Michael Grady
Professor
Department of Physics
SUNY Fredonia
Education:
 Rockefeller University, Ph.D. 1982
 University of Washington, MS, 1978
 University of Michigan, BGS, 1973
Research Interests:
 Lattice Field Theory
 Phase Transitions and Critical Phenomena
 Strong Interactions
 NonPerturbative Methods
 Dislocation models for elementary particles
 Stochastic Quantization
 The Early Universe
Teaching Interests and Specialties:
 Lab and Lecture Demonstration Based Instruction
 Thermal and Statistical Physics
 Acoustics
 Optics
 Computer Spreadsheet Applications in Education
Selected Publications:
(most available electronically from Physics Preprint Archive, http://arxiv.org)
 "Direct evidence for a Coulombic phase in monopolesuppressed SU(2) lattice gauge
theory", ArXiv:1306.6921(heplat), Nuclear Physics B, 876, 794809 (2013).
 "Toward a proof of longrange order in 4D SU(2) lattice gauge theory", ArXiv:1210.1794(heplat), Mod. Phys. Lett. A 28, 1350087 (2013).
 "Reconsidering gaugeHiggs continuity", heplat/0507037, Physics Letters B, 626, 161 (2005).
 "Critical or tricritical point in mixedaction SU(2) lattice gauge theory?", heplat/0404015, Nuclear physics B, 713, 204 (2005).
 "Quantum Mechanics, Quantum Gravity, and Approximate Lorentz Invariance from a Classical
PhaseBoundary Universe", hepth/0104237 (Ch. 3 in "Trends in Quantum Gravity Research," NOVA Science Publishers, 2006).
 "Gauge Invariant SO(3)Z2 Monopole as Possible Source of Confinement in SU(2) Lattice
Gauge Theory" heplat/9806024.
 "Universe as a Phase Boundary in a FourDimensional Euclidean Space", grqc/9805076.
 "Monopole Loop Distribution and Confinement in SU(2) Lattice Gauge Theory", heplat/9802035, Physics Letters B, 455, 239 (1999).
 "Monopole Loop Suppression and Loss of Confinement in RestrictedAction SU(2) Lattice
Gauge Theory", heplat/9801016.
 "Deconfinement from Action Restriction", Nuclear Physics B (Proc. Suppl.) 53, 599 (1997) (LATTICE 96).
 "Finite Temperature Phase Transition in SU(2) Lattice Gauge Theory with Extended Action"
(with Rajiv Gavai and Manu Mathur), Nuclear Physics B 423, 123 (1994).
 "Can a Logarithmically Running Coupling Mimic a String Tension?", Physical Review
D 50, 6009 (1994).
 "Cabibbo Mixing from Stronginteraction Condensates", Nuovo Cimento 105A, 1065 (1992).
 "Spurious FirstOrder Phase Transitions from Topological Effects on the Lattice",
Nuclear Physics B 365, 699 (1991).
 "Numerical Study of the lattice massive Schwinger Model using a fast fermion Monte
Carlo algorithm", Phys. Rev. D 35, 1961 (1987).
 "Obtaining M_{W}=M_{Z}cos(theta) in Technicolor Theories, Nucl. Phys. B 221, 16 (1983)
 "Conserved charges from selfduality" (with Louise Dolan), Phys. Rev. D 25,1103 (1982).
Other Interests:
Contact me at:
NEW phone:(716)6734624, fax (716)6733347, or email at grady@fredonia.edu
