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Robert B. Pearson

Stanford University

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Featured researches published by Robert B. Pearson.

Communications of The ACM | 1985

Special-purpose processors in theoretical physics

Robert B. Pearson; John L. Richardson; Doug Toussaint

Specially designed processors can provide a method for attacking some of the difficult computational problems facing theoretical physicists.

Physical Review D | 1976

Practical lower bound for scalar fields on a lattice

Robert B. Pearson

A simple lower bound on the ground-state energy density is derived for a scalar field on a lattice. This bound is applied to phi/sup 4/ theory in one space and one time dimension and the results compared with available upper bounds. (AIP)

Physical Review D | 1980

Hadron masses in quantum chromodynamics on the transverse lattice

William A. Bardeen; Robert B. Pearson; Eliezer Rabinovici

Physical Review D | 1978

Number and weights of Feynman diagrams

Predrag Cvitanović; B. Lautrup; Robert B. Pearson

Physical Review D | 1976

Local gauge invariance and the bound-state nature of hadrons

William A. Bardeen; Robert B. Pearson

Physical Review D | 1978

No-hair theorems for the Abelian Higgs and Goldstone models

Stephen L. Adler; Robert B. Pearson

Archive | 1987

Instruction sequencer for parallel operation of functional units

Glen J. Culler; Robert B. Pearson; Michael McCammon; William L. Proctor; John L. Richardson

Archive | 1987

INTEGRATED, MULTICOMPUTER DATA PROCESSING SYSTEM.

Glen J. Culler; Robert B. Pearson; Michael McCammon; William L. Proctor; John L. Richardson

Communications of The ACM | 1985

SPECIAL-PURPOSE PROCESSORS IN THEORETICAL PHYSICS Specially designed processors can provide a method for attacking some of the difficult computational problems facing theoretical physicists.

Robert B. Pearson; John L. Richardson; D. Toussaint

Physical Review D | 1982

Quark-antiquark state in the strong-coupling limit of lattice quantum chromodynamics

Robert B. Pearson; John L. Richardson

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John L. Richardson

Stanford University

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William A. Bardeen

Fermilab

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D. Toussaint

University of Arizona

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Doug Toussaint

University of California

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Predrag Cvitanović

Georgia Institute of Technology

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Stephen L. Adler

Princeton University

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B. Lautrup

Niels Bohr Institute

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Eliezer Rabinovici

Hebrew University of Jerusalem

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