Bernard Lippmann

Q: What Schools Are Affiliated With Bernard Lippmann

Bernard Lippmann is affiliated with the following schools: New York University Tandon School of Engineering, California Institute of Technology, University of Michigan, Princeton University, Stanford University, New York University, Harvard University

Bernard Lippmann's AcademicInfluence.com Rankings

Bernard Lippmann

Physics

#4254

Historical Rank

physics Degrees

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Physics

Bernard Lippmann's Degrees

Masters Physics Stanford University

Why Is Bernard Lippmann Influential?

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According to Wikipedia, Bernard Abram Lippmann. was an American theoretical physicist. A former Professor of Physics at New York University, Lippmann is mainly known for the Lippmann-Schwinger equation, a widely used tool in non-relativistic scattering theory, which he formulated together with his doctoral supervisor Julian Schwinger

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Bernard Lippmann'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

Variational Principles for Scattering Processes. I (1950) (795)
Motion in a Constant Magnetic Field (1949) (316)
Self‐trapped laser beams in plasma (1977) (174)
Note on the Theory of Gratings (1953) (112)
Moment theory of self-trapped laser beams with nonlinear saturation (1975) (62)
Relativistic Motion in a Magnetic Field (1950) (37)
EHRENFEST'S THEOREM AND SCATTERING THEORY (1965) (33)
Surface states in crystals (1957) (31)
Generalized Ehrenfest Theorem (1966) (24)
Unique Definition of the Quasistationary State for Resonant Processes (1970) (21)
OPERATOR FOR TIME DELAY INDUCED BY SCATTERING. (1966) (21)
Variational Principles for Scattering Processes. II. Scattering of Slow Neutrons by Para-Hydrogen (1950) (19)
OPTICAL-MODEL ANALYSIS OF LOW-ENERGY ELECTRON-HYDROGEN SCATTERING (1961) (14)
High-energy, semiclassical scattering processes (1957) (11)
Electromagnetic Signals from Nuclear Explosions in Outer Space (1960) (7)
ON THE ANGULAR CORRELATION THEOREM (1951) (4)
One-pion exchange and the optical model (1962) (4)
Comment on ’’Modification of bubble oscillations by nearby objects’’ [J. Acoust. Soc. Am. 64, 937 (1978)] (1979) (3)
Circuit Dynamics of the Pinch (1960) (3)
On the Sommerfeld half-plane problem (1960) (3)
Modification of the Brillouin-Wigner Perturbation Method (1956) (3)
THE JUNGLE AS A COMMUNICATION NETWORK (REVISED) (1965) (2)
Evidence of Whistler Guidance by Magneto-ionic Ducts of Poorly-defined Structure (1964) (2)
Exact Calculation of the Field due to a Single Fresnel Zone (1965) (2)
THE INTERFERENCE OF AMPLITUDES IN CASCADE PROCESSES (1952) (1)
Macroscopic theory of self-induced transparency (1973) (1)
Single-cavity SLED device (1984) (0)
Equivalent Circuit Approach to the Radome Problem. 1. Loaded Dielectrics (1954) (0)
Equivalent circuit analysis of sled (1986) (0)
Complementarity in Angular-Momentum States (1953) (0)
Variational Princiyles for Scattering Processes (0)
CALCULATION OF SCATTERING AND REACTION CROSS SECTIONS (1967) (0)
EQUIVALENT CIRCUIT APPROACH TO THE RADOME PROBLEM. III. CASCADED ARRAYS (1954) (0)
EQUIVALENT CIRCUIT APPROACH TO THE RADOME PROBLEM. II. ANALYSIS OF PLANE SLABS (1954) (0)
STUDY AND INVESTIGATION OF THE PROPAGATION OF WHISTLER MODES THROUGH THE IONOSPHERE. (1964) (0)
Note on the field of a fast, charged particle (1984) (0)
Electron trajectories in pulsed radiation fields (1987) (0)
Thomson scattering and plasma oscillations (1988) (0)

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Other Resources About Bernard Lippmann

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What Schools Are Affiliated With Bernard Lippmann?

Bernard Lippmann is affiliated with the following schools:

Bernard Lippmann's Academic­Influence.com Rankings