Lucinda |
Relativistic Flat Space-Time Approach for Gravity |
p. 225 |
|
| Foppe D. Hoekstra |
The Speed of Light: Absolute or Relative? |
p. 232 |
|
| André Bonaly and Michel Bounias |
The Trace of Time in Poincaré Sections of a Topological Space |
p. 236 |
|
| Frank M. Meno |
Photons, Electrons, and Gravitation as Aether Dynamics |
p. 245 |
|
| C.L. Herzenberg |
Peter and Paul Visit the Old Quantum Theory |
p. 255 |
|
| William M. Honig |
Deriving Planck’s Constant and the Complete Self-Energy of the Electron from Dual Charged Fluid Models |
p. 260 |
|
| William M. Honig |
Delta Function Explicit Definition from the “Nonstandard” Mathematics of Robinson |
p. 264 |
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Article |
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| Volume 8 Number 3 September 1995 |
| E. Panarella |
Editorial: Special Issue in Honor of Thomas E. Phipps, Jr. |
p. 271 |
|
| Pierre Noyes |
Guest Editorial |
p. 272 |
|
| M. Surdin |
On the Origin of Galaxies |
p. 277 |
|
| M. Surdin |
The Rotating Universe |
p. 282 |
|
| Reginald Irvan Gray |
The Transmission-Line Vacuum |
p. 285 |
|
| D.F. Roscoe |
Galilean Metric Gravity |
p. 299 |
|
| Constantin I. Mocanu |
Hertz’s Special Relativity and Physical Reality |
p. 308 |
|
| Herbert C. Corben |
The Quantization of Relativistic Classical Mechanics |
p. 321 |
|
| Ronald Newburgh Newton’s |
Third Law: A Criterion for Particle Behavior of Extended Bodies |
p. 330 |
|
| A.K.T. Assis |
Weber’s Force versus Lorentz’s Force |
p. 335 |
|
| F. Selleri |
Inertial Systems and the Transformations of Space and Time |
p. 342 |
|
| Halton Arp |
Observational Cosmology Impacts Physics |
p. 350 |
|
| Howard C. Hayden |
Special Relativity: Problems and Alternatives |
p. 366 |
|
| Peter Graneau |
Mach’s Magic Principle: The Unique Inertial System |
p. 376 |
|
| N. Vivian Pope and Anthony D. Osborne |
Instantaneous Gravitational and Inertial Action-at-a-Distance |
p. 384 |
|
| Cynthia Kolb Whitney |
Aetherial Models, Real Measurables |
p. 398 |
|
| Chappell Brown |
A New Perspective on the Foundations of Analysis |
p. 410 |
|
| Mogens Wegener |
The Radar Technique as a Theoretical Device: Its Application to the Frame Problem of Relativity Theory and Relativistic Cosmology |
p. 418 |
|
| Mogens Wegener |
A Classical Alternative to Special Relativity |
p. 427 |
|
| H. Pierre Noyes |
A Finite and Discrete Model for Single Fermion Mass Renormalization: Derivation of the Free Particle Dirac Equation |
p. 434 |
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Article |
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| Volume 8 Number 4 December 1995 |
| E. Panarella |
Announcement: New Associate Editor for Physics Essays |
p. 449 |
|
| Turhan Keskin |
The Equivalence Principle for All Observers in an Inertial Frame |
p. 450 |
|
| Peter Van |
Other Dynamic Laws in Thermodynamics |
p. 457 |
|
| Swapan Kuman Dutta |
The Noninfinite, Nonzero Quantized Energy Limits and Their Physical Significance |
p. 466 |
|
| C.A. Hilgartner and Joseph DiRienzi |
A Non-Aristotelian View of Quantum Theory |
p. 472 |
|
| E.J. Bacinich and T.A. Kriz |
Photon Trajectory Attributes of an Expanding Hypersphere |
p. 506 |
|
| L.V. Verozub |
The Relativity of Space-Time |
p. 518 |
|
| A.J. Meyer, II |
The Unification or Interconnection of the Gravitational Constant G to the Electron Charge e and to Other Fundamental Parameters Interlinked with Equations Describing the Strong and Weak Forces in Terms of the Same Fundamental Parameters via a Nonstationary Axi-Symmetric Space-Time and Corresponding Thermodynamics |
p. 524 |
|
| Joe Rosen |
No Gos for TOEs |
p. 587 |
|
| G. Galeczki |
From Lorentz to Einstein and Then Back to Newton |
p. 591 |
|
| Hans Montanus |
General Relativity in an Absolute Euclidean Space-Time |
p. 594 |
|
| Marcin Molski |
Special Relativity and Space-Time Geometry |
p. 601 |
|
| E. Conte |
New Pauli Matrices in Biquaternion Quantum Mechanics: A Case of an Explicit and Concrete Realization of a Hidden Variable |
p. 605 |
|
| Thomas E. Phipps, Jr., and Michael H. Brill |
Bayesian Entropy and Inference |
p. 615 |
|
| Kayoko Awaya and Shûzô Ogawa |
The Measurement Problem and the Structure of Quantum Mechanics, Part III |
p. 626 |
|
| Igor Alexeff |
The Size of the Electron: Resolving the Wave-Particle Paradox of the Electron |
p. 634 |
|
| Nikos A. Salingaros |
The Laws of Architecture from a Physicist’s Perspective |
p. 638 |
|
| Wen-Xiu Li |
Erratum: A Reflection on Faraday’s Law |
p. 644 |
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