Alpha Institute for Advanced Studies (AIAS)

Unified Field Theory papers

The papers here are provided free of charge as a service to industry and the scientific community.  Typeset and bound versions of these papers are available in the "Generally Covariant Unified Field Theory" series published by Abramis Publishing.  Volumes I, II, III, IV and V are now available from Amazon with volume VI being readied for press. The typeset papers are available from Amazon as the volumes are completed and printed.  Three of these papers also appear in APPB and Physica B: Condensed Matter. Many of the earlier papers also appeared in Foundations of Physics Letters.  Statistics complied in this document show which papers have been received the most attention since publication: TotalCitationsSince12-06.pdf 

• [Paper 452] Simulation of a modifed homopolar generator
• [Paper 451] Central force fields described by m theory Part III
• [Paper 450] Central force fields described by m theory Part II
• [Paper 449] Central force fields described by m theory Part I
• [Paper 448] ECE UFT - The Geometrical Basis of Physics Vol 2 (textbook) Maxima code
• [Paper 447] The intrinsic structure of fields
• [Paper 446] Counter gravitation and energy from spacetime by momentum transfer
• [Paper 445] Ramifications of a Totally Antisymmetric Torsion Tensor --- Appendix and Mathematica sources
• [Paper 444] Can energy be extracted from a double pendulum? (German)
• [Paper 443] Computing the spectrum of elementary particles
• [Paper 442] Dark stars, escape velocities and light deflection in m theory
• [Paper 441] ECE theory in higher dimensions - the link to Heim theory (English) (German)
• [Paper 440] The resonant Coulomb and Ampère-Maxwell law --- Maxima code
• [Paper 439] The full path of calculation through Cartan geometry
• [Paper 438] ECE UFT - The Geometrical Basis of Physics (textbook) Maxima code
• [Paper 437] The Fluctuating m Space and the Lamb Shift
• [Paper 436] Quantization Rules Applied to Analytical Solutions of the Schroedinger Equation
• [Paper 435] Rules for Quantization in m Space
• [Paper 434] Generally Covariant Quantum Mechanics in m Space
• [Paper 433] The m Theory of the Rest Energies of any Particle
• [Paper 432] The m Theory of Elementary Particles
• [Paper 431] The m theory of the strong nuclear force and low energy nuclear reactions (LENR)
• [Paper 430] General m Theory of the Radiative Corrections
• [Paper 429] Applications of Relativistic Quantum m Theory: The Radiative Corrections
• [Paper 428] Relativistic Quantum m Theory
• [Paper 427] Hamilton equations of m theory
• [Paper 426] Hamilton Jacobi Formalism
• [Paper 425] The m Theory in Hamilton Dynamics
• [Paper 424] Rigorous Self Consistency of the Lagrangian and Hamiltonian M Theories
• [Paper 423] Constant m Theory of Classical Dynamics
• [Paper 422] The Sagnac Effect in m Theory
• [Paper 421] Refutation of Einsteinian General Relativity with m Theory
• [Paper 420] The Evans Eckardt Equations of Motion
• [Paper 419] Development of M Theory Part Two: The Orbit of S2, Light Deflection Due To Gravitation and Velocity Curve of A Whirlpool Galaxy
• [Paper 418] Development of m Theory Part One: Relativistic Kinetic Energy, Einstein Energy Equation, and Potential Energy Due to m ( R )
• [Paper 417] Infinite Energy and Superluminal Motion in Spherical Spacetime
• [Paper 416] Orbit Theory in General Spherically Symmetric Space
• [Paper 415] ECE2 Orbit Theory in General Spherically Symmetric Space
• [Paper 414] Self Consistency of the ECE2 Covariant Orbital Equations
• [Paper 413] Orbital Precession and Shrinkage from Frame Rotation
• [Paper 412] Frame Rotation and Spin Connection
• [Paper 411] ECE2 Dynamics in a Rotating Frame Due to Torsion
• [Paper 410] The ECE2 Law of Precession
• [Paper 409] ECE2 Precession and the Hulse Taylor Binary Pulsar
• [Paper 408] On the Ubiquitous Nature of the Thomas Precession in ECE2 Physics
• [Paper 407] Thomas Precession and Refutation of De Sitter Precession
• [Paper 406] ECE2 vacuum fuctuation theory of precession and light bending due to gravitation: refutation of the Einstein theory
• [Paper 405] ECE2 Covariant Theory of all Precessions
• [Paper 404] ECE2 Apsidal And Larmor Calculation of Precession Due to Rotation (Lense Thirring Effect)
• [Paper 403] ECE2 Covariant Universal Gravitation and Precession
• [Paper 402] Analytical Orbital Equation for ECE2 Covariant Precession
• [Paper 401] Vacuum Fluctuations as the Origin of ECE2 Relativity and Orbital Precession
• [Paper 400] Recent Advances in ECE2 Theory
• [Paper 399] Infinite Energy from Spacetime
• [Paper 398] Higher Order Corrections and Spin Connections of the Lamb Shift
• [Paper 397] Tensor Taylor Series Method for Vacuum Effects
• [Paper 396] The gyroscope fully understood: Complete gyroscopic motion with external torque
• [Paper 395] Taylor Series Method for Calculating Vacuum Shifts
• [Paper 394] Effect of Vacuum Fluctuations on the Magnetic Dipole Potential and Fields
• [Paper 393] The Shivering (Zitterbewegung) Induced by the Vacuum of the Electric Dipole Potential and Field
• [Paper 392] ECE2 Jitterbugging
• [Paper 391] Conservation of Antisymmetry in Light Deflection and Orbital Precession
• [Paper 390] Self Consistent Methodology for ECE2 Gravitation
• [Paper 389] Gravitation in ECE2 Physics
• [Paper 388] Rigorous Conservation of Antisymmetry in ECE2 Electrodynamics
• [Paper 387] Conservation of Antisymmetry in ECE2 Electrostatics and Magnetostatics
• [Paper 386] The Vacuum Current Implied by Conservation of Antisymmetry
• [Paper 385] Spin Connections for the Electric and Magnetic Dipole Fields
• [Paper 384] ECE2 Antisymmetry in Orbital Theory
• [Paper 383] Complete Detailed measurements of Ide transformer devices
• [Paper 382] Energy from spacetime based on the parametric oscillator: application of the Ide device
• [Paper 381] Complete Solutions of the ECE2 Field Equations
• [Paper 380] Complete Solution of the ECE2 Field Equations: The Biefeld Brown Counter Gravitational Effect
• [Paper 379] ECE2 Orbital Theory and Counter Gravitation
• [Paper 378] Field, Potential and Force Equations of Orbits in ECE2
• [Paper 377] Forward and Retrograde Precession from the ECE2 Lagrangian
• [Paper 376] Precession from the ECE2 Covariant Minkowski Force Equation
• [Paper 375] ECE2 Covariant Precession Versus the Einstein Theory in the S2 Star and Hulse Taylor Binary Pulsar
• [Paper 374] ECE2 Fluid Gravitation and the Precessing Orbit
• [Paper 373] Analytical Calculation of Precession from ECE2 Relativity
• [Paper 372] Orbital Precession from the ECE2 Lagrangian
• [Paper 371] Three Dimensional and Quantum Orbits from ECE2: Lagrangian Quantum Mechanics
• [Paper 370] Cartan Geometry and the Gyroscope
• [Paper 369] Cartan Geometry of Various Gyroscope Motions
• [Paper 368] The Analytical Mechanics of the Gyroscope in ECE2 Theory
• [Paper 367] The Classical Gyroscope as a Three Dimensional Orbit
• [Paper 366] ECE2 The Second Paradigm Shift
• [Paper 365] The Precessing Orbit of ECE Fluid Dynamics
• [Paper 364] Replication of the Osamu Ide transformer device
• [Paper 363] Explanation of Orbital Precession with Fluid Dynamics
• [Paper 362] Orbital Theory in a Fluid Spacetime
• [Paper 361] ECE2 Dynamics with the Lagrange Derivative
• [Paper 360] The Generally Covariant Inverse Square Law of All Orbits
• [Paper 359] Spacetime Structure Generated by Newtonian Gravitation
• [Paper 358] Fluid Gravitation
• [Paper 357] Explanation of the Radiative Corrections with Fluid Electrodynamics
• [Paper 356] Spacetime Properties in Fluid Electrodynamics Induced by Material Fields and Potentials
• [Paper 355] Simple Equations for Energy from Spacetime
• [Paper 354] On Connections of the Anti-Symmetric and Totally Anti-Symmetric Torsion Tensor
• [Paper 353] Kambe Equations Generalized with Viscous Effects: The Structure of Fluid Electrodynamics
• [Paper 352] Energy From Spacetime In Fluid Electrodynamics
• [Paper 351] ECE2 Fluid Electrodynamics
• [Paper 350] Principles of ECE Theory
• [Paper 349] The ECE2 Unified Field Equations of Hydrodynamics, Electromagnetism and Gravitation
• [Paper 348] Precessing Ellipse from the ECE2 Orbital Lorentz Force Equation
• [Paper 347] Orbital Precession as a Lorentz Force Equation
• [Paper 346] A General Theory of Precessions in Terms of Cartan Geometry
• [Paper 345] Geodetic and Lense Thirring Precession from the ECE2 Gravitational Field Equations
• [Paper 344] Planetary Precession as a Gravitomagnetic Larmor Precession of ECE2 Relativity
• [Paper 343] Thomas and De Sitter Precession in Terms of the Evans Eckart Theorem of ECE2 Theory
• [Paper 342] ECE2: Exact Description of Light Deflection Due to Gravitation and Planar Orbital Precession
• [Paper 341] Gravitational Amplification by Stimulated Emission of Radiation (Gaser)
• [Paper 340] ECE2 Theory of the Lamb Shift from the Aharonov Bohm Vacuum
• [Paper 339] The Dynamics of ECE2 Vacuum Particles
• [Paper 338] The Fundamental Vacuum Particle
• [Paper 337] Development of the ECE2 Vacuum
• [Paper 336] The Aharonov Bohm Effect in ECE2
• [Paper 335] ECE2 and Rigorous NMR Theory
• [Paper 334] ECE2: Test of Relativistic Quantum Mechanics by ESR
• [Paper 333] Rigorous Quantization of the Hamiltonian of ECE2 Special Relativity
• [Paper 332] The Anomalous Zeeman Effect in ECE2
• [Paper 331] New Relativistic Zeeman Spectroscopy in Atomic Hydrogen
• [Paper 330] Hyperfine Spin Orbit ESR from ECE2 Special Relativity
• [Paper 329] New Types of ESR and NMR Spectroscopy from the ECE2 Theory
• [Paper 328] Precessing Elliptical Orbits in ECE2 Special Relativity, Theory and Computation
• [Paper 327] Orbital Precession from the Minkowski Metric in ECE2 Theory
• [Paper 326] Quantization of ECE2 Theory
• [Paper 325] Orbital Precession from ECE2 and from the Lagrangian of Special Relativity
• [Paper 324] Solution Of the ECE2 Lorentz Force Equation: The Relativistic Binet Equations and Applications to the Velocity Curve of A Whirlpool Galaxy and Light Deflection by Gravitation
• [Paper 323] Orbital Theory in Terms of the Lorentz Transform of the ECE2 Field Tensor
• [Paper 322] Description of the Perihelion Precession and Light Deflection Due to Gravitation with the Gravitomagnetic Ampere Law
• [Paper 321] Circuit theory for unusual inductor behaviour
• [Paper 320] The Gravitomagnetic Lorentz Transform in ECE2
• [Paper 319] Newtonian and Non Newtonian Gravitation in ECE2
• [Paper 318] Development of ECE2: Gravitational Field Equations, Antisymmetry, Equivalence Principles, Counter Gravitation and Aharonov Bohm Effects.
• [Paper 317] The ECE2 Field and Potential Equations
• [Paper 316] ECE2 : Derivation of the Gauss Law of Magnetism and the Faraday Law of Induction
• [Paper 315] Curvature Based ECE Field Equations from the Jacobi Cartan Evans (JCE) Identity
• [Paper 314] Vector Format of the First and Second Evans Identities
• [Paper 313] Correction of the Second Bianchi Identity for Torsion
• [Paper 312] Measurements of the rest mass of the photon from any absorption
• [Paper 311] Experimental verication and theoretical explanation of the Osamu Ide experiment
• [Paper 310] Effect of Photon Mass on the Rayleigh Jeans Density of States and the Planck Distribution
• [Paper 309] Evans / Morris Shifts and Splittings in Scattering Theory
• [Paper 308] Red Shifts and Splitting in the Rotational Spectra of Diatomic Molecules
• [Paper 307] Collected & Compiled AIAS Scientometrics (website statistics) 2004 to 2015
• [Paper 306] Evans / Morris Red Shifts from the Planck Distribution in Broad Band and Atomic Spectra
• [Paper 305] Atomic and Molecular Wave Functions in the Presence of Gravitation
• [Paper 304] A Critical Test of the Quantum Theory Based on the Evans / Morris Shifts
• [Paper 303] ECE engineering model - ECE engineering model - Linearized version
• [Paper 302] The Evans Equations of Unified Field Theory
• [Paper 301] Criticisms of The Einstein Field Equation
• [Paper 300] The Evans / Morris Shifts Due to Absorption and Emission
• [Paper 299] Interaction of Electrostatics with the ECE Vacuum
• [Paper 298] Non-Linearity in the ECE Equations of Electromagnetism – Part I
• [Paper 297] Solution of the ECE Metric Equations for the Infinite Solenoid
• [Paper 296] The ECE Electromagnetic Equations Considering the Vacuum State
• [Paper 295] Reduction of the ECE Theory of Electromagnetism to the Maxwell-Heaviside Theory, Part III
• [Paper 294] Reduction of the ECE Theory of Electromagnetism to the Maxwell-Heaviside Theory, Part II
• [Paper 293] Reduction of the ECE Theory of Electromagnetism to the Maxwell-Heaviside Theory, Part I
• [Paper 292] Solution of the ECE Vacuum Equations + Appendices A-C
• [Paper 291] Corrections to the Rayleigh Jeans Density of States
• [Paper 290] Refutation of the Old Quantum Theory and Intensity Theories of the Evans/Morris Effects
• [Paper 289] Two Photon Theory of the Evans Morris Effects: Analogy with Compton Scattering
• [Paper 288] ECE Review paper: ECE Cosmology
• [Paper 287] ECE Review paper: Energy from Space Time and Low Energy Nuclear Reactions
• [Paper 286] ECE Review paper: Anti Symmetry
• [Paper 285] ECE Review paper: The Unification of Quantum Mechanics and General Relativity
• [Paper 284] ECE Review paper: Photon Mass and The B(3) Field
• [Paper 283] ECE Review paper: ECE Theory and Beltrami Fields
• [Paper 282] ECE Review paper: Electrodynamics and Gravitation
• [Paper 281] ECE Review paper: Basics of Cartan Geometry
• [Paper 280] ECE Theory of the Evans / Morris Effects: Reflection From an Absorber, Brewster Refraction And Total Internal Reflection
• [Paper 279] Theory of the Evans --- Morris Shifts with Conservation of Energy and Momentum: Photon Mass
• [Paper 278] Conservation of Energy and Frequency Shifts in Reflection and Refraction
• [Paper 277] A New Schroedinger Equation from Three Dimensional Orbit Theory
• [Paper 276] Simple Classical Explanation of Planetary Precession with Three Dimensional Orbit Theory: Thomas Precession Theory
• [Paper 275] General Theory and Classification of Three Dimensional Orbits
• [Paper 274] Ellipsoidal and Other Three Dimensional Orbits from the Inverse Square Law of Attraction
• [Paper 273] The Kepler Laws in Three Dimensional Orbit Theory
• [Paper 272] Fundamental Graphics for Three Dimensional Orbits
• [Paper 271] Non Newtonian Velocity and Accelerations in Spherical Polar Coordinates: Orbital Theory in Three Dimensions
• [Paper 270] The Theory of Orbits in Spherical Polar Coordinates
• [Paper 269] Three Dimensional Orbits from ECE Theory
• [Paper 268] Description of Spin Orbit Interaction with X Theory and With Eckardt Quantization
• [Paper 267] Expectation Values of Elliptical Functions of X Theory: Application to the H Atom
• [Paper 266] Orbitals of the Bohr and Sommerfeld Atoms with Quantized X Theory
• [Paper 265] Derivation of the Universal Planetary Precession from the Thomas Precession
• [Paper 264] The X Theory of Photon Mass and Relativistic Phenomena: Refutation of the Einstein Theory
• [Paper 263] Self Consistent Calculation of Perihelion Precession and Light Deflection Due to Gravitation with the Rand X Theories of Cartan Geometry
• [Paper 262] Turning Point Method of Calculating Orbital Precession and the ECE Anti Symmetry Law
• [Paper 261] Calculation of Light Deflection Due to Gravitation with the ECE Force Law
• [Paper 260] TECE / Beltrami Theory of the Parton Structure of Elementary Particles
• [Paper 259] The Geometrical Theory of Charge Current Density: Spin Connection Resonance, Lenr And Beltrami Structures
• [Paper 258] The Beltrami Structure of Electromagnetism and Gravitation
• [Paper 257] Derivation of the Beltrami Equation from Cartan Geometry
• [Paper 256] Main Equations of the Simplified ECE Theory and Interpretation of the Spin Connection
• [Paper 255] A Summary of ECE Unified Field Theory in Vector Notation
• [Paper 254] Vectorial Analysis of the Cartan and Evans Identities and the ECE Field Equations
• [Paper 253] Effect of Gravitation on Fermion Resonance and Higher Order Relativistic Corrections
• [Paper 252] Development of New Spectroscopies From The ECE Fermion Equation
• [Paper 251] New Resonance Spectroscopies From The ECE Fermion Equation
• [Paper 250] Development of the ESOR Hamiltonian
• [Paper 249] Electron Spin Orbit Resonance
• [Paper 248] Application of the ECE Fermion Equation to Particle Collision Theory and Low Energy Nuclear Reactors (Lenr)
• [Paper 247] A New Theory of Particle Collisions and Low Energy Nuclear Reactions (Lenr)
• [Paper 246] On The General Covariance of Mass: LENR as a Scattering Theory
• [Paper 245] New ECE Theory And Applications To Photon Mass
• [Paper 244] Determination of The Photon Mass From Compton Scattering
• [Paper 243] ECE Theory of Specific Heats in Solids
• [Paper 242] A New Wave Equation For Lagrangian Dynamics: The Planar Orbit For Any Force Law
• [Paper 241] Animation of Precessions Due To The Minkowski Force Equation
• [Paper 240] Refutation of General Relativity: Inconsistencies In The Einsteinian Theory of Perihelion Precession
• [Paper 239] Calculation of The Perihelion Precession With The Minkowski Force Equation
• [Paper 238] Applications of ECE Theory: The Relativistic Kinematics of Orbits
• [Paper 237] Cartan Geometry of Plane Polar Coordinates: Properties of The Acceleration And Euler Bernoulli Resonance
• [Paper 236] General ECE Theory of All Cosmology From Basic Kinematics: Explanation of The Velocity Curve of A Whirlpool Galaxy
• [Paper 235] Cartan Geometry of Plane Polar Coordinates: Rotational Dynamics In Terms of Cartan Spin Connection
• [Paper 234] Self Consistency And Interpretation of The ECE I Minkowski Cosmology
• [Paper 233] The Description of Any Orbit In Terms of Special And General Relativity
• [Paper 232] Multiple Refutations of Einsteinian General Relativity
• [Paper 231] Low Energy Nuclear Reactions: Energy From a Dynamic Frame of Reference In ECE Theory
• [Paper 230] New ECE Equation From The Fundamental Definition of The Tetrad And Application To Low Energy Nuclear Reaction
• [Paper 229] Low Energy Nuclear Fusion Reactions: Quantum Tunneling and Spacetime Absorption
• [Paper 228] Low Energy Nuclear Fusion Reactions: Quantum Tunneling
• [Paper 227] ECE Theory of Low Energy Interaction From The Fermion Equation and Carbon Arc Induced Nuclear Fusion
• [Paper 226] General ECE Theory of Field And Particle Interaction: Application to Low Energy Nuclear Reaction (LENR)
• [Paper 225] ECE Theory of Particle Physics: Definitive Refutation of The Basics of Standard Electroweak Theory
• [Paper 224] Refutations of ECE Theory : Higgs Boson
• [Paper 223] Orbital Dynamics With a Constrained Minkowski Metric: Time Dilatation and Relativistic Force Equation
• [Paper 222] Classical Limit of ECE Theory: Development of X Theory for Precessing Conical Sections
• [Paper 221] Analytical Solution of The N Particle Gravitational Problem: Stokes Theorem And Orbital Circulation
• [Paper 220] Kepler's Third Law For a Precessing Orbit
• [Paper 219] Analytical Solution of The N Particle Gravitational Problem
• [Paper 218] The Description of Two And Three Dimensional Orbits With The Generalized Conical Sections
• [Paper 217] Fractal Conical Sections and Orbits: Qualitative Failure of the Einsteinian General Relativity
• [Paper 216] Law of Gravitation: Calculation of Orbital Deflection and Illustration of New Orbits
• [Paper 215] Classical Theory of Orbital Precession And Gravitational Deflection
• [Paper 214] The Description of Precessing Elliptical Orbits With The Hooke / Newton Inverse Square Law
• [Paper 213] Simple Proofs of The Antisymmetry of The Christoffel Connection
• [Paper 212] Proof of Connection Antisymmetry by Considerations of Rotation
• [Paper 211] Proof Of The Antisymmetry Of The Christoffel Connection Using The Basic Theorems Of Differential Geometry
• [Paper 210] Time Evolution Of The Equation Of The New Relativity In Whirlpool Galaxies
• [Paper 209] Proof of The Antisymmetry of The Christoffel Connection From The Cartan Identity
• [Paper 208] Orbital Equation Of Motion Of The New Relativity: Whirlpool Galaxies And Orbital Perturbations In The Solar System
• [Paper 207] The New General Relativity: Self-Consistency And Field Equation
• [Paper 206] Equations Of Motion Of The New General Relativity
• [Paper 205] Torsion And Curvature Elements Of Any Orbit From ECE Theory
• [Paper 204] Newtonian Theory Of The Perihelion Precession
• [Paper 203] The Development Of General Relativity With The Minkowski Metric
• [Paper 202] The Measurement Of Photon Mass From The Angle Of  Deflection Of One Photon By The Sun
• [paper 201] The Post Einstein Paradigm Shift: Refutations Of Einsteinian Relativity In Spherically Symmetric Spacetimes
• [paper 200] ECE Theory Of Unified Physics And Refutations Of The Standard Model
• [paper 199] The Equivalence Theorem Of Cartan Geometry And General Relativity
• [paper 198] A Simple Explanation Of The Velocity Curve Of The Whirlpool Galaxy From The New Ece Relativity
• [paper 197] Use Of The Rotational Hooke Law In Orbital Theory And General Relativity
• [paper 196] A Fully Relativistic ECE Theory of Cosmology
• [paper 195] New Cosmology With The Crother's Metric
• [paper 194] Refutation Of Metric Based General Relativity For Spherically Symmetric Spacetimes
• [paper 193] Failure Of The Fundamentals Of Einsteinian General Relativity
• [paper 192] Towards an ECE cosmology: precession of the perihelion, whirlpool galaxies and binary pulsars
• [paper 191] The Maxwellian Limit of The Einstein / De Broglie Theory of Electromagnetic Radiation
• [paper 190] Disintegration Of Einsteinian General Relativity, Towards A New ECE Cosmology
• [paper 189] Solar System Orbits From The Antisymmetric Connection Parts 1-3  ---  Solar System Orbits Part 4
• [paper 188] On The Need For Three Metric Compatibility Equations To Define A Uniquely Antisymmetric Connection
• [paper 187] Self Consistent Metric From Torsional Cosmology
• [paper 186] Cosmology Based Exclusively on Torsion
• [paper 185] The General Covariance of The B Cyclic Theorem
• [paper 184] On The Use of Microwave Irradiation in The Kurata -- B(3) Process
• [paper 183] Molecular Dissociation of The B(3) Field
• [paper 182] ECE Theory of Matter Field Interaction
• [paper 181] Particle Matter Wave Theory Based on The ECE Wave Equation
• [paper 180] Exact Solutions of The Tetrad Postulate and ECE Wave Equation in Terms of The Covariant Mass
• [paper 179] The Generally Covariant Fermion Equation
• [paper 178] The Relativistic Quantum Force Equation
• [paper 177] The force equation of quantum mechanics
• [paper 176] Development of the quantum Hamilton equations
• [paper 175] Derivation of the Quantum Hamilton Equations of Motion and refutation of the Copenhagen interpretation
• [paper 174] Solutions of the Fermion Equation for atomic hydrogen and helium: derivation of the Pauli exclusion principle
• [paper 173] Covariant format of the ECE fermion equation
• [paper 172] Development of the ECE Fermion equation
• [paper 171] R theory of electron-positron collision: severe self inconsistency of the standard model
• [paper 170] Poynting theorem for the vacuum electric field
• [paper 169] Poynting theorem and transfer of power between electromagnetism and gravitation
• [paper 168] Gravitational Poynting theorem: interaction of gravitation and electromagnetism
• [paper 167] Metric based ECE theory of electrodynamics
• [paper 166] Group and phase velocities in the R theory of matter waves: conditions for superluminal signalling
• [paper 165] The R spectra of atoms and molecules
• [paper 164] Development of the covariant mass ratio into spectra of general utility
• [paper 163] The covariant mass ratio of ECE theory
• [paper 162] Criticisms of the theory of absorption and Raman scattering
• [paper 161] The October Postulates: The de Broglie wave-particle dualism in general relativity
• [paper 160] Further Refutation Of The De Broglie Einstein Theory In The Case Of General Compton Scattering
• [paper 159] Refutation Of The De Broglie / Einstein Theory
• [paper 158] The Determination Of Photon Mass From Compton Scattering
• [paper 157] Photon Mass And ECE Theory
• [paper 156] Conservation Of Energy In Electric Power From Spacetime
• [paper 155] Photon Mass From Gravitational Time Delay
• [paper 154] The Mutual Interaction of Gravitation and Electromagnetism
• [paper 153] Euler Bernoulli Resonance In A Spherically Symmetric Spacetime: Application To Counter
• [paper 152] Metrics for Gravitational and Electromagnetism in Spherical and Cylindrical Spacetime
• [paper 151] A General Metric for Cosmology
• [paper 150 revised] Failure of Einstein's Theory of Light Deflection and Non-Zero Photon Mass
• [paper 149] Equations of Motion From The Minkowski Metric
• Summary of results to date of Metrical Method, papers 145-148
• [paper 148] The Principle of Orbits
• [paper 147] Some Applications of The ECE Metric  Theory: Electron Sagnac Effect, Tomita Chiao Effect and Farady Disk
• [paper 146] Derivation of Relativity and the Sagnac Effect From The Rotation of The Minkowski and Other Metrics of The Orbital Theorem: The Effect of Rotation on Spectra
• [paper 145] The Effect of Gravitation on the Thomas Precession and Sagnac Effect: The Gyro Gravimeter and Doppler Gyro Gravimeter
• [paper 144] Orbital and Spin Electric and Magnetic Fields From ECE Theory
• [paper 143] Development of Fundamental Dynamics From Differential Geometry
• [paper 142] Simplified Proofs of The Cartan Structure Equations
• [paper 141] Derivation of the Equivalence Principle From the Antisymmetry Theorem of ECE Theory
• [paper 140] Some Basic Concepts of Fluid Dynamics Derived From ECE Theory
• [paper 139] Antisymetric Connection: Fundamental Errors in the Einstein Field Equation
  UFT 139 Reading by Robert Cheshire
• [paper 138] Reply to Paper by K. Jelnek at all, Foundation of Physics 39, 1191 (2009)
• [paper 137] Proof Of The Cartan Evans Identity
• [paper 136] Development of the Unified Field in SU(2) and SU(3) Representation Spaces
• [paper 135] ECE Theory Of SU(2) Quantum Electrodynamics
• [paper 134] The Antisymmetry Law of Cartan Geometry
• [paper 133] Antisymmetry Constraints In The ECE Engineering Model
• [paper 132] ECE Anti-symmetry Laws In The Natural Sciences And Engineering
• [paper 131] Potential Anti-symmetry Equations of Electromagnetic and Gravitational Theory
• [paper 130] ECE Equation of the Fermion With Finite Momentum
• [paper 129] Einstein Cartan Evans (ECE) Theory of The Rest Fermion
• [paper 128] On Metric Compatibility From Cartan's Geometry
• [paper 127] On the Fundamental Origin of Angular Momentum in Cartan Geometry
• [paper 126] Orbital Dynamics in Terms of Spacetime Angular Momentum
• [paper 125] Resonant Initial Event In ECE Cosmology
• [paper 124] The Link Between Space-Time Torsion In ECE Theory and The Theory of Angular Momentum
• [paper 123] Explanation of the Whirlpool Galaxy From Constant Space-Time --- Torsion: The Case Against "Dark Matter"
• [paper 122] On the Symmetry of the Connection in Relativity and ECE Theory
• [paper 121] Conservation Theorem of Einstein Cartan Evans Field Theory
• [paper 120] Criticisms of Black Hole Theory & Calculation and Comparison of Metrics
• [paper 119] ECE Theory of The Equinoctial Precession and Galactic Dynamics
• [paper 118] Explanation for the cosmological red shift
• [paper 117] ECE theory of the Earth's gravitomagnetic precession
• [paper 116] The continuity equation in ECE theory
• [paper 115] Invariance, covariance and duality properties of the ECE laws of thermodynamics and electrodynamics
• [paper 114] Derivation of the gravitational red shift from the theorem of orbits
• [paper 113] The complete equations of classical dynamics in ECE Theory
• [paper 112] On the violation of the Bianchi identity by the Einstein Field Equation and Big Bang cosmologies
• [paper 111] The origin of orbits in spherically symmetric space-time (additional material )
• [paper 110] Derivation of the Thomas Precession in terms of the infinitesimal torsion generator
• [paper 109] Generalized Cartan Bianchi identity and a new theorem of the Cartan torsion
• [paper 108] Orbital Einstein Cartan Evans (ECE) theory and non Einstein Hilbert (EH) orbits in astronomy and cosmology
• [paper 107] Spin connection resonance in the Faraday disk generator
• [paper 106] ECE theory of the orbit of binary pulsars
• [paper 105] A new theory of light deflection due to gravitation
• [paper 104] A rigorous proof of the Hodge Dual of the Bianchi Identity of Cartan
• [paper 103] Development of the Einstein Hilbert Field Equations into the Einstein Cartan Evans (ECE) Field Equation
• [paper 102] The fundamental origin of the Bianchi Identity of Cartan Geometry and ECE Theory
• [paper 101] The incompatibility of the Christoffel connection with the Bianchi identity
• [paper 100] A review of Einstein-Cartan-Evans (ECE) field theory (Part A)
• [paper 99] The fundamental origin of curvature and torsion
• [paper 98] Rank three tensors in unified gravitation and electrodynamics
• [paper 97] Line element for a radiating electron in a generally covariant unified field theory
• [paper 96] A critical evaluation of Standard Model Cosmology with Einstein Cartan Evans (ECE) Field Theory
• [paper 95] The Coulomb and Ampere Maxwell laws in the Friedman Lamaitre Robertson Walker Metric
• [paper 94] Spin Connection Resonance in the Bedini Machine (see FAQ #3 , #4 and #5 )
• [paper 93] The Coulomb and Ampere Maxwell laws in generally covariant unified field theory (maxima code ) (extra plots )
• [paper 92] Development of spin connection resonance in the Coulomb Law
• [paper 91] General relativity and cosmology without the metric
• [paper 90] Refutation of comment by Jadczyk et al II
• [paper 89] A response to the papers by Hehl and Hehl and Obukhov
• [paper 88] The Bianchi Identity of differential geometry
• [paper 87] ECE applied to energy from space-time : amplification of the radiative correction by spin connection resonance
• [paper 86] ECE theory of the Lamb shift in atomic hydrogen and helium
• [paper 85] The Lamb shift in atomic Hydrogen calculated from Einstein Cartan Evans (ECE) Field theory
• [paper 84] Chemical shift, fine and hyperfine structure in RFR spectroscopy
• [paper 83] The effect of gravitation on the inverse Faraday effect and faraday effect : multiple field interactions in ECE theory
• [paper 82] Origin of the photon mass and ECE spin field in the spin connection of space-time
• [paper 81] Description of the Faraday Effect and Inverse Faraday Effect in terms of the ECE spin field
• [paper 80] Calculation of the Larmor radius of the inverse Faraday effect in an electron ensemble from the Einstein Cartan Evans (ECE) unified field theory
• [paper 79] Observation of orbital and spin torques in charged salt particles and explanation with Einstein Cartan Evans unified field theory
• [paper 78] The interaction of three fields in ECE theory: The inverse faraday effect (published in Physica B: Condensed Matter Volume 403, Issue 4, 1 March 2008, Pages 517-521 )
• [paper 77] Spun plasma model for cosmological evolution and Einstein Cartan Evans (ECE) unified field theory
• [paper 76] Spiral galaxies and Cartan torsion (Fortran simulation code)
• [paper 75] Gravitational equivalent of the Faraday Law of Induction
• [paper 74] Spin connection resonance in magnetic motors (published in Physica B: Condensed Matter Volume 400, Issues 1-2, 15 November 2007, Pages 175-179 )
• [paper 73] Rebuttal of remarks by Hehl
• [paper 72] Applications of the ECE Invariance principle
• [paper 71] Invariance of the tetrad postulate as a fundamental principle of unified field theory
• [paper 70] Chirality and spin vectors in ECE Theory
• [paper 69] Effect of gravitation on radiatively induced fermion resonance
• [paper 68] Spin Connection Resonance in counter gravitation
• [paper 67] ECE Theory of gravity induced polarization changes
• [paper 66] Vector boson character of the static electric field
• [paper 65] Spin Connection Resonance (SCR) in magneto-statics
• [paper 64] Spin Connection Resonance in Gravitational General Relativity (published in Acta. Phys. Pol. B Vol. 38, No. 6, June 2007 )
• [paper 63] The resonant Coulomb Law of Einstein-Cartan-Evans Field Theory
• [paper 62] Application of the ECE Lemma to the Fermion and Electromagnetic Fields
• [paper 61] Spacetime Resonance in the Coulomb law
• [paper 60] Application of ECE Theory to Atoms and Molecules: Free electrons at Resonance
• [paper 59] The Resonant Coulumb Law from ECE Theory: Application to the Hydrogen Atom
• [paper 58] The Effect of Torsion on the Schwarzschild Metric and Light Deflection due to Gravitation
• [paper 57] Canonical and Second Quantization in Generally Covariant Quantum Field Theory
• [paper 56] Geodesics and the Aharonov Bohm Effects in ECE Theory
• [paper 55] Generally Covariant Dynamics
• [paper 54] Wave Mechanics and ECE Theory
• [paper 53] Resonant Counter Gravitation
• [paper 52] Resonance Solutions of the ECE Field Equations
• [paper 51] ECE Generalization of the D'Alembert, Proca and Superconductivity Wave Equations: Electric Power from ECE Space-Time
• [paper 50] Solutions of the ECE Field Equations
• [paper 49] Cosmological Anomalies: EH vs. ECE Field Theory
• [paper 48] Spectral Effects of Gravitation
• [paper 47] Dielectric Theory of ECE Spacetime
• [paper 46] The influence of Gravitation on the Sagnac Effect
• [paper 45] Evans Field Theory of the Sagnac Effect
• [paper 44] Experiments to test the Evans Unified Field Theory and General Relativity in Classical Electroydynamics
• [paper 43] Explanation of the Faraday Disc Generator in the Evans Unified Field Theory
• [paper 42] The Role of Gravitational Torsion in General Relativity : The S Tensor
• [paper 41] General Covariance and Coordinate Transformation in Classical and Quantum Electrodynamics
• [paper 40] Generally Covariant Quantum Mechanics
• [paper 39] On the Origin of Dark Matter as SpaceTime Torsion
• [paper 38] The Origin of Intrinsic Spin and the Pauli Exclusion Principle in the Evans Unified Field Theory
• [paper 37] Quark Gluon Model in the Evans Unified Field Theory
• [paper 36] Self Consistent Derivation of the Evans Lemma and Application to the Generally Covariant Dirac Equation
• [paper 35] Proof of the Evans Lemma from the Tetrad Postulate
• [paper 34] Derivation of the Evans Lemma and Wave Equation from the First Cartan Structure Relation
• [paper 33] Metric Compatability Condition and Tetrad Postulate
• [paper 32] Generally Covariant Heisenberg Equation
• [paper 31] The Coulomb and Ampere-Maxwell Laws in the Schwarzschild Metric, A Classical Calculation of the Eddington Effect from the Evans Unified Field Theory
• [paper 30] Explanation of the Eddington Experiment in the Evans Unified Field Theory
• [paper 29] On the origin of Magnetization and Polarization
• [paper 28] The spinning of SpaceTime as seen in the inverse Faraday effect
• [paper 27] First and Second order Aharonov Bohm effects in the Evans Unified Field Theory
• [paper 26] The Objective Laws of Classical Electrodynamcis : The Effect of Gravitation on Electromagnetism
• [paper 25] Derivation of the Gauss law of magnetism, the Faraday law of induction, and O(3) Electrodynamics from the Evan's Field Theory
• [paper 24] The Homogenous and Inhomogenous Evan's Field Equations
• [paper 23] Electromagnetic Energy from Gravitation
• [paper 22] The Fundamental Invariants of the Evan's Unified Field Theory
• [paper 21] The Interaction of Gravitation and Electromagnetism
• [paper 20] Evans Field Theory of Neutrino Osillations
• [paper 19] Generally Covariant Electro-Weak Theory
• [paper 18] Calculation of the Anomalous Magnetic Moment of the Electron from the Evans-Unified Field Theory
• [paper 17] The Derivation of O(3) Electrodynamics from The Evans Unified Field Theory
• [paper 16] Derivation of O(3) Electrodynamics from Generally Covariant Unified Field Theory
• [paper 15] The Spinning and Curving of Spacetime: The Electromagnetic and Gravitational Fields in the Evans Unified Field Theory
• [paper 14] Development of the Evans Wave Equations in the Weak-Feild Limit: The Electrogravitic Equation
• [paper 13] New Concepts from the Evans Unified Field Theory, Part Two: Derivation of the Heisenberg Equation and Replacement of the Heisenberg Uncertainty Principle
• [paper 12] New Concepts from the Evans Unified Field Theory. Part One: The Evolution of Curvature, Ocillartory Universe without Singularity, Causal Quantum Mechanics, and General Force and Field Equations
• [paper 11] The Electromagnetic Sector of the Evans Field Theory
• [paper 10] Derivation of the Lorentz Boost from the Evans Wave Equation
• [paper 9] Derivation of the Geometrical Phase from the Evans Phase Law of Generally Covariant Unified Field Theory
• [paper 8] Physical Optics, The Sagnac Effect, and the Aharonov-Bohm Effect in the Evans Unified Field Theory
• [paper 7] The Evans Lemma of Differential Geometry
• [paper 6] Derivation of the Evans Wave Equation from The Lagrangian and Action: Origin of the Planck Constant in General Relativity
• [paper 5] Unification of Gravitational and Strong Nuclear Fields
• [paper 4] Derivations of Dirac's Equation from the Evans Wave Equation
• [paper 3] The Equations of Grand Unified Field Theory in terms of the Maurer-Cartan Structure Relations of Differential Geometry
• [paper 2] A Generally Covariant Wave Equation for Grand Unified Field Theory
• [paper 1] A Generally Covariant Field Equation for Gravitation and Electromagnetism