(Note: for
issues originally published on paper, page numbers in brackets after each
article refer to paper edition of the journal. Pagination of issues reformatted
for Web display differs from original pagination. Issues for years 1987 through
1994 are numbered 1-20.)
The
Relativity Principle and the Kinetic Scaling of the Units of Energy, Time and
Length 1-31
Valeri
V. Dvoeglazov and Jesús A. Cázares Montes:
How the
Generalized Maxwell Equations Can Be Derived from the Einstein Postulate? 32-35
V. B. Morozov:
Dark
energy as zero energy of gravity field 36-42
Hector A Munera:
David F.
Roscoe:
Thomas E. Phipps, Jr., in memoriam 1-8
Robert J. Buenker:
Commentary on the Work of Thomas E. Phipps, Jr.
(1925-2016) 9-41
Thomas E.
Phipps, Jr.:
Electrodynamics:
Rebirth of an Experimental Science? 42-83
A .K. T. Assis:
Empedocles, Newton, the Centrifugal Force and their Bucket
Experiments 84-96
Héctor
A. Munéra:
From the Classical Ethers of Descartes and Newton to Cosmons and Sagions 1-67
T. E.
Phipps, Jr.:
On Mathematical Misconceptions Masquerading as
Physics 68-72
Robert J. Buenker:
On
the Equality of Relative Velocities Between Two Objects for Observers in
Different Rest Frames 73-83
Robert J. Buenker:
The Relativistic Velocity Transformation and the Principle
of Absolute Simultaneity 84-102
T. E. Phipps, Jr.:
A new
resolution of the Twin Paradox 1-26
Robert J. Buenker:
V.V. Dvoeglazov:
Reply to G.W.
Bruhn 53-54
Gravito-electromagnetism - another
step towards a unified theory of the origin of mass 1-37
John Purssell Ballad:
Decisive Test
for the Ritz Hypothesis 38-48
R.E.S.
Watson:
An Attempt to
Explain Dark Energy in Terms of Statistical Anisotropy 49-70
T.E.
Phipps, Jr.:
Bringing
Simultaneity Back to Life 71-83
Robert J. Buenker:
The Clock
Riddle: The Failure of Einstein's Lorentz
Transformation 84-95
B. G. Sidharth:
A "Super
Atom": Dedicated to Prof. Walter Greiner 96-103
Amitabha Ghosh:
Florentin
Smarandache:
Parameterized
Special Theory of Relativity (PSTR) 115-122
Oliver K.
Manuel:
Neutron
Repulsion 123-150
The Vacuum
Lattice Model - a new route to longitudinal gravito-electromagnetism
151-192
Sergey A. Belozerov:
Robert J. Buenker:
The Sign of
the Doppler Shift in Ultracentrifuge Experiments 218-237
Nikolay Dibrov:
On an Interpretation of Podkletnov's
"Shielding Effect Against Gravitational
Force" 238-246
S. Ghosh, A. Choudhury and J. K. Sarma:
Radius of
electron, magnetic moment and helical motion of the charge of electron
247-263
B. S. Lakshmi and K. L. Vasundhara:
A Model for
Atmospheric Circulation 264-281
Robert J. Buenker:
Einstein's
Hidden Postulate 282-301
Jerome
Cantor:
A Random
Resistor Network Model of Space-Time 1-8
D. Sands
& J. Dunning-Davies:
How applicable
is Maxwell-Boltzmann statistics? 9-14
Peter
Enders:
Bose-Einstein
vs. Maxwell-Boltzmann distributions 15-16
Miroslaw Zabierowski:
An explanation
of Enders' doubts about an explanation of Newton's dynamics 17-21
Peter
Enders:
Conservation
of state versus change of state 22-28
Peter
Cameron:
Magnetic and
Electric Flux Quanta: the Pion Mass 29-42
Nikolay Dibrov:
Unified Model
of Shadow-Gravity and the Exploding Electron 43-83
Paul K. Suh:
The Symmetric
Physics of the Universe 84-145
K. Muralidhar:
Classical
Origin of Quantum Spin 146-160
Carlos Quimbay and John Morales:
Particle Mass
Generation from Physical Vacuum 161-202
Peter Enders:
Physical,
Metaphysical and Logical Thoughts about the Wave Equation and the Symmetry of
Space-time 203-221
Peter
Cameron:
Electron
Impedances 222-253
H.C. Potter:
Metanalysis validates comprehensive
two-part photon 254-269
Ajay Sharma:
Derivation of DE=Dmc2 Revisited 270-296
Juan Casado:
A Steady Flow Cosmological Model from a Minimal Large Numbers Hypothesis 297-320
Andrew W.
Beckwith:
Nikolay Dibrov:
Nature of
Atomic Orbits 352-376
A.N. Pechenkov:
Nonuniqueness of the Bose-Einstein
statistical processes for the black body radiation 377-384
Ajay Sharma:
Origins of
Rest Mass Energy in Einstein's derivations 385-397
K. Boubaker:
Stephan J.G. Gift:
Doppler
Shift Reveals Light Speed Variation BPES 13-21
Peter Enders:
Precursors
of force fields in Newton's Principia 22-27
Melih Turgut,
Ahmad T. Ali, José Luis López-Bonilla:
Time-like
Involutes of space-like helix in Minkowski space-time 28-41
A.J.S. Capistrano:
On the Relativity of Shapes 42-58
G. Ares de Parga and F. Gutierrez-Mejia:
A Further Analysis of Blackbody Radiation 59-72
D.L. Khokhlov:
Transformation for the Energy Flux of the Electromagnetic Wave 73-80
Paulo Maurício:
Experimental Evidence for Physical Reality of Theta Wave by
Change in Radionuclide Decay Rates 81-91
Miroslaw Zabierowski:
Robert J. Buenker:
Time Dilation and the Concept of an Objective Rest System 99-125
Guoyou Huang:
Fine Structure Constant| and Variable Speed of Light 126-149
José Íñiguez:
An Unusually Efficient Coupling of Carnot
Engines 150-172
Miroslaw Zabierowski:
Mathematical versus physical meaning of classical mechanics
quantities 173-182
Volkmar Mueller and Martin Kokus:
High Mass and High Redshift
Elliptical Galaxies and Interpretations of Hubble's Constant
183-186
Juan J. Schulz Poquet:
A Test in the Outer Space For the
Constancy of the Velocity of Light 187-192
Peter Cameron:
Photon Impedance Match to a Single Free Electron 193-200
Peter Cameron:
Possible Origin of the 70MeV Mass Quantum 201-207
Peter Enders:
Jirí Stávek:
Doppler-Voigt-Einstein
Selforganization - The Mechanism for Information
Transfer 214-222
Lukasz Glinka:
Lukasz Glinka:
Energy
renormalization and integrability within the massive
neutrinos model 243-271
Maciej Rybicki:
Through the Looking-Glass to the Möbius
Strip 272-280
E.Comay:
Remarks on the Proton Structure 1-21
Peter Enders:
Towards the Unity of Classical Physics 22-44
V. Barrera-Figueroa, J.
Sosa-Pedroza, J. López-Bonilla:
The Pocklington Equation via Circuit
Theory 45-69
Dan Wagner:
Jaroslav Hynecek:
Simple Thought Experiments that Falsify the Einstein's Weak
Equivalence Principle 82-95
Robert J. Buenker:
On some Consequences of the Snyder-Sidharth
Deformation of Special Relativity 147-160
Juan Casado
Giménez:
Modeling The Expansion Of The Universe
By A Steady Flow Of Space-Time 161-178
J. E. F. Araújo, J. L. Cordovil, J. R. Croca, R. N. Moreira and A. R. da Silva:
Dan Solomon:
An interesting result concerning the lower bound to the energy
in the Heisenberg picture 191-202
Robert J. Buenker
On the Asymmetry in Relativistic Doppler Shifts Caused by Time
Dilation: Proposed Two-way Experiment 203-224
Pushkar Ganesh Vaidya:
Stardust Findings - Implications for Panspermia
225-228
A.J.S. Capistrano, P.I.
Odon:
The Dark Universe Riddle 229-304
Jorge Guala-Valverde,
Andrija S. Radovic:
New Theorem in Motional Electrodynamics 305-312
Dan Wagner:
Lorentz Driven Density Increase
Results in Higher Refractive Index and Greater Fresnel
Drag 313-322
Reginald T. Cahill:
Unraveling the Dark Matter - Dark
Energy Paradigm 323-375
Dan Solomon:
The Heisenberg versus the Schrödinger picture and the problem
of gauge invariance 376-407
Stephan Gift:
Separating Equivalent Space-Time Theories 408-417
Volodymyr Krasnoholovets:
On microscopic interpretation of phenomena predicted by the
formalism of general relativity 418-438
J. H. Caltenco,
Eduardo Cisneros, R. Linares, J. López-Bonilla,
R. Peña-Rivero:
Electromagnetic Couplings in Unshielded Twisted Pairs
439-454
Ezzat G. Bakhoum
On the Relativistic Principle of Time Dilation 455-462
Pushkar Ganesh Vaidya:
Critique on Vindication of Panspermia
463-474
Robert A. Stone, Jr.:
The 4-p Quantization of Fundamental
Particle Mass 475-484
B.S. Lakshmi:
On a Modified Klein-Gordon Equation 485-491
J.P. Singh:
Quantum Entanglement through Quaternions
491-502
T.E. Phipps, Jr.:
The Sherwin-Rawcliffe Experiment -
Evidence for Instant Action-at-a-distance 503-515
G.G. Nyambuya:
General Spin Dirac Equation
516-531
François Goy:
On the Sagnac effect for massive
particles and some of its epistemological consequences 532-541
Francisco J. Gallegos-Funes, Margarita E. Gómez-Mayorga,
José Luis Lopez-Bonilla, Rene Cruz-Santiago:
Peter Enders:
Are there physical systems obeying the Maxwell-Boltzmann statistics? 542-554
Golden Gadzirayi
Nyambuya:
Unified Field Theory - Paper II 1-24
Richard Benish:
Space Generation Model of Gravitation and the Large Numbers
Coincidences 25-48
Nicolae Mazilu:
Mechanical Problem of Ether 49-77
Munish Rattan, Manjeet
Singh Patterh, B.S. Sohi:
Antenna Array Optimization using Evolutionary Approaches
78-93
C. P. Viazminsky:
Tangible Grounds for Lorentz and
Generalized Lorentz Transformations 94-122
E. Comay:
Mathematical Constraints on Gauge in Maxwellian
Electrodynamics 123-138
Laszlo A. Marosi:
Ian McCausland:
A Question of Relativity 156-168
Maciej Rybicki:
Doppler Effect in Absolute Spacetime:
Proposal for a New TDE Experiment 169-177
Dan Solomon:
Some New Results Concerning the QFT Vacuum in the Heisenberg
Picture 178-186
Oscar Sotolongo-Costa,
R. Gamez, F. Luzón, A. Posadas, & Pablo Weigandt
Beckmann:
Non Extensivity in Meteor Showers
187-201
Jorge Guala-Valverde
& Ricardo Achilles:
A Manifest Failure of Grassmann's
Force 202-205
Krzysztof Rebilas:
Richard Benish:
Light and Clock Behavior in the Space
Generation Model of Gravitation 222-234
Gérard Berger:
An Alternative Theory of Gravitation, Derived from the Fatio-Le Sage Theory 235-253
Robert J. Buenker:
The Global Positioning System and the Lorentz
Transformation 254-269
Maciej Rybicki:
Critical Analysis of Special Relativity in Reference to the
Energy Transformation 270-293
Pharis Williams:
New Time Dependent Gravity Displays Dark Matter and Dark Energy
Effects 294-313
Jorge Guala-Valverde
& Ricardo Achilles:
Ampère: The Avis Phoenix of
Electrodynamics 314-324
José Francisco García Juliá:
Simple Considerations on the Cosmological Redshift
325-337
Robert J. Buenker:
E.P.J. de Haas:
Biquaternion Formulation of
Relativistic Tensor Dynamics 358-381
Robert J. Buenker:
Gravitational and Kinetic Scaling of Physical Units 382-413
Matthew R. Edwards:
Further Evidence of Photon-Graviton Recycling in White Dwarf
Luminosities 414-432
D.L. Khokhlov:
On the Speed of the Electromagnetic Wave 433-439
Maurizio Michelini:
The Common Physical Origin of the Gravitational, Strong and
Weak Forces 440-464
Maciej Rybicki:
Cosmological Origin of the Gravitational Constant 465-480
T.E. Phipps, Jr.:
Universal Invariance: A Novel View of Relativistic Physics
481-508
Robert J. Buenker:
Extension of Schiff's Gravitational Scaling Method to Compute
the Precession of Mercury's Perihelion 509-533
T.E. Phipps, Jr.:
Fibonacci and Continued Fractions 534-550
E. Comay:
The Yukawa Lagrangian
Density is Inconsistent with the Hamiltonian 1-11
Fallacies regarding the principle of relativity, slow clock
transport and Marinov’s experiment 12-30
H. Montgomery:
Some Comments on J. Guala-Valverde’s
Experiments on Unipolar Induction 31-46
J. Guala-Valverde:
Again on Motional EM Induction: Reply to H. Montgomery
47-49
E. Comay:
The Significance of Density in the Structure of Quantum
Theories 50-64
Maurizio Michelini:
A Flux of Micro Quanta Explains Relativistic Mechanics and the
Gravitational Interaction 65-94
Daniele Russo:
Stellar Aberration: the Contradiction between Einstein and
Bradley 95-112
M.I. Sanduk:
Does the Three Wave Hypothesis Imply a Hidden Structure?
113-125
R.E.S. Watson:
An Example 4-Geon 126-147
J.M. Kerr:
Predictions of Experimental Results from a Gravity Theory
148-152
Saibal Ray:
Lorentz's Electromagnetic Mass: A
Clue for Unification? 153-168
R. Achilles & J. Guala-Valverde:
Action at a Distance: A Key to Homopolar
Induction 169-183
B. Buonaura:
Electromagnetic Waves, Inertial Transformations and Compton Effect 184-213
Matthew R. Edwards:
Photon-Graviton Recycling as Cause of Gravitation 214-233
Ross McPherson:
Stoney Scale and Large Number
Coincidences 234-265
Maciej Rybicki:
Energy Flow as the Cause of Inertia 266-269
Ali Rıza
Şahin:
A New Approach to General Relativity 270-287
Amitabha Ghosh:
On the Annual and Diurnal Variations of the Anomalous
Acceleration of Pioneer 10 288-299
Thomas E. Phipps, Jr.:
Twin Paradoxes 300-319
Golden Gadzirayi
Nyambuya:
Unified Field Theory - Paper I 320-361
Richard Benish:
Laboratory Test of a Class of Gravity Models 362-378
Forrest Bishop:
The Fine-structure Constant and Some Relationships Between the Electromagnetic Wave Constants 379-384
Sergey G. Fedosin:
Electromagnetic and Gravitational Pictures of the World
385-413
Robert E Galloway:
Refracting Saddle Wave Model of Stable Fundamental Particles
414-434
N. Hamdan,
A.K. Hariri, J. López-Bonilla:
Derivation of Einstein’s Equation, E = mc2, from the Classical
Force Laws 435-453
Maciej Rybicki:
Length Contraction on Rotating Disc: an Argument for the Lorentzian Approach to Relativity 454-463
Krzysztof Rebilas:
Alternative Method of Developing Maxwell's fields 464-480
Lance McCarthy:
Peter J. Fimmel:
Low Energy Nuclear Reactions and Sub-Barrier Neutron Transfers 1-16
Peter M. Hansen:
Redshift Components of Apparent
Quasar-Galaxy Associations: A Parametric Model 17-33
M. Bautista-Moedano and J.L. Lopez-Bonilla:
Matrix elements for the Coulomb interaction 34-42
C. Johan Masreliez:
On the Origin of Inertial Force 43-77
Bernhard Rothenstein, Stefan Popescu and
George J. Spix:
Jirí Stávek:
Evolution of Self-Organized Photon Waves 102-117
José Luis Junquera Fernández-Díez:
The Sliding Rods Paradox 118-128
C.I. Christov:
Hidden in Plain View: The Material Invariance of Maxwell-Hertz-Lorentz Electrodynamics 129-161
E. Comay:
Theoretical Errors in Contemporary Physics 162-195
J. López-Bonilla,
E. Ramírez-García :
Lanczos invariant as an important
element in Riemannian 4-spaces 196-205
D.F. Roscoe:
Maxwell’s Equations: New Light on Old Problems 206-239
Dan Solomon:
The stability of the QED vacuum in the temporal gauge
240-269
J. Sosa-Pedroza,
V. Barrera-Figueroa, J. López-Bonilla:
J. Sosa-Pedroza,
A. Lucas-Bravo, J. López-Bonilla:
Cross antenna: An experimental and numerical analysis
284-283
M. Harney:
The Cosmological-Redshift Explained
by the Intersection of Hubble Spheres 298-306
Valery P. Dmitriyev:
E = mc2 in the Turbulent Ether 307-310
S. Baune:
Theory of Special Relativity vs. Preferred Referance
Frame Theory: Update 311-315
Hans J. Fahr
and Michael Heyl:
Universes with constant total energy: do they solve important
cosmological problems? 321-343
Yoël Lana-Renault:
“Aspin”
Bubbles: Mechanical Project for the Unification of the Forces of Nature
344-374
A. Zúñiga-Segundo,
M. A. Arvizu-Coyotzi, J.L. López-Bonilla,
and B.E. Carvajal-Gámez:
Daniele Russo:
A Critical Analysis of Special Relativity in Light of Lorentz’s and Michelson’s Ideas 391-448
A.B. Van Oosten:
Covariance of the Schroedinger
Equation under Low Velocity Boosts 449-454
Michael Harney:
A Method Of Triangulating Point
Sources Using Omnidirectional Sensors 455-461
Ali Rıza
Şahin:
Einstein Equations for Tetrad Fields 462-470
A. Lopez-Ramos:
Theoretical Distinction between Relativistic Theories
471-486
Vladimir Yershov:
Dualism of spacetime as the origin of
the fermion mass hierarchy 1-25
E. Comay:
Further difficulties with the Klein-Gordon equation 26-46
Nizar Hamdan:
Derivation of the relativistic Doppler effect from the Lorentz force 47-61
Alexander G. Kyriakos:
The massive neutrino-like particle of the non-linear
electromagnetic field theory 62-88
C. Johan Masreliez:
A possible link between general relativity and quantum
mechanics 89-121
Bernard Rothenstein,
Ioan Damian, Corina Nafornita:
Relativistic Doppler effect free of
"plane wave" and "very high" frequency assumptions
122-135
Ephemeris:
Thomas E. Phipps, Jr.:
Testing relativity theory for one-way light propagation
135-143
Reg Cahill:
Gravitation, the 'Dark Matter' Effect and the Fine Structure
Constant 144-177
Alexander L. Kholmetskii:
On the Relativistic Transformation of Force 178-200
K.J. Oyewumi,
C.O. Akoshile, T.T. Ibrahim,
D.A. Ajadi:
The WKBJ Wavefunctions in the
Classically Forbidden Region: the Connection Formulae 201-216
Y.P Varshni,
J. Talbot:
Ton 202 as a
Star 217-227
Juan J. Schulz-Poquet:
An Astronomical Test for the Second Postulate of the Special
Theory of Relativity 228-255
Abdul Malek:
Ambartsumian, Arp
and the Breeding Galaxies 256-271
Oded Bar-On:
Time-Asymmetric Relativity 256-273
Nizar Hamdan:
A Dynamic Approach to De Broglie's
Theory 274-290
S.E. Bloomer and J.
Dunning-Davies:
Black Holes, Other Exotic Stars and Conventional Wisdom 291-308
Alexander L. Kholmetskii:
On "Hidden Momentum" of Magnetic Dipoles 309-329
Alexander Kozynchenko:
J. Guala-Valverde,
R. Achilles, R. Blas:
Inertial Mass: a Changing Entity 351-352
Bernhard Rothenstein and Ioan Damian:
Photographing a Time Interval 353-362
J.L. Lopez-Bonilla, J.
Sosa-Pedroza, S. Vidal-Beltran:
A Necessary Algebraic Condition for R4 Embedded into E5
363-370
M. Acevedo, J.L.
Lopez-Bonilla, M. Sanchez-Meraz:
Quaternions, Maxwell Equations and Lorentz Transformations 371-384
S. Baune:
Theory of Special Relativity vs. Preferred Reference Frame
Theory 385-392
Ephemeris:
A. Rangel-Merino, J.L.
Lopez-Bonilla, R. Linares y Miranda:
Optimization Method based on Genetic Algorithms
393-408
J. Guala-Valverde,
R. Blas, M. Blas:
"Non Local Motional EM Induction" 409-418
Reginald T. Cahill:
Gravity as
Quantum Foam In-Flow
Reginald T. Cahill:
Absolute
Motion and Gravitational Effects
V. Christianto:
A Cantorian Superfluid Vortex and
the Quantization of Planetary Motion
Alexander L. Kholmetskii:
Do We
Understand the Field Transformations in Classical Electrodynamics?
Jiří Stávek:
Diffusion of
Individual Brownian Particles through Young's Double Slits
Peter G. Bass:
A New Theory. Further Kinetics of Gravitational Motion
Peter G. Bass:
A New Theory. Generation of the Gravitational Potential and the Time Dilation Effect
Ephemeris
Franco Selleri:
Alexander L. Kholmetskii:
The Faraday
Induction Law in Covariant Ether Theories
Calin Galeriu:
A Derivation
of Two Homogeneous Maxwell Equations
W. Engelhardt:
On the
Relativistic Transformation of Electromagnetic Fields
J. Guala-
Valverde:
Comments on
Montgomery's Paper on Electrodynamics
Alexander G. Kyriakos:
An
Electromagnetic Form of the Dirac Electron Theory
George P. Shpenkov:
Conjugate
Fields and Symmetries
Ephemeris
Jiří Stávek:
Diffusion of
Self-Organized Brownian Particles in the Michelson-Morley Experiment
E. Comay:
Difficulties
with the Klein-Gordon Equation
A. Laidlaw:
On the
Electromagnetic Basis for Gravity
Alexander G. Kyriakos:
The Dirac Electron Theory as an Approximation of Nonlinear
Electrodynamics
V. Christianto:
Comparison of
Predictions of Planetary Quantization and Implications of the Sedna Findings
C. Johan Masreliez:
Scale
Expanding Cosmos Theory I
Ephemeris
A.M. Selvam:
Quantumlike Chaos in the Frequency
Distributions of Bases A, C, G, T in Human Chromosome1 DNA
C. Johan Masreliez:
C. Johan Masreliez:
Douglas Mora:
An Experiment to Test the Galilean
Principle of Relativity
Ephemeris
Jacques Moret-Bailly:
Some Fundamental Problems in the
Physics of the 20th Century
Calin Galeriu:
William Gaede:
Alexander L. Kholmetskii:
On the
Non-Invariance of the Faraday Law of Induction
Ephemeris
Constantin Antonopoulos:
A Bang into
Nowhere: comments on the Universe expansion theory
Tom Van Flandern:
What the
Global Positioning System Tells US about the Twin's Paradox
E. Comay:
Remarks on
Photon-Hadron Interactions
Reginald T. Cahill and Kirsty Kitto:
Michelson-Morley
Experiments Revisited and the Cosmic Background Radiation Preferred Frame
Alexander L. Kholmetskii:
The Faraday
Induction Law and Field Transformations in Special Relativity
Alexander L. Kholmetskii:
Remarks on the
Causality Principle (comment on a previous paper)
Vladimir Onoochin:
On the Unambiguity of the Solution of the Inhomogeneous Wave
Equation
Ephemeris
Abdul Malek:
New Imperative
for a Dialectical Perspective of the Universe
Tom Van Flandern:
Jiří Stávek:
Diffusion
Action of Chemical Waves
Oscar Sotolongo-Costa and Jesus San-Martin:
P-adic Properties of Time in the Bernoulli Map
Alexander L. Kholmetskii:
The Twin
Paradox in Special Relativity and in Lorentz Ether
Theory
Ephemeris
V. Christianto:
The Cantorian Superfluid Vortex
Hypothesis
A.M. Selvam:
Signatures of
Quantum-like Chaos in Dow-Jones Index
W. Engelhardt:
Relativistic
Doppler Effect and the Principle of Relativity
Peter G. Bass:
The Special
Theory of Relativity--A Classical Approach
Peter G. Bass:
Tom Van Flandern:
A. Laidlaw:
Some Advantages of a Local Realist,
3D Wave Soliton Approach to EPR
J.H. Caltenco,
J. López-Bonilla, G. Ovando
and J.M. Rivera:
Lanczos Superpotential
for Kinnersley Spacetimes
J. López
Bonilla, J. Sosa Pedroza, M.A. Acevedo M.:
Inactive Portion of the Radiative Part of the Liénard-Wiechert
Field
A. M. Selvam:
Cantorian Fractal Space-Time Fluctuations in
Turbulent Fluid Flows and the Kinetic Theory of Gases
Rajan Dogra:
A New Proposal Combining Quantum
Mechanics and the Special Theory of Relativity
Gerhard Wolfgang Bruhn:
Does Radioactivity Correlate with
the Annual Orbit of Earth around Sun?
Eckhard Dieter Falkenberg:
Reply to “Does Radioactivity
Correlate with the Annual Orbit of Earth around Sun?” by G. W. Bruhn
Amir H. Abbassi
and Amir M. Abbassi:
J. H. Caltenco,
R. Linares & M.J. López-Bonilla:
Surfaces of Constant Retarded
Distance and Radiation Coordinates
The Ephemeris
Tom Van Flandern:
The Top 30 Problems with the Big
Bang
A.H. Abbassi,
S. Gharanfoli and A.M. Abbassi:
General Spherically Symmetric Solutions of Einstein Vacuum
Field Equations with Lambda
J. López-Bonilla,, J. Morales and G. Ovando:
Darboux
Transformations and Isospectral Potentials in Quantum
Mechanics
C. Wolf:
Anomalous
Statistics and the Rescaling of Planck's-Constant
A.G. Syromyatnikov:
Role of
Earth’s Rotation in Experiments to Detect Neutrino Mass
Tom Van Flandern:
Yu. A. Baurov:
Horace R. Drew:
Úlpio Nascimento:
Searching for
Earth's Trajectory in the Cosmos
George P. Shpenkov and Leonid G. Kreidik:
Discrete Configuration of Probability of Occurrence of Events
in Wave Spaces
A. M. Selvam:
Quantumlike
Chaos in the Frequency Distributions of the Bases A, C. G, T in Drosophilia DNA
Marcos Cesar Danhoni Neves:
Galina Granek:
A. Why did Poincaré
retain the ether?
Galina Granek:
Poincaré’s Ether: B. What
characterizes Poincaré’s ether?
A.L. Kholmetskii:
Remarks on the Correspondence of the
Relativity and Causality Principles
Vladimir Onoochin:
Mario Nanni:
Gravitational Differences of a
Chemical Nature
H.C.G. Caldas
and P.R. Silva:
Spreading of Wave Packets,
Uncertainly Relations and the de Broglie Frequency
Fred H. Thaheld:
A Preliminary
Indication of Controllable Biological Quantum Nonlocality?
Valery P. Dmitriyev
Mechanical Analogy for the
Wave-Particle: Helix on a Vortex Filament
Eckhard Dieter Falkenberg
Radioactive Decay Caused by Neutrinos?
Galina Granek
Poincaré’s Ether: C. Conventionalism Revisited
Galina Granek
Einstein’s Ether: D. Rotational
Motion of the Earth
A.L. Kholmetskii
Is the Theory of Relativity
Self-Consistent?
Pharis E. Williams
Valery P. Dmitriyev
Mechanical Interpretation of the
Klein-Gordon Equation
Galina Granek
Einstein’s Ether: E. Annual Motion
of the Earth
Galina Granek
Einstein’s Ether: F. Why did
Einstein Come Back to the Ether?
A.M. Selvam
Quantum-like Chaos in Prime Number
Distribution and in Turbulent Fluid Flows
Tuomo Suntola
Celestial Mechanics in Spherical
Space
C. Wolf
Polarization Rotation Over Cosmological Distances as a Probe to New Physics
Tuomo Suntola
Jorge Guale
Valverde:
A new Theorem in Relational
Mechanics
Giuseppe Antoni & Umberto Bartocci:
A
Simple "Classical" Interpretation of Fizeau's
Experiment
Raúl A. Rapacioli
More on the Claimed Identity Between Inertial Mass and Gravitational Mass
A.M. Selvam
Jorge Guala-Valverde
and Pedro Mazzoni
The Unipolar
Dynamotor: A Genuine Relational Engine
Fred Thaheld
Myron Evans (Guest Editor)
Terence W. Barrett
Topology and the Physical Properties
of Electromagnetic Fields (3-11)
L.B. Crowell
Myron Evans
On the Application of the Lorentz Transformation in O(3)
Electrodynamics (14-16)
Geoffrey Hunter
The B(3)
Field Controversy (17-28)
Myron Evans
O(3) Electrodynamics:A
Second Reply to Hunter (29-32)
Edward Kapuścik
Non-Lorentzian
Gauge Fields in Maxwell Electrodynamics (33-37)
V.A. Kuligin,
G.A. Kuligina, M.V. Korneva
Analysis of the Lorenz Gauge (38-52)
Bo Lehnert,
Sisir Roy, Arkaprabha Deb
An Extended Electromagnetic Theory
(53-58)
Héctor A. Múnera,
Octavio Guzmán
Héctor A. Múnera
An Electromagnetic Force Containing
Two New Terms: Derivation from a 4D-Aether (67-75)
José L. Trueba,
Antonio F. Rañada
Helicity in Classical Electrodynamics and
its Topological Quantization (83-88)
A.A Cyrenika
Principles of Emission Theory
(89-106)
T.E. Phipps,Jr.: Generalized Total Time Derivatives; Editorial Comment by Edward Kapuscik; Reviews: Sisir Roy: Statistical Geometry and Applications to Microphysics and Cosmology (reviewed by John Guillory); A.K.T. Assis: Relational Mechanics (reviewed by T.E. Phipps,Jr., Andrei Chubykalo) (107-115)
A.K.T. Assis
and J. Guala-Valverde
Mass in Relational Mechanics
(131-132)
Vittorio Banfi
Prime Integrals in Relativistic
Celestial Mechanics (133-142)
D.G. Carpenter:
A Compensating Term for the ‘Side
Force Component’ Term in the Barometric Equation (143-147)
D.G. Carpenter
Replacement of the Euler Fluid and Navier-Stokes Equations (148-154)
David Dameron
Flux Leakage Tests for the Marinov Motor (155-160)
Valeri P. Dmitriyev
Valeri P. Dmitriyev
Mechanical Analogies for the Lorenz
Gauge, Particles and Antiparticles (173-183)
Ph.M. Kanarev
Model of the Electron (184-194)
Mario Nanni
Dependence of Gravitational Action
on Chemical Composition: New Series of Experiments (195-201)
Fred H. Thaheld
C. Wolf
The Inequivalence
of Haldane Statistics and the Ambiguous Statistics of
Medvedev (207-212)
G. Galeczki:
The Locally Induced Electric Field
H.R. Drew:
If There Is No Thomas Precession, What Then? (213-224)
Pierre Hillion:
Christopher G. Jesudason:
S. H. Kim:
Emilio S. Corchero & Enrique Santos-Leal:
Anisotropic Velocity Distribution in
the Solar Plasma: Solution to the Neutrino Problem? (45-54)
V.N. Strel’tsov:
On the Lorentz-Covariant
Theory of Gravity (55-62)
Klaus Volkamer
& Christoph Streicher:
C. Wolf:
Quantum Correlations and
Non-Locality as a Consequence of the Connectivity of Random Graphs (83-88)
Yong-Gwan
Yi:
Optical Approach to Gravitational Redshift (89-106)
Amitabha Ghosh
& Soumitro Banerjee:
George Galeczki:
Junichiro Fukai:
Review of Weber’s
Electrodynamics by A.K.T. Assis
Tom Van Flandern:
Review of Seeing Red by Halton Arp
Howard Hayden:
Review of Open Questions
in Relativistic Physics, edited by Franco Selleri
(111-122)
Discussion of Seeing Red by Horace R. Drew,Matthew R. Edwards,Thomas E. Phipps,Jr., Jim Wright
Discussion of Open
Questions in Relativistic Physics by Myron Evans (123-132)
J.R. Croca:
The
Uncertainty Relations (151-165)
Louis Groarke
& LeRoy Pazdernik:
Has
an Experimental Violation of Bohr’s Complementary Principle been Observed? (16-171)
Christopher G. Jesudason:
R. Muradian,
Radius-Mass
Scaling Laws for Celestial Bodies (186-190)
Relativistic
Stars with Local Anisotropy:A
Vindication of Einstein’s Second Heresy (191-198)
V.N. Strel’tsov:
Gravitational
Charge in Newton’s and Einstein’s Theories (199-201)
Jorge Guala-Valverde:
Inertial
Mass in Mach-Weber-Assis Theory (202-204)
Yong-Gwan
Yi:
On
the Nature of Relativistic Phenomena (205-216)
C. Wolf:
Spectral
Distribution of Photons Admitting Ambiguous Statistics (217-221)
Petar K. Anastasovski
et al.:
Link
between the Non-Abelian Stokes Theorem and the B
Cyclic Theorem (222-226)
Valeri V. Dvoeglazov:
Speculations
on the Evans-Comay Discussion (227-232)
E. Comay:
A
Reply to V.V. Dvoeglazov (233-236)
J.P. Wesley: A theorem and proof for the total time derivative of a vector field as seen by a moving point
Nuclear Transmutation:
The Reality of Cold Fusion by Tadahiko Mizuno
(reviewed by T.E. Phipps, Jr.)
Relativité et
Substratum Cosmique by Joseph Levy (reviewed by Paul Marmet)
Extended Electromagnetic Theory-Space-Charge in Vacuo and the Rest Mass of the Photon. By B. Lehnert and
R.H. Dishington:
The
Conservation Law (1-21)
Jiang Chun-xuan:
On the Limit for the Periodic Table
of the Elements (21-24)
Marcel Luttgens:
Jacques Moret-Bailly:
Héctor A. Múnera:
Michelson-Morley Experiments
Revisited: , Consistency Among Different Experiments,and Compatibility with Absolute Space (37-54)
V.N. Strel’tsov:
Nonconservation of Charge and Energy as
Consequences of Contracted Length Noncovariance
(55-58)
K.B. Ranger:
Arbitrary Motion of a Viscous
Incompressible Fluid (59-68)
V.V. Dvoeglazov:
Historical Note on Relativistic
Theories of Electromagnetism (69-88)
J.P. Wesley: Induction Produces Aharonov-Bohm Effect;
P. Hillion: Review of Retardation and Relativity by Oleg D. Jefimenko (89-100)
Halton C. Arp:
H.-H. v. Borzeszkowski & H.-J. Treder
Mach’s Principle Could
Save the Gravitons (143-150)
J. O. Campbell
Black Holes – Fact
or Fiction?
(151-156)
Matthew R. Edwards
Evidence of a Cosmological Matter
and Energy Cycle (157-164)
M.W. Evans & L.B.
Crowell
Héctor A. Múnera
Redshift in Absolute Space: Periodicity of
Quasars and Other Cosmological Implications (169-180)
Úlpio Nascimento
On the Trail of Fresnel’s
Search for an Ether Wind (181-192)
Thomas E. Phipps, Jr.:
Observations
of the Marinov Motor (193-208)
V.N. Strel’tsov
Interval in the Theory of Relativity
(209-212)
Hartmut Traunmüller
Measuring Time and other Spatio-Temporal Quantities (213-218)
J. P Wesley
The Marinov
Motor, Notional Induction without a Magnetic B Field (219-226)
Marcelo B. Ribeiro & Antonio A P. Videira: Dogmatism and Theoretical Pluralism in Modern Cosmology;
Thomas E. Phipps, Jr. In Memory: Chalmers W. Sherwin
Martin Kokus: Review of Einstein’s Theory of Relativity versus Classical Mechanics by Paul Marmet227-238)
Mario Nanni:
Simple
Experiments to Test the Dependence of Gravitational Action on Chemical
Composition (1-6)
E. Recami,
P. Ammiraju, H.E. Hernández,
L.C. Kretly and W.A. Rodrigues,
Jr.:
Elementary Particles as
Micro-Universes: A Geometric Approach to "Strong Gravity"
(7-15)
Cynthia Kolb Whitney:
A Quantum of Light Shed on Classical
Potentials and Fields (16-21)
R.G. Zaripov:
On
the Energy-Inertial Mass Relation: I. Dynamical Aspects (22-25)
H. R. Drew:
On The Nature of Things as Seen in the Late 20th Century
S.A.Tolchelnikova-Murri:
Role of Fundamental Astronomy in a Renaissence of Science (26-32)
Myron W. Evans:
Andrew A. Chubykalo:
José R. Croca:
Laboratory-Scale Test of de Broglie's Tired-Photon Mode (41-44)
Valeri V. Dvoeglazov
& Myron W. Evans:
Toward an Understanding of
Electromagnetic Phenomena (45-47)
Myron W. Evans:
Helicity and the Electromagnetic Field
(48-54)
StanleyJeffers:
The Status of the Experimental
Evidence for the B(3) Field (55-58)
Bo Lehnert
& Sisir Roy:
Extended
Electromagnetic Theory,
Angular Momentum and the B(3) Field (59-62)
Héctor A. Múnera
& Octavio Guzmán:
Jean-Pierre Vigier:
Relativistic
Interpretation (with Non-Zero Photon Mass) of the Small Ether Drift Velocity
Detected by Michelson,
Morley and Miller (71-76)
Héctor A. Múnera:
Jenner Barretto Bastos Filho: Review of Evans/Vigier et al. The Enigmatic Photon; Thomas E. Phipps, Jr.:
Why Do Clock Rates Lack Group Properties?; M.W. Evans:
Rebuttal of M. Y. A. Raja et al.; P. Marquardt & G. Galeczki:
Free Trade between Mass and Energy? (80-85)
(Xu Shaozhi & Xu Xiangqun, Michael J.
Strickland, H. R. Drew, G. Walton, Viv Pope, T. Frank
Lee, Laszlo Szego & Peter F. Ofner,
Thomas E. Phipps, Jr., Joseph J. Smulsky, M. W.
Evans) (86-95)
Chang Yi-Fang
Possible
Decrease of Entropy due to Internal Interactions in Isolated Systems
(97-99)
Franco Selleri
Remarks on the Transformations of
Space and Time (100-103)
Cynthia Kolb Whitney
The Twins, the Mesons, and the
Paradox (104-113)
The Eight-fold Way of the Universe
R.G. Zaripov
On the Energy-Inertial Mass
Relation: II. Kinematic and Geometrical Aspects
(114-117)
Lawrence S. Myers: An
Unheralded Giant of Geology: Warren Carey;
G. Galeczki & P. Marquardt: The Incompatibility Between Special Relativity and Particle Dynamics (118-124)
Bogdan Wszolek
and Zbigniew Golda (
A Search for Infrared Emission from
Extragalactic Clouds in the Sculptor Group of Galaxies (1-2)
V.S. Troitsky
(Radiophysical Research Institute,
On the Nature of the Redshift in the Standard Model of Cosmology (2-6)
V.A. Kuligin,
G.A. Kuligina and M.V. Korneva
(
The Electromagnetic Mass of a
Charged Particle (6-10)
S.X.K. Howusu
(
Cosmological Redshift:
an Experimental Detection of Gravitational Radiation (10-13)
P.F. Browne (UMIST)
The Æther,
Inertia and Cosmology (14-16)
Tom Van Flandern (Metaresearch
Institute,
Jacques Moret-Bailly
(Universite de Bourgogne, Dijon)
Quantum
Mechanics an Approximation of Classical(27-30)
Chi Yi-Fang (
Nonlinear
Nature of Gravitational Waves (30-32)
C. Monstein
(
Solar System Velocity from Muon Flux Anisotropy (33-37)
Hitoshi Kitada
(
Local Time and the Unification of
Physics (38-46)
Curt Renshaw
(
Apparent Superluminal Jets as a Test
of Special Relativity (46-49)
M.W. Evans ( YorkUniversity&
Indian Statistical Institute)
Review of Erich Bagge, "World and Antiworld in Physical Reality"; George Galeczki (Köln) In Memoriam Nathan Rosen. (50-51)
Jean-Claude Pecker (Collège de France, Paris)
In Memoriam Toivo
Jaakkola (57-60)
Toivo Jaakkola
(Tuorla Observatory, Finland)
Action-at-a-Distance and Local
Action in Gravitation (61-75)
V.S. Troitskij
(Radiophysical Institute, Nizhny Novgorod)
Observational Tests of the
Standard Model (76-91)
J.P. Wesley (Blumberg, Germany)
Order versus Chaos in a Steady State
Cosmology (92-98)
D.F. Roscoe (
A Fractal Universe with Discrete
Spatial Scales (99-107)
G. Galeczki
and P. Marquardt (Society for the Advancement of Physics, Köln)
A Non-Expanding, Non-Relativistic
Universe (108-112)
R. Prasad (
A Non-Riemannian Universe (113-116)
T.E. Phipps, Jr.: Problems of Quantum Mechanics; George Galeczki:
Seventieth Birthday of a Non-Effect: Thomas Precession (117-120)
Paul Marmet
(
Origin of the 3 K Radiation
(1-4)
P. Marquardt and G. Galeczki (
Action and Quantum Mechanics (5-15)
Wen-Xiu Li (
On the Relativity of Lengths and
Times (16-19)
Tom Van Flandern (
J.P. Wesley (
Classical Quantum Theory (27-32)
G. Galeczki
(
The "Aurau
Question" and the de Broglie Wave (33-37)
Amitabha Ghosh
(Indian
Dynamical Inertial Induction and the
Potential Energy Problem (38-40)
Halton C. Arp
(Max-Planck-Institut für Astrophysik): New Light on Redshift
Periodicities (41-46)
Peter Huber (
The Static Universe of Walther Nernst (53-57)
Walther Nernst
Further Investigation of the
Hypothesis of a Stationary Universe (58-71)
P.F. Browne (University ofManchester)
The Cosmological Views of Nernst: An Appraisal (72-78)
A.K.T. Assis
(
History of the 2.7 K Temperature Prior to Penzias and
Wilson (79-87)
P.F. Browne (
Franco Selleri:
Introduction
(95-96)
"Fundamental Problems of
Quantum Physics"
Asim O. Barut (
Jeffrey Bub (
Bernard d'Espagnat (University of Paris-South) (101)
Jenner Barretto Bastos Filho (Federal
Mendel Sachs (
Emilio Santos (
Franco Selleri (
Jean-Pierre Vigier (University of Paris-Pierre and Marie Curie)
(114-115)
T.E. Phipps, Jr. (
Toivo Jaakkola
(Tuorla Observatory,
Radiative and Dynamical Implications of Electrogravity (1-5)
Peter Huber (
The Cosmological Redshift
as a Virtual Effect of Gravitation (5-8)
H.E. Wilhelm (
Adolphe Martin (
Light Signals in Galilean Relativity
(20-25)
S.H. Kim (
A Non-Lorentzian
Force Stronger than the Lorentz Force (1-5)
Constantin Antonopoulos (National
Technological
The Semantics
of Absolute Space (6-11)
Thomas E. Phipps, Jr. (Urbana,
Illinois)
Stellar and Planetary Aberration
(12-18)
P. Graneau
(Northeastern University,
Kirchhoff on the Motion of Electricity in
Conductors (19-25)
Peter F. Browne (
Newtonian Cosmology with
Renormalized Zero-Point Radiation (26-31)
Review of Peter and Neal Graneau: Newtonversus Einstein by Dennis P. Allen, Jr. (32)
Martin Kokus
(
Cosmological Coincidences (1-5)
P.F. Browne (
Universes ,
Black Holes and Elementary Particles (6-13)
Donald G. Carpenter (
Cosmology and Quantum Mechanical
Unstable States for Helium (14-16)
P. Marquardt and G. Galeczki (
The Uncertainty Principle Revisited
(17-20)
V.A. Kuligin,
G.A. Kuligina and M.V. Korneva
(
Epistemology and Special Relativity
(21-25)
G. Galeczki
(
Physical Laws and the Theory of
Special Relativity (26-31)
T. Chang (
A Formulation of the Gravitational
Equation of Motion (32-35)
Robert Oldershaw (
Keeping Physics on Track (35-39)
H.E. Wilhelm (
S.X.K. Howusu
(
The Confrontation between Relativity
and the Principle of Reciprocal Action (7-9)
Henrik Broberg
(Norwegian Telecom,
On the Kinetic Origin of Mass
(10-20)
C.I. Mocanu
(Polytechnical Institute of
Is Thomas Rotation a Paradox? (1-8)
Zu Shaozhi
and Xu Xiangqun (Beijing
Control Device Research Institute)
On the Relativity of Simultaneity
(8-11)
Martin Kokus
(
Suggestion for Unifying Two Types of
Quantized Redshift of Astronomical Bodies (11-13)
Thomas E. Phipps Jr. (
Ampere Tension and Newton's Laws
(1-5)
Henry P. Dart, III (
A New Alternative to the Big Bang
Theory (5-8)
S.X.K. Howusu
(
S.H. Kim (
Robert L. Carroll (
Zaman Akil (
On the Constant of Gravitation (5-9)
André K.T. Assis (State
On Hubble's Law of Redshift, Olbers' Paradox and the
Cosmic Background Radiation (10-16)
S.C. Tiwari
(Banaras HinduUniversity,
Bogdan Wszolek (
Dust in the South Coma Void? (1-2)
André K.T. Assis (State
On the Absorption of Gravity (3-10)
D.F. Roscoe (
The Equivalence
Principle as a Consequence
of the Third Law (11-12)
Joop F. Nieland
(Arles sur Tech, France)
Vacuum Refraction Theory of
Gravitation (13-16)
H.E. Wilhelm (
Robert L. Carroll (
Physical Reality and Cosmology (1-2)
John W. Kierein
(Ball Space Systems, Boulder CO)
A Mechanism
for Particle Acceleration
in Space Plasmas and for Planetary Mass Accretion (3-4)
Thomas E. Phipps Jr. (Urbana,
Illinois)
Lorentz Contraction
of the Coulomb Field: An Experimental Proposal (5-11)
Joseph J. Smulsky (Russian
When
the Obstacles are Removed (12-14)
Peter Huber (Germanistisches Seminar,
Does
the Velocity of Light Decrease? (15-17)
Festschrift
Vigier Introduction (i-vi)
Jean-Claude Pecker (College
de France, Paris)
A
Tribute to Jean-Pierre Vigier (1-3)
Konrad Rudnicki
(
What are the Empirical Bases of the
Hubble Law? (4-7)
William Napier (Royal
Observatory,
Crystal Spheres in
Velocity Space?
(8-17)
Halton Arp
(Max-Planck-Institute,
How Non-Velocity Redshifts
in Galaxies Depend on Epoch of Creation (18-29)
S.V.M. Clube
(Astrophysics Department,
Mass Inflation as a Recurring
Property of Matter in Astrophysical Situations (30-34))
Amitabha Ghosh
(Indian
Velocity Dependent Inertial
Induction: A Possible Tired-Light Mechanism (35-44)
Paul Marmet
(Physics Department,
A New Mechanism to Explain
Observations Incompatible with the Big Bang (45-53)
David Roscoe (Department of
Applied Mathematics,
Gravity out of Inertia (54-61)
Henrik Broberg (
Toivo Jaakkola
(University Observatory,
Electrogravitational Coupling: Empirical and
Theoretical Arguments (76-90)
Peter N. Kropotkin (Geological Institute,
The Perfect Cosmological Principle
and the Hubble Effect (91-96)
Richard A. Waldron
(Department of Mathematics,
An Infinite Non-Expanding Universe
in Dynamic Equilibrium (97)
Witold Maciejewski
(
Contrasts and Average Density in the
Hierarchical Model of the Universe (7-8)
Alexey Shlenov (
Conservation of Energy in a Static
Universe (9-12)
Paul Pesteil
(Nice, France)
Numerical Analysis of Particle
Masses (13-19)
Toivo Jaakkola (
Donald G. Carpenter (ColoradoTech)
Jean-Claude Pecker (College
de France)/Jean-Pierre Vigier (
Spatial Fluctuation of the Hubble
"Constant" (12-16)
Thomas E. Phipps Jr. (
To Seek the
Truth in the Face of Authority (1-3)
R.A. Waldron (
P. Marmet
(
Relativity and the Formation of Black Holes (8-10)
Jacques Trempe (Montreal, Quebec)
Laws of Light Propagation in Galilean Space-Time (1-7)
Thomas E. Phipps Jr. (Urbana,
Illinois)
Weber-type Laws
of Action-at-a-Distance in Modern Physics (8-14)
Zbigniew Garncarek
(Pedagogical University,
Opole, Poland)/ Konrad Rudnicki (Jagiellonian
University Observatory,
Krakow)
Do Various
Indices of Clustering of Galaxies Describe
the same Physical Property (15-17)
Konrad Rudnicki (Jagiellonian University, Krakow)
The Importance of Cosmological
Principles for Research in Cosmology (1-7)
Toivo Jaakkola
(
The Cosmological Principle:
Theoretical and Empirical Foundations (9-31)
Fred Walker (
A Contradiction in the Theory of
Universal Expansion (1-6)
Halton Arp
(Max-Planck Institute for Astrophysics,
Extragalactic Evidence for Quantum
Causality (7-9)
S.V.M. Clube
(
Lorentzian Gravity and Cosmology (11-15)
Jean-Claude Pecker (College de France)
How To Describe
Physical Reality? (1-12)
Jean-Claude Pecker/Jean-Pierre Vigier (University of Paris)
A Possible Tired-Light Mechanism
(13-15)
D.F. Roscoe (
Gravitation as an Inertial Process
(9-17)
Amitabha Ghosh
(Indian
Velocity-Dependent Inertial
Induction: A Case for Experimental Observation (18-23)
Henrik Broberg (
Particle Mass in a Cosmological
Perspective (1-4)
Toivo Jaakkola (
Mach s Principle and Properties of
Local Structure (5-12)
