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Personal Information
Name Coffey, William Thomas
Main Department Electronic & Elect. Engineering
College Title Professor of Electrical Engineering
E-mail william.coffey@tcd.ie
College Tel +353 1 896 1433
Web http://people.tcd.ie/wcoffey
 
Representations
Details Date
Member, Editorial Board, Advances in Chemical Physics, Wiley Interscience, New York. Editors S.A.Rice (recipient of the Congressional Medal of Honor from President Clinton) and I. Prigogin (Nobel Laureate). It is a particular honour to be invited to be a member of the editorial board of this famous publication, two members of the 20 member board are Nobel Laureates, one is a Fellow of The Royal Society and several have received the most prestigious prizes of the American Physical Society 1993
 
Membership of Professional Institutions, Associations, Societies
Details Date From Date To
Member American Physical Society 1996 Present
 
Awards and Honours
Award Date
Docteur Honoris causa, University of Perpignan Academie de Montpellier (These are awarded to approximately 6 candidates 3 in the Arts and 3 in the Sciences every 4 years) 2000
FELLOW of the Institution of Electrical Engineers 1996
FELLOW of the Institute of Physics 1996
Distinguished Visitor Fellow QUB (Dynamics of superparamagnetic nano particles) 2002-2005
Berkeley Fellow University of Dublin 2001-2002
More Awards and Honours>>>
 
Research Interests
3 DIMENSIONS ABSORPTION-SPECTRA AC ANISOTROPY
ANTI-GRAVITY AXIALLY SYMMETRIC POTENTIAL B CYCLIC THEOREM B((3))
B-(3) FIELDS BARRIER BARUT FIELD VECTOR BIREFRINGENCE
BROWNIAN MOTION BROWNIAN-MOTION CHARGE CONJUGATION SYMMETRY CLASSICAL ELECTRODYNAMICS
COMPLEX COMPLEX SUSCEPTIBILITY DEBYE DEBYE THEORY
DERIVATION DIELECTRIC-RELAXATION DIPOLAR MOLECULES DOMAIN FERROMAGNETIC PARTICLE
DOMAIN FERROMAGNETIC PARTICLES DYNAMICS EINSTEIN GROUP ELECTROMAGNETIC ENERGY FROM CURVED SPACETIME
ELECTROMAGNETISM ELECTROWEAK THEORY ENERGY DIFFUSION METHOD ENERGY EX VACUO
ENERGY FROM THE VACUUM EXTRACTING ENERGY FAR-INFRARED ABSORPTION FERRITIN
FERROMAGNETIC PARTICLES FIELD FORMULA GAUGE THEORY
GAUGE THEORY OF ELECTRODYNAMICS GUTS INCONSISTENCIES OF U(1) GAUGE FIELD THEORY INTERFEROMETRY
INVERSION KERR EFFECT RELAXATION KRAMERS KRAMERS ESCAPE RATE
KRAMERS ESCAPE RATE FOR NON-AXIALLY SYMMETRIC POTENTIALS KRAMERS PROBLEM LANGEVIN EQUATION LASER
LEHNERT EQUATIONS LEHNERT VACUUM CHARGE CURRENTS LEP 1 DATA LIQUID-CRYSTALS
LIQUIDS LONGITUDINAL MAGNETIC-FIELD LORENTZ TRANSFORMATION MAGNETIC FLUIDS
MAGNETIC PARTICLES MAGNETIZATION MAGNETOSTOCHASTIC RESONANCE MAXWELL EQUATIONS
MAXWELL HEAVISIDE EQUATIONS MICHELSON INTERFEROMETRY MOLECULES MOTIONLESS ELECTROMAGNETIC GENERATOR
NEEL RELAXATION NOISE-INDUCED RESONANCE PARTICLE PARTICLES
PHASE PHOTON PHYSICAL VACUUM POLAR FLUIDS
QUANTUM NOISE RELAXATION-TIME SACHS'S ELECTRODYNAMICS SIGNALS
SINGLE SINGLE-DOMAIN PARTICLES STATIC MAGNETIC-FIELD STOCHASTIC RESONANCE
STRESS ENERGY-MOMENTUM TENSOR SUPERPARAMAGNETIC RELAXATION-TIME SUPERPARAMAGNETISM SURFACE IMPEDANCE
SUSCEPTIBILITY SYSTEMS THERMAL RELAXATION TIME
UNIAXIAL ANISOTROPY WEAK LINKS
 
Publications and Other Research Outputs
Peer Reviewed
Yuri P. Kalmykov, Serguey V. Titov, and William T. Coffey, Spin-size effects in stochastic resonance in uniaxial superparamagnets, Physical Review B, 81, (17), 2010, p172411
TARA - Full Text  DOI  URL
Yuri P. Kalmykov, Serguey V. Titov, and William T. Coffey, Nonlinear longitudinal relaxation of a quantum superparamagnet with arbitrary spin value S : Phase space and density matrix formulations , Physical Review B, 81, (9), 2010, 094432
Notes: [FP7-PEOPLE-Marie Curie Actions Project No. 230785]
DOI
Coffey, W., Finite integral representation of characteristic times of orientational relaxation processes: Application to the uniform bias force effect in relaxation in bistable potentials , Advances in Chemical Physics, 103, 1998, p259-333
DOI
Coffey, W.T., Mc Goldrick, S.G., A perturbation method for the solution of the Kramers equation for a particle moving under an alternating force - application to the theory of dielectric and Kerr effect relaxation , Zeitschrift für Physik B Condensed Matter , 72, (1), 1988, p123 - 129
DOI
Coffey, W., On the role of period-amplitude dependence in the study of inertial effects and dipole-dipole coupling , Chemical Physics Letters, 123, 1986, p416 - 422
DOI
More Publications and Other Research Outputs >>>
 

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Last Updated:30-JUL-2014