Jeffrey Mandula

Q: What Schools Are Affiliated With Jeffrey Mandula

Jeffrey Mandula is affiliated with the following schools: University of California, Santa Cruz, Harvard University, Washington University in St. Louis, University of California, Berkeley

Jeffrey Mandula's AcademicInfluence.com Rankings

Jeffrey Mandula

Physics

#1809

World Rank

#2746

Historical Rank

#741

USA Rank

physics Degrees

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Physics

Jeffrey Mandula's Degrees

PhD Physics University of California, Berkeley
Bachelors Physics University of California, Berkeley

Why Is Jeffrey Mandula Influential?

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According to Wikipedia, Jeffrey Ellis Mandula is a physicist well known for the Coleman–Mandula theorem from 1967. He got his Ph.D. 1966 under Sidney Coleman at Harvard University. Thereafter he was a professor of applied mathematics at MIT and then of physics at Washington University in St. Louis. Today, he is responsible for the funding of science in the U.S. Department of Energy.

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Jeffrey Mandula's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

All Possible Symmetries of the S Matrix (1967) (1205)
The Gluon Is Massive: A Lattice Calculation of the Gluon Propagator in the Landau Gauge (1987) (189)
Model of mesons with constituent gluons (1978) (118)
Quark pair condensation and chiral symmetry breaking in QCD (1982) (97)
Efficient gauge fixing via overrelaxation (1990) (72)
Representations of the rotation reflection symmetry group of the four-dimensional cubic lattice (1983) (69)
Color screening by a Yang-Mills instability (1977) (44)
Patterns of Exchange Deceneracies (1970) (42)
Quarks, Leptons & Gauge Fields (1982) (41)
Quark condensation in quantum chromodynamics (1979) (27)
Classical Yang-Mills potentials (1976) (25)
Covariant lattice glueball fields (1983) (25)
The pion in QCD (1980) (25)
The lattice photon propagator (1987) (25)
LIGHT-CONE ANALYSIS OF SPIN-DEPENDENT DEEP-INELASTIC ELECTRON SCATTERING. (1972) (25)
The gluon propagator (1999) (23)
Heavy Quarks on the Lattice (1998) (23)
Duality and the hadron spectrum (1969) (23)
A model for chiral symmetry breaking in QCD (1984) (23)
Total charge screening (1977) (21)
The gluon propagator at finite temperature (1988) (21)
Double-valued representations of the four-dimensional cubic lattice rotation group☆ (1984) (18)
PION PROPERTIES IN QCD (1983) (18)
Error analysis for correlated Monte Carlo data (1984) (15)
Quark pair condensation and confinement (1978) (11)
Note on the lattice fermion chiral symmetry group (2007) (10)
Model for the Hadrons (1969) (10)
A lattice calculation of the heavy quark universal form factor (1993) (9)
Scaling limit of longitudinal virtual Compton cross sections (1973) (9)
A new technique for measuring the strangeness content of the proton on the lattice (1992) (7)
MEASURING CHIRAL SYMMETRY BREAKING IN NEUTRINO SCATTERING. (1971) (7)
Symmetries of Ginsparg-Wilson chiral fermions (2009) (6)
Does renormalized perturbation theory diverge (1970) (5)
SYMMETRIES OF THE RELATIVISTIC HYDROGEN ATOM. (1969) (5)
Nonperturbative evaluation of the physical classical velocity in the lattice heavy quark effective theory (1997) (5)
Misuses of the finite-energy sum rules (1968) (4)
Massless scalar QED as a model of color confinement (1978) (4)
A lattice implementation of the Isgur-Wise limit (1992) (4)
Coleman-Mandula theorem (2015) (4)
Quark-antiquark-gluon exotic fields for lattice QCD (1984) (3)
The quark fraction of the proton spin (1992) (3)
Chiral-symmetry-breaking effects on neutrino scattering (1971) (3)
Kinematical constraints on helicity amplitudes (1968) (3)
A method for estimating glueball-meson mixing in lattice QCD☆ (1984) (3)
An operator formulation of the parton model (1975) (2)
Permanently bound quarks: new solutions to old field equations (1974) (2)
Charge Confinement by Classical Instabilities (1979) (2)
Pair condensation in massless scalar electrodynamics (1982) (2)
Soliton doubling in lattice field theory (1982) (2)
Stranger than glue (1991) (2)
Sum Rules for Real Parts of Current Particle Scattering Amplitudes (1972) (2)
Non-perturbative renormalization of the lattice heavy quark classical velocity (1995) (2)
Self-consistent binding force between quarks in one dimension (1975) (1)
Partial color screening by classical Yang-Mills fields☆ (1983) (1)
The Landau gauge gluon propagator in lattice QCD (1987) (1)
Meson decay in a theory of bound quarks (1975) (1)
The Isgur-Wise limit on the lattice (1992) (1)
Theories of permanently bound quarks (1975) (1)
QUANTUM NUMBERS OF CROSS-CHANNEL EXCHANGES. (1971) (0)
Quark fragmentation in gauge theories (1978) (0)
A LATTICE MONTE CARLO CALCULATION OF THE GLUON PROPAGATOR (1986) (0)
The Deconfined Phase of QCD (1988) (0)
E+ e- Annihilation Into Hadrons in Quantum Field Theory (1974) (0)
e$sup +$e$sup -$ annihilation into hadrons in quantum field theory (1974) (0)
Numerical Analysis of the Quark Fraction of the Proton Spin (1992) (0)
The Gluon Anomaly in the Proton Spin (1991) (0)
Renormalization of the Classical Velocity in the Lattice Heavy Quark Effective Theory (1996) (0)
Permanently Bound Quarks (1974) (0)
The proton spin and the gluon anomaly (1991) (0)
Studies in quantum field theory (1982) (0)
Structural properties of the lattice heavy quark effective theory (1994) (0)
Tests of the absence of exotic exchanges (1973) (0)
The relationship of the Laplacian gauge to the Landau gauge (2001) (0)
Spin constraints on the particle spectrum in a duality bootstrap (1974) (0)
"The Lattice Photon Propagator", Physics Letters B197 (1987) (0)
Gauge Fixing on the Lattice and the Gibbs Phenomenon (1999) (0)
NON-PERTURBATIVE EVALUATION OF THE PHYSICAL CLASSICAL VELOCITY IN THE LATTICE HEAVY QUARK EFFECTIVE THEORY (2018) (0)
Gauge fixing and the gibbs phenomenon (1998) (0)

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What Schools Are Affiliated With Jeffrey Mandula?

Jeffrey Mandula is affiliated with the following schools:

Jeffrey Mandula's Academic­Influence.com Rankings