corrupt.

Electron Model Referencesas of 2/24/94

1) Pharis E.Williams, "Space, Time, and Mass," CETR Report A-07-89, New Mexico Tech, Socorro NM 87801

2) David L.Bergman and J.Paul Wesley, "Spinning Charged RingModel of Electron Yielding Anomalous Magnetic Moment," GalileanElectrodynamics V1N5, 1990

3) M.Abraham, Phys.Z. 5, page 576, 1904; and H.A.Lorentz, "TheTheory of Electrons," 1909, 1923, and 1952

4) Alfred Locke Parson, "Magneton Theory of the Structure of theAtom," Smithsonian Miscellaneous Collections, Pub 2419, V65, N11,1916; [Pub.no.2371, 80 pages, 2 plates, November 29, 1915]

5) Arthur Holly Compton, "The Size and Shape of the Electron,"Physical Review 14, page 20, 1919

6) P.A.M.Dirac, "Classical Theory of Radiating Electrons,"Proceedings of the 'Royal' Society 167, page 148, 1938

7) Winston H.Bostick, "Mass, Charge, and Current: The Essence andMorphology," Physics Essays, V4 N1, page 45, 1991

8) R.L.Carroll, "The Toroidal Electron," Galilean ElectrodynamicsV2N5, 1991

9) Robert L.Carroll, "Arcturus by Dawn," Aesop Institute, Aug1991

10) Julian Wasserman, "On the Structure of the Electron," [Mobius-strip Model.] Speculations in Science and Technology, V15 N3, page221, 1992

11) Frederick Forscher, [Double Torus Model.] Issues 50 & 53,Energy Commentary & Analysis Newsletter, October 1992 and March1993

Additional (Chronological) BibliographyRelated to Electron Structure

Henri Poincare, R.C.Circ.Mat.Palermo 21, page 129, 1906

David L.Webster, "The Theory of Electromagnetic Mass of the ParsonMagneton and Other Non-Spherical Systems," Phys.Rev.9, p 484, 1917

L.O.Grondahl, "Experimental Evidence for the Parson Magneton."Phys.Rev.10, page 586, 1917

H.S.Allen, "The Case for a Ring Electron," Proc.Phys.Soc.London,V31, p 49, 1919

E.Fermi, "Über einen Widerspruch zwischen der elektrodynamischen undder relativis- tischen Theorie der elektromagnetischen Masse,"Physik Z. 23, page 340, 1922

M.Born and L.Infeld, "The New Field Theory," Proceedings of the'Royal' Society, A144, page 425; and A147, page 522, 1934; and A150,page 141, 1935

Alfred Landé, "Finite Self-Energies in Radiation Theory, Part I,"Physical Review, V60, page 121, 1941

Alfred Landé & L.H.Thomas, "Finite Self-Energies in RadiationTheory, Part II," Physical Review, V60, page 514, 1 Oct 1941

Boris Podolsky, "A Generalized Electrodynamics, Part I - Non-Quantum," Physical Review, V62, page 68, 1 & 15 July 1942

J.A.Wheeler and R.P.Feynman, "Interaction with the Absorber as theMechanism of Radiation," Rev.Mod.Phys.17, page 157, 1945

B.Kwal, "Les Expressions de L'Énergie et de L'Impulsion du ChampÉlectromagnétique Propre de L'Électron en Mouvement," J.Phys.Radium10, page 103, 1949

J.A.Wheeler and R.P.Feynman, "Classical Electrodynamics in Terms ofDirect Interparticle Action," Rev.Mod.Phys.21, page 425, 1949

Hideki Yakawa, "Quantum Theory of Non-Local Fields. Part I. FreeFields," Physical Review, V77 N2, page 219, 15 Jan 1950

R.Finkelstein, R.LeLevier and M.Ruderman, "Nonlinear Spinor Fields,"Phys.Rev.83,page 326, 1951

Nathan Rosen and Herbert B. Rosenstock, "The Force between Particlesin a Nonlinear Field Theory," Phys.Rev.85, page 257, 1952

Lloyd Motz, "Gauge Invariance and Classical Electrodynamics,"Physical Review, V89 N1, page 60, 1 January 1953

H.Yakawa, "Structure and Mass Spectrum of Elementary Particles. I.General Considerations. II. Oscillator Model," Physical Review 91,page 415, 1953

R.Finkelstein, R.LeLevier and M.Ruderman, "Nonlinear SpinorFields," Phys.Rev.83,page 326, 1951

Nathan Rosen and Herbert B. Rosenstock, "The Force betweenParticles in a Nonlinear Field Theory," Phys.Rev.85, page 257, 1952

Lloyd Motz, "Gauge Invariance and Classical Electrodynamics,"Physical Review, V89 N1, page 60, 1 January 1953

H.Yakawa, "Structure and Mass Spectrum of Elementary Particles. I.General Considerations. II. Oscillator Model," Physical Review 91,page 415, 1953

Julian Schwinger, "Dynamical Theory of K Mesons," Phys Rev 104,page 1164, 1956

R.Finkelstein, C.Fronsdal and P.Kaus, "Nonlinear Spinor Field,"Phys.Rev.103,page 1571, 1956

D.F.Kurdgelaidze, "On the Nonlinear Generalizations of the Mesonand Spinor Field Equations," Soviet Physics JETP V5N5, page 941,1957

David Bohm and J.P.Vigier, "Relativistic Hydrodynamics of RotatingFluid Masses," Physical Review, V109 N6, page 1882, 15 March 1958

W.Pauli, "The Theory of Relativity," Pergamom Press, 1958

D.F.Kurdgelaidze, "Periodic Solutions of the Nonlinear GeneralizedDirac Equation," Soviet Physics JETP V34(7)N6, page 1093, 1958

D.F.Kurdgelaidze, "Wave Solutions of Nonlinear Generalizations ofRelativistic Equations," Soviet Physics JETP Letters V35(8)N6, page1099, 1959

W.Heisenberg, "Qunatum Theory of Fields and Elementary Particles,"Reviews of Modern Physics 29, page 269, 1957

F.Rohrlich, "Self-Energy and Stability of the Classical Electron,"Am.J.Phys 27,page 639, 1960

J.L.Synge, "Relativity: The General Theory," North Holland, 1960

F.Rohrlich, "Equations of Motion of Classical Charges," Ann. Phys.13, page 93, 1961

C.Lanczos, "The Splitting of the Riemann Tensor," Rev.Mod.Phys.34,page 379, 1962

F.R.Tangherlini, "Self-Stress, Covariance and the ClassicalElectron," Am.J.Phys.31, page 285, 1963

D.D.Betts, H.Schiff, & W.B.Strickfadden, "Approximate Solution of aNonlinear Field Equation," J.Math.Phys.4, page 334, 1963

A.S.Kompaneets, "Regularization of the Classical Equations ofElectrodynamics," Soviet Physics JETP, V16 N6, page 1544, June 1963

U.Enz, "Discrete Mass, Elementary Length, and a TopologicalInvariant as a Consequence of a Relativistic Invariant VariationalPrinciple," Phy. Rev.,V131 N3, page 1392, 1963

J.S.Nodvik, "A Covariant Formulation of Classical Electrodynamicsfor Charges of Finite Extension," Ann.Phys.(NY) 28, page 225, 1964

G.Stephenson, "Elementary Particles and the Signature of the Space-time Metric," Nature, V201, page 589, 8 February 1964

G.H.Derrick, "Comments on Nonlinear Wave Equations as Models forElementary Particles," Jrnl of Mat. Physics, V5N9, page 1252, 1964

R.Penney, "Classical Electron in General Relativity," PhysicalReview, V137 N 5B, page B1385, 8 March 1965

F.Rohrlich, "Classical Charged Particles," Addison-Wesley, 1965

D.J.Kaup, "Classical Motion of an Extended Charged Particle," PhysRev 152, p 1130, 1966

Richard P.Feynman, "The Development of the Space-Time View ofQuantum Mechanics," Physics Today, page 31, August 1966

A.Nisbet, "On Classical Charged Particles," Ann.Phys.(NY) 42, page173, 1967

G.Rosen, "Dressed Particle States in Local Quantum Field Theory,"Phys.Rev.156,page 1517, 1967

E.Arnous, J.Madore & A.Papapetrou, "Renormalization and theClassical Electro- magnetic One-Body Problem for an Extended Body,"Nuovo Cimento 53A, N2, p393, 1968

J.W.Butler, "On the Trouton-Noble Experiment," Am.J.Phys 36, page936, 1968

J.W.Butler, "A Proposed Electromagnetic Momentum-Energy 4-Vectorfor Charged Bodies," Am.J.Phys 37, page 1258, 1968

J.W.Darewych and H.Schiff, "Variational Approximations toNonspherical Particle-like Solutions of DF = F - F3," Canadian Jrnlof Physics, V47, page 1419, 1969 [See long list of refs on electronnonlinear field equation attempts]

J.L.Synge, Point-particles and Energy Tensors in SpecialRelativity," Annali di Matematica 84, page 33, 1970

F.Rohrlich, "Electromagnetic Momentum, Energy & Mass," Am.J.Phys 38,p1310, 1970

G.Horwitz and J.Katz, "The Classical Electron, a Model for anExtended Charged Particle," Nuovo Cimento B3, N2, page 245, 1971

J.Rafelski, L.P.Fulcher & W.Greiner, "A Condition for VanishingElectromagnetic Self-Stress in Nonlinear Classical Electrodynamics,"Nuovo Cimento B7N1, page 137, 1972

P.A.Hogan, "The Physical Consequences of the Huggins Term inClassical Electrodynamics," Nuovo Cimento B16, N1, page 251, 1973

W.B.Bonnor, "A New Equation of Motion for a Radiating ChargedParticle," Proc.'Roy'.Soc. A337, page 591, 1974

M.Sorg, "Classical, Covariant Finite-Size Model of the RadiatingElectron," Z.Naturforsch 29a, page 1671, 1974

R.G.Beil, "Alternate Formulations of Classical Electrodynamics,"Phy.Rev.D12,page 2266, 1975

H.Levine, E.J.Moniz & D.H.Sharp, "Motion of Extended Charges inClassical Electrodynamics," Am.J.Phys.45, page 75, 1977

L.B.Okun and Y.B.Zeldovich, "Paradoxes of the Unstable Electron,"Physics Letters B 78,page 597, 1978

D.G.Boulware, "Radiation from a Uniformly Accelerated Charge,"Ann.Phys.(NY) 124,page 169, 1980

L.De La Pena,J.L.Jimenez & R.Montemayor, "The Classical Motion of anExtended Charged Particle Revisited," Nuovo Cimento B69, N1, p71,1982

V.N.Gribov, "Local Confinement of Charge in Massless QED," NuclearPhysics B 206, page 103, 1982

E.J.Post, "Can Microphysical Structure Be Probed By PeriodIntegrals?," Physical Review D.25, page 3223, 1982

Timothy H.Boyer, "Classical Model of the Electron and the Definitionof Electromagnetic Field Momentum," Physical Review D.25, page 3246,1982

J. Schwinger, "Electromagnetic Mass Revisited," Foundations ofPhysics, V13N3,page 373, 1983

A.B.Evans, "Accelerating Charges and the Schott Force," Foundationsof Physics V15N7,page 807, 1985

J.M.Cohen and E.Mustafa, "Energy-Momentum Vector of The ClassicalElectron," Int.J.Theor.Phys.25, page 717, 1986

R.G.Beil, "The Extended Classical Charged Particle," Foundations ofPhysics,V19 N3, page 319, 1989 [18 refs from 1963-1986]

Harold A.Papazian, "On Photon/Matter Interactions," Speculations inScience and Technology, V16 N1, page 30, 1993

R.H.Dishington, "The Extended Electron and the Vacuum," PhysicsEssays, V6 N1,page 110, 1993

R.G.Beil, "The Extended Classical Charged Particle. II," Foundationsof Physics,V23 N12, page 1587, 1993 [many refs from 1983-1991]

[In return for this draft bibliography, please send the author anyadditional references (and corrections or comments) on the extendedelectron structure. Thank you.]