
(1)   M. W. Evans, "Non-Abelian Electrodynamics and the Vaccum {BOLD B^{(3)} }"
      Foundations of Physics Letters, in press.

(2)   M. W. Evans, "Photon Mass and the Field {BOLD B^{(3)} }" Foundations of Physics
      Letters, in press.

(3)   M. W. Evans, "On the Observability of the Field {BOLD B^{(3)} }: Relativistic Effects
      in Magneto-Optics" Foundations of Physics Letters, in press.

(4)   M. W. Evans, "The Evans-Vigier Field, {BOLD B^{(3)} }: Derivation of the De Broglie
      Matter-Wave Equation from the Hamilton-Jacobi Equation" Foundations of Physics
      Letters, in press.

(5)   M. W. Evans, "Unified Field Theory and {BOLD B^{(3)} }" Foundations of Physics
      Letters, in press.

(6)   M. W. Evans, "Relativistic Magneto-Optics and the Evans-Vigier Field", Foundations
      of Physics Letters, in press.

(7)   M. W. Evans, "The Charge Quantization Condition:  Link between the O(3) Gauge
      Group and the Dirac Equation" Foundation of Physics Letters, in press.

(8)   M. W. Evans, "The Interaction of the Evans-Vigier Field with Atoms" Foundations of
      Physics Letters in press.

(9)   M. W. Evans, "The Physical Meaning of {BOLD B^{(3)} }" Foundations of Physics
      Letters, in press. 

(10)  M. W. Evans, "Dipole Model for the Photon and the Evans-Vigier Field", Foundations
      of Physics Letters, in press.

(11)  M. W. Evans, "Maxwell's Vacuum Field " a Rotating Charge", Foundations of Physics
      Letters, in press.

(12)  Sisir Roy and M. W. Evans, "{BOLD B^{(3)} } Field, Finite Photon Mass, and Non-
Zero Conductivity in the Maxwell Vacuum", Foundations of Physics, submittted.

(13)  M. W. Evans, "The {BOLD B^{(3)} } Field", Physica A, submitted, reference number
      95-19.

 (14) M. W. Evans, "Pulsed Microwave NMR Spectroscopy" Foundations of Physics Letters,
      submitted.

(15)  M. W. Evans, "The Evans-Vigier Field {BOLD B^{(3)} } Interpreted as a de Broglie
      Pilot Field" Foundation of Physics Letters, submitted.
(16)            M. W. Evans, "The Microwave Optical Zeeman Effect due to {BOLD B^{(3)} }",
      Foundation of Physics Letters, submitted.

(17)  M. W. Evans, "Description of the Inverse Faraday Effect in Terms of Rotational Energy
      Transferred in a Photon-Electron Collision" Foundation of Physics Letters, submitted.

(18)  M. W. Evans, "Vector Potential of the Evans-Vigier Field:  The Optical Aharonov-Bohm
      Effect" Foundation of Physics Letters, submitted.

(19)  M. W. Evans, "The Link Between Aharonov-Bohm and Zeeman Effects" submitted to
      Foundation of Physics Letters A, 

(20)  M. W. Evans and S. Roy, "Electromagnetic Action at a Distance:  The Optical
      Aharonov-Bohm Effect," Physica A, submitted for publication.

(21)  M. W. Evans, "Lagrangian Theory for the Field {BOLD B^{(3)} }: Self Interaction in
      the Vaccum Electromagnetic Field", Foundation of Physics, submitted.

(22)  M. W. Evans, "The {BOLD B^{(3)} } Field as a Link Between Gravitation and
      Electromagnetism in the Vaccum", Foundations of Physics Letters, submitted.

(23)  M. W. Evans, "Unification of Electromagnetism and Gravitation:  The Equations of
      Electrodynamics derived from the Riemann Tensor in General Relativity", Foundation
      of Physics Letters, submitted.

(24)  M. W. Evans, "Electromagnetism in Curved Spacetime", Foundations of Physics
      Letters", to be submitted.

(25)  M. W. Evans, "Unification of Gravitation and Electromagnetism with {BOLD B^{(3)}
      }", Foundations of Physics, submitted.

(26)  M. W. Evans, "Gauge Transformation in the Optical Aharonov-Bohm Effect: A
      Mechanism for Action at a Distance, 

(27)  M. W. Evans, "{BOLD B^{(3)} } Echoes"


(28)  M. W. Evans, "The {BOLD B^{(3)} } Field in Riemannian Spacetime"

(29)  M. W. Evans, "Fundamental Definitions for the Vacuum {BOLD B^{(3)} } Field"

(30)  M. W. Evans, "A Geometrical Theory of the Electromagnetic Field"

(31)  M. W. Evans, "Electromagnetism in General Relativity:  Part One, The Geodesic
      Equations"

(32)            M. W. Evans, "The Gyromagnetic Ratio of the Photon"

(33)  M. W. Evans, "Note on Radio Frequency Induced N.M.R."

(34)  (MAJORANA.S) M. W. Evans, "The Derivation of the Majorana Form of Maxwell's
      Equations from the B Cyclic Theorem"


(35)  A. E. Chubykalo, M. W. Evans, and R. Smirnov-Rueda, "The phase free,
      longitudinal, magnetic component of vacuum electromagnetism."

(36)  M.W. Evans, Helicity and the Electromagnetic Field, Apeiron, invited paper.

(37)  M. W. Evans, Relativistic Helicity and the B Cyclics, sent to Dvoeglazov, 1/3/97