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| Author |
Article |
Page |
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| Volume 13 Number 1 March 2000 |
| B. Einstein |
The Unified Field |
p. 3 |
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| William N. Watson |
State Vectors and Physical States |
p. 15 |
|
| Antonio Alfonso Faus |
The Speed of Light and the Fine Structure Constant |
p. 46 |
|
| Osvaldo Pessoa Jr. |
Complementing the Principle of Complementarity |
p. 50 |
|
| Steve Brown |
Errors in “A Simple Algebraic Analysis and Its Relation to the Einstein-Lorentz Transformations” |
p. 68 |
|
| Jair Lucinda and Marlos O. Ribas |
Transmutation of Bradyons to Tachyons Through the Event Horizon of a Collapsed Source of Gravity |
p. 70 |
|
| F. Gustavo Criscuolo and M.E. Burgos |
Conservation Laws in Spontaneous and Measurement-Like Individual Processes |
p. 80 |
|
| Damian Canals-Frau |
Must Nature’s Behavior Be Limited by the Present (1999) Understanding of Physicists? |
p. 85 |
|
| Vincent Buonomano |
Speculations on a Cooperative Phenomena-Type Local Realistic Theory |
p. 92 |
|
| N. Umakantha |
Represental Approach of the Views of Einstein, Podolsky, and Rosen on Quantum Mechanics |
p. 97 |
|
| C.Y. Lo |
The Question of Validity of the “Dynamic Solutions” Constructed by Christodoulou and Klainerman |
p. 109 |
|
| B.H. Lavenda |
The Origin of Quantum Noise |
p. 121 |
|
| M. Surdin |
The Missing Mass of the Universe |
p. 130 |
|
| Luis Gerardo Pedraza Saavedra |
Is There a Flaw in the Seminal Bohr-Rosenfeld Paper on the Measurement Problem of the Free Quantum Electromagnetic Field? |
p. 132 |
|
| Lawrence M. Stephenson |
The Relevance of Advanced Potential Solutions of Maxwell’s Equations for Special and General Relativity |
p. 138 |
|
| Ludw/k Kostro |
The Quantity c5/G Interpreted as the Greatest Possible Power in Nature |
p. 143 |
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| Author |
Article |
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| Volume 13 Number 2-3 June-September 2000 |
| Emilio Panarella |
Editorial: Special Issue Dedicated to Ugo Fano |
p. 155 |
|
| Mitio Inokuti and A.R.P. Rau |
Guest Editorial |
p. 156 |
|
| A.R.P. Rau |
Ugo Fano's Scientific Life, Including a Curriculum Vitae and a List of His Publications |
p. 158 |
|
| Ugo Fano |
The Memories of an Atomic Physicist for my Children and Grandchildren |
p. 178 |
|
| Edward S. Chang, Rolf Engleman, Jr., and Murray Geller |
The 3d2 1G State and the 4s ng Series in Neutral Calcium |
p. 198 |
|
| Chun-Woo Lee |
Geometrical Construction of the Coupling Between Background and Resonance Scattering in the S Matrix |
p. 206 |
|
| Chien-Nan Liu and Anthony F. Starace |
Mirroring and Mimicking of Partial Cross Sections in the Vicinity of a Resonance |
p. 215 |
|
| J.B. West |
Resonant Phenomena in the Photoionization of Atomic Ions |
p. 223 |
|
| Francois J. Wuilleumier |
From Doubly-Excited States of Helium to Triply-Excited States of Lithium |
p. 230 |
|
| J. Berkowitz |
The Quantum Yield of Ionization |
p. 248 |
|
| P.G. Burke |
Resonances in Atomic and Molecular Multiphon Processes |
p. 256 |
|
| Edward L. Hamilton, Chris H. Greene, and J.A. Stephens |
Calculation of a Preconceived HD Photoionization Spectrum Using the Rovibrational Frame Transformation |
p. 265 |
|
| S. Raouafi and Ch. Jungen |
Excited States of the BAI Molecule |
p. 272 |
|
| I.F. Schneider and A. Suzor-Weiner |
Channel Mixing Effects on Dissociative Recombination |
p. 280 |
|
| S.H. Southworth, T.A. Ferrett, J.E. Hardis, A.C. Parr, and J.L. Dehmer |
Valence-Shell Autoionzation of NO |
p. 290 |
|
| J.S. Briggs, and M. Walter |
Oscillatory Structure of Molecular Photoionisation Cross-Sections |
p. 297 |
|
| Frank H. Read |
Experimental Studies of Electron-Atom Resonances |
p. 303 |
|
| J. Nienhaus, O.I. Zatsarinny, and W. Mehlhom |
Experimental and Theoretical Auger and Autoionization Spectra for Electron Impact on Laser-excited Ba Atoms |
p. 307 |
|
| M. Michaud, P. Cloutier, and L. Sanche |
Dielectric Hystersis in van der Waals Solids Due to the Formation of Negative Ion Resonances |
p. 325 |
|
| K.T. Lu, Dajun Ding, and Jing-yuan Zhang |
Cooperative and Relaxation Mechanisms in Laser-Induced Plasma |
p. 332 |
|
| Mike Seaton |
The One-Perturber Approximation |
p. 339 |
|
| Yukikazu Itikawa |
Electron Scattering From Polar Molecules: Frame Transformation and the Born-closure Approximation |
p. 344 |
|
| John L. Bohn |
Many-Body Coulomb Problem in the Phase-Energy Representation |
p. 350 |
|
| Thomas A. Hein, and A.R.P. Rau |
Pair-Rydberg Description of Doubly-Excited States and the Six-Dimensional Coulomb Problem |
p. 358 |
|
| C.D. Lin and Toru Morishita |
Few-body Problems: The Hyperspherical Way |
p. 367 |
|
| J.H. Macek |
Hyperspherical Waves and the Motion of Charged Particles |
p. 377 |
|
| Zdenek Herman |
Energy Partitioning in Doubly-Charged Ion-Neutral Charge Transfer Processes Involving Molecular Species |
p. 380 |
|
| Shinichi Watanabe |
Antiprotonic Helium and the Hyperspherical Elliptic Coordinates |
p. 389 |
|
| P. Chocian, W. Ihra, and P.F. O'Mahony |
Classical and Quantum Threshold Laws in 3-Body Coulomb Break-up |
p. 394 |
|
| A.R.P. Rau and G. Brad Amen |
Effective Potentials for High Rydberg States in a Magnetic Field |
p. 400 |
|
| Emil Y. Sidky |
The Phase-Amplitude Method of Solving the Wave Equation |
p. 408 |
|
| Vincenzo Aquilanti, Simonetta Cavalli, andAlessandro Volpi |
Angular Momentum Coupling Schemes for Molecular Collisions: The Stereodirected Representation |
p. 412 |
|
| Joachim Kessler |
Electron Dichroism: Interaction of Polarized Electrons with Chiral Molecules |
p. 421 |
|
| G.C. Strinati |
A Survey on the Crossover from BCS Superconductivity to Bose-Einstein Condensation |
p. 427 |
|
| David L. Ederer |
Configuration Interaction, Synchrotron Radiation and Ugo Fano: Vignettes of a Man and His Science |
p. 437 |
|
| M. Ya. Amusia |
Electron Correlations in Photo-Atomic Processes at High Frequencies |
p. 444 |
|
| Steven T. Manson |
Modern Theoretical Studies of Atomic and Ionic Photoionization |
p. 453 |
|
| N. Scherer, B. Krassig, and V. Schmidt |
State-Dependent Strengthes in Direct 2p Photo Double-Ionization of Neon |
p. 458 |
|
| D.Y. Smith, Mitio Inokuti, and W. Karstens |
Photoresponse of Condensed Matter Over the Entire Range of Excitation Energies: Analysis of Silicon |
p. 465 |
|
| Yong-Ki Kim |
Electron Correlation in Electron-Impact Ionization of Hydrogen-Like Ions |
p. 473 |
|
| Emil Y. Sidky and Nils Andersen |
Propensity Rules for Alignment and Orientation in Electron Transfer Processes |
p. 489 |
|
| F. Robicheaux and L.D. Noordam |
Scattering Theory with Pulsed Matter Beams |
p. 496 |
|
| Xiaochuan Pan |
Symmetries, Redundant Information, and Noise Control in Tomographic Imaging |
p. 503 |
|
| John D. Zimbrick |
On the Future of Molecular Radiation Science: A Workshop Inspired by Ugo Fano |
p. 511 |
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| Author |
Article |
Page |
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| Volume 13, No. 4 December 2000 |
| Emilio Panarella |
Editorial: Physics Essays New Editorial Board Members |
p. 517 |
|
| William M. Honig |
Guest Editorial: Mathematics in Physical Science, or Why the Tail Wags the Dog |
p. 518 |
|
| Y. Keilman |
Radiational Hypothesis of Gravitation |
p. 520 |
|
| C.Y. Lo |
On Incompatibility Of Gravitational Radiation to the 1915 Einstein Equation |
p. 527 |
|
| G.A. Rodley |
A Procedure for Modifying Quantum Theory to Include Gravity |
p. 540 |
|
| J.N. Percival |
Correcting the Flaw in Special Relativity That Leads to the Twin Paradox – Reflections on a Debate With I.J. Good and I. McCausland |
p. 555 |
|
| Thomas G. Schumann |
Quantum Theory and Mental Phenomena |
p. 568 |
|
| Thierry Delort |
Theory of Ether |
p. 573 |
|
| JI.J. Good |
A Correction to One of Einstein’s Derivations of the Lorentz Transformation |
p. 580 |
|
| Halil Guvenis |
Interpretation of the Quantum Potential |
p. 587 |
|
| J.P. Wesley |
A Mathematical Error in the Lienhard-Wiechert Retarded Potentials |
p. 589 |
|
| Kh.M. Beshtoev |
Defect Masses In Gravitational Field And Red Shift Of Atomic And Nuclear Radiation Spectra |
p. 593 |
|
| Calin Galeriu |
Time Symmetric Action-at-a Distance Electrodynamics and the Structure of Space-Time |
p. 597 |
|
| C.L. Herzenberg |
Dark Matter and the Origin of Mass: A Simplified Semiclassical Approach |
p. 604 |
|
| A. Hirose |
Electric Field in Coulomb Gauge |
p. 613 |
|
| A.G. Kelly |
Hafele and Keating: Did They Prove Anything? |
p. 616 |
|
| N. Umakantha |
Deriving Planck’s Constant From: Its Dimensional Pecularities, Realistic Fluid Models and Larmor’s Radiation Law. This May Signal Its Rejection as a Fundamental Constant of Quantum Mechanics - Dirac 1963 |
p. 622 |
|
| Fabio Cardone and Roberto Mignani |
Represental Approach of Bell's Inequalities |
p. 640 |
|
| William M. Honig |
Electromagnetic-Like Generation of Unified Gauge Theories |
p. 645 |
|
| William M. Honig |
Erratum & Addenda: Wave Equations from Laplacian and D'Alembertian Quantum Potentials "[Phys. Essays, 11, 600 (1998)], and Realistic Fluid Models for h and for De Broglie Waves, and Wave Equations from the Quantum Potentials [Phys. Essays 11, 166 (1998)] |
p. 657 |
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