Standout Papers

The Quantum Mechanics of Many-Body Systems. 1963 2026 1984 2005 260
  1. The Quantum Mechanics of Many-Body Systems. (1963)
    I. E. Segal, D. J. Thouless American Mathematical Monthly

Citation Impact

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Works of I. E. Segal being referenced

Mathematical problems of relativistic physics
1963
A class of operator algebras which are determined by groups
1951
Apparent superluminal sources, comparative cosmology and the cosmic distance scale
1990
Angular Momentum of the Cosmic Background Radiation
1979
Apparent superrelativistic velocities and the chronometric cosmology
1979
Symmetry and causality properties of physical fields
1978
A Non-Commutative Extension of Abstract Integration
1953
Cosmic Time Dilation
1997
Algebraic integration theory
1965
The Quantum Mechanics of Many-Body Systems.
1963 StandoutNobel
Correction of a study of source counts in the chronometric cosmology
1987
Statistical scrutiny of the phenomenological redshift-distance square law
1978
Correction of a criticism of the phenomenological quadratic redshift-distance law
1982
Statistics of a Complete High-Redshift Quasar Survey and Predictions of Nonevolutionary Cosmologies
1996
POSITIVE-ENERGY PARTICLE MODELS WITH MASS SPLITTING
1967
The redshift-distance relation.
1993
Comparative statistical study of the chronometric and Friedman cosmologies based on the Palomar bright quasar and other complete quasar surveys
1986
Mathematical characterization of the physical vacuum for a linear Bose-Einstein field
1962
Non-Linear Semi-Groups
1963
Statistically efficient testing of the Hubble and Lundmark laws on IRAS galaxy samples
1993
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2026