Eugene Feenberg
American physicist
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(Suggest an Edit or Addition)According to Wikipedia, Eugene Feenberg was an American physicist who made contributions to quantum mechanics and nuclear physics. Education In 1929, Feenberg graduated from the University of Texas at Austin in three years, first in his class; he majored in physics and mathematics. Upon the urging of one of his professors, C. P. Boner, Feenberg then went to Harvard University to study with Edwin C. Kemble for a doctorate in physics. While at Harvard, during 1930 and 1931, he also worked part-time at a Raytheon laboratory, as the Great Depression was in full swing. In 1931, Harvard awarded him a Parker Traveling Fellowship; he left for Europe in the fall of that year. During his stay in Europe, he studied with Arnold Sommerfeld at the Ludwig Maximilian University of Munich, Wolfgang Pauli at the Eidgenössische Technische Hochschule Zürich, and Enrico Fermi at the University of Rome.
Eugene Feenberg's Published Works
Published Works
- Theory of Quantum Fluids (1970) (431)
- Perturbation method for low states of a many-particle boson system (1961) (115)
- The Interpretation of Comparative Half-Lives in the Fermi Theory of Beta-Decay (1950) (105)
- A Note on Perturbation Theory (1948) (102)
- ENERGY SPECTRUM OF ELEMENTARY EXCITATIONS IN HELIUM II (1962) (98)
- Interaction of Cosmic-Ray Primaries with Sunlight and Starlight (1948) (88)
- The Ground State of Liquid He4 (1962) (78)
- The Scattering of Slow Electrons by Neutral Atoms (1932) (72)
- FIRST-FORBIDDEN BETA-DECAY MATRIX ELEMENTS (1952) (69)
- REFINEMENT OF THE BRILLOUIN-WIGNER PERTURBATION METHOD (1956) (67)
- Nuclear Shell Structure (1949) (65)
- Theory of the Fermion Liquid (1962) (61)
- Paired-phonon analysis for the ground state and low excited states of liquid helium (1969) (60)
- Invariance Property of the Brillouin-Wigner Perturbation Series (1956) (59)
- Simplified Treatment for Strong Short-Range Repulsions inN-Particle Systems. I. General Theory (1959) (59)
- Symmetry properties of nuclear levels (1941) (47)
- On the Structure of the Nuclei Between Helium and Oxygen (1937) (44)
- Analysis of the Schrödinger energy series (1958) (41)
- Semi-Empirical Theory of the Nuclear Energy Surface (1947) (40)
- On the Structure of Light Nuclei (1937) (38)
- Shell Theory Of The Nucleus (1953) (33)
- GROUND STATE OF LIQUID HELIUM (MASS 4) (1961) (32)
- Continued Fraction Approximants to the Brillouin-Wigner Perturbation Series (1957) (29)
- The Possibility of the Same Form of Specific Interaction for All Nuclear Particles (1936) (27)
- Ground state of an interacting boson system (1974) (25)
- Nuclear Shell Models (1950) (24)
- Ground State and Low Excited States of a Boson Liquid with Applications to the Charged Boson System (1965) (24)
- Possibility of "Conditional" Saturation in Nuclei (1946) (22)
- PERTURBATION PROCEDURE FOR BOUND STATES OF NUCLEI (1956) (21)
- Does the Alpha-Particle Possess Excited States? (1936) (21)
- Conventionality in distant simultaneity (1974) (20)
- Density matrix of liquid 4He at low temperatures (1972) (20)
- COMMENTS ON LONG-WAVELENGTH EXCITATIONS AND STRUCTURE FUNCTIONS IN THE THEORY OF LIQUID $sup 4$He AT T = 0. (1971) (19)
- Low Excited States and Statistical and Transport Properties of Liquid He 3 (1968) (19)
- Matrix Elements of a Fermion System in a Representation of Correlated Basis Functions (1965) (18)
- On the Shape and Stability of Heavy Nuclei (1939) (17)
- Microscopic Quantum Theory of the Helium Liquids (1970) (17)
- Neutron-Proton Interaction. Part I. The Binding Energies of the Hydrogen and Helium Isotopes (1935) (15)
- Symmetry Effects in the Spacing of Nuclear Energy Levels (1938) (14)
- Theory of a He 3 Atom in Liquid He 4 at T=0 (1969) (14)
- Non-Uniform Particle Density in Nuclear Structure (1941) (14)
- The Relation between Nodal Positions and Standing Wave Ratio in a Composite Transmission System (1946) (14)
- Nuclear Shell Structure and Isomerism (1949) (13)
- Notes on the j-j Coupling Shell Model (1949) (13)
- Three-phonon vertex in the description of the ground state of liquid He4 (1969) (12)
- On the Born-Infeld Field Theory of the Electron (1935) (11)
- A NOTE ON RAINWATER'S SPHEROIDAL NUCLEAR MODEL (1951) (11)
- Further Refinements on the Brillouin-Wigner Perturbation Procedure (1957) (9)
- Theory of Nuclear Surface Energy (1941) (8)
- Theory of Nuclear Coulomb Energy (1946) (8)
- THE INTERPRETATION OF THE K$sup 42$ RADIOACTIVITY (1949) (8)
- Sum rules, dynamic form factor, and elementary excitations in liquid 4He☆ (1971) (8)
- THEORY OF SCATTERING PROCESSES (1948) (8)
- MATRIX ELEMENTS IN SUPERALLOWED TRANSITIONS (1955) (8)
- π± → π0 + e ± + v + 8mec 2? (1958) (7)
- Approach to a uniform theory of the liquid and solid phases of4He at absolute zero (1974) (6)
- Necessary Condition on the Radial Distribution Function (1965) (6)
- The Detonation of Nitrogen Iodide by Nuclear Fission (1939) (6)
- Notes on the three-particle distribution function of an extended uniform system☆ (1967) (6)
- Variance of H in the Bijl-Feynman Description of an Elementary Excitation (1968) (6)
- Further Remarks on the Saturation Property of Nuclear Forces (1937) (5)
- Theory of Small Signal Bunching in a Parallel Electron Beam of Rectangular Cross Section (1946) (5)
- Necessary Conditions on Radial Distribution Functions (1967) (5)
- The Approximate Solution of Nuclear Three and Four Particle Eigenvalue Problems (1936) (5)
- DEVIATIONS FROM LS COUPLING IN THE SPHEROIDAL CORE NUCLEAR MODEL (1953) (5)
- Distant synchrony and the one-way velocity of light (1979) (4)
- The Scattering of Slow Electrons. Part II (1932) (4)
- On Relativity Corrections in the Theory of the Deuteron (1936) (4)
- Nonorthogonality corrections in the method of correlated basis functions (1973) (4)
- Note on Proposed Schemes for Nuclear Shell Models (1949) (4)
- On the Saturation Property of Nuclear Forces (1937) (3)
- A Note on the Density and Compressibility of Nuclear Matter (1941) (3)
- The Spacing of Energy Levels in Light Nuclei (1938) (3)
- Neutron-Proton Interaction. Part II. The Scattering of Neutrons by Protons (1935) (2)
- Recent Developments in the Theory of Nuclear Structure (1952) (2)
- Orbit to the Sun (1960) (2)
- Comment on Dispersion of Phonons in Liquid 4 He (1970) (2)
- SUPERALLOWED BETA TRANSITIONS IN THE N - Z = 3 SERIES (1955) (2)
- Elementary Treatment of Longitudinal Debunching in a Velocity Modulation System (1946) (2)
- Time Dilatation and Doppler Effect (1957) (1)
- A Note on the Thomas-Fermi Statistical Method (1937) (1)
- Doppler Effect and Time Dilatation (1959) (1)
- Ordering principle for cluster expansions in the theory of quantum fluids, dense gases, and simple classical liquids (1982) (1)
- Inertia of Energy (1960) (1)
- A Lower Limit to the Normal State Eigenvalue of the Nuclear Three-Body Problem (1936) (1)
- A Symmetry Principle in the Fermi Theory of Beta-Decay (1951) (1)
- The Interaction Between Neutrons and the Mass of the Neutron (1934) (1)
- ADDENDUM TO ''THEORY OF A $sup 3$He ATOM IN LIQUID $sup 4$He AT T = 0''. (1969) (0)
- A commutation rule in quantum mechanics (1930) (0)
- THEORETICAL AND EXPERIMENTAL STUDIES IN NUCLEAR PHYSICS (1961) (0)
- Coulomb Exchange Energy in Light Nuclei (1941) (0)
- Sum Rules, Dynamic Form Factor, and Elementary Excitations in Liquid 4 He (1972) (0)
- A General System of Ordinary Differential Equations of the First Order (1930) (0)
- The Representation of Single Particle Operators in Two-Particle Form (1946) (0)
- The Excitation Energy Difference inLi7—Be7 (1951) (0)
- Description of uniform many-particle systems in density operator function space (1980) (0)
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