John C. Slater
#1,990
Most Influential Person
American physicist
Why Is John C. Slater Influential?
(Suggest an Edit or Addition)According to Wikipedia, John Clarke Slater was a noted American physicist who made major contributions to the theory of the electronic structure of atoms, molecules and solids. He also made major contributions to microwave electronics. He received a B.S. in Physics from the University of Rochester in 1920 and a Ph.D. in Physics from Harvard in 1923, then did post-doctoral work at the universities of Cambridge and Copenhagen. On his return to the U.S. he joined the Physics Department at Harvard.
John C. Slater'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 Papers
- Simplified LCAO Method for the Periodic Potential Problem (1954) (3240)
- A Simplification of the Hartree-Fock Method (1951) (2982)
- Quantum Theory of Molecules and Solids (1951) (2077)
- Atomic Shielding Constants (1930) (2033)
- Atomic Radii in Crystals (1964) (1678)
- Quantum Theory of Atomic Structure (1960) (1043)
- The self-consistent field for molecules and solids (1974) (814)
- The Van Der Waals Forces in Gases (1931) (791)
- Statistical Exchange-Correlation in the Self-Consistent Field (1972) (784)
- Introduction to chemical physics (1933) (643)
- Self-Consistent-Field X α Cluster Method for Polyatomic Molecules and Solids (1972) (629)
- The Theory of Complex Spectra (1929) (615)
- Quantum Theory of Molecules and Solids Vol. 4: The Self‐Consistent Field for Molecules and Solids (1974) (583)
- Wave Functions in a Periodic Potential (1937) (540)
- Theory of the Transition in KH2PO4 (1941) (496)
- Magnetic Effects and the Hartree-Fock Equation (1951) (451)
- The Lorentz Correction in Barium Titanate (1950) (359)
- Note on Hartree's Method (1930) (342)
- The Virial and Molecular Structure (1933) (325)
- Simplified Impurity Calculation (1954) (321)
- The Ferromagnetism of Nickel (1936) (313)
- Field strength measurements in resonant cavities (1952) (307)
- Molecular Energy Levels and Valence Bonds (1931) (242)
- Quantum Theory of Matter (1952) (239)
- Directed Valence in Polyatomic Molecules (1931) (219)
- The Ferromagnetism of Nickel. II. Temperature Effects (1936) (218)
- Electrons in perturbed periodic lattices (1949) (195)
- Cohesion in Monovalent Metals (1930) (192)
- Nonintegral Occupation Numbers in Transition Atoms in Crystals (1969) (188)
- LXXVI. The quantum theory of radiation (1924) (157)
- Comparison of Several Exchange Potentials for Electrons in the Cu + Ion (1969) (154)
- Wave Functions for Impurity Levels (1954) (148)
- Barrier Theory of the Photoconductivity of Lead Sulfide (1956) (147)
- Hellmann‐Feynman and Virial Theorems in the X α Method (1972) (137)
- A Soluble Problem in Energy Bands (1952) (133)
- The calculation of molecular orbitals (1979) (126)
- Electronic Energy Bands in Metals (1934) (121)
- The Normal State of Helium (1928) (120)
- Analytic Atomic Wave Functions (1932) (116)
- The Thomas-Fermi Method for Metals (1935) (114)
- One-Electron Energies of Atoms, Molecules, and Solids (1955) (111)
- Electronic structure of molecules (1963) (105)
- Electronic Structure of Alloys (1937) (105)
- Ferromagnetism and the Band Theory (1953) (95)
- Suggestions from Solid‐State Theory Regarding Molecular Calculations (1965) (91)
- Note on Orthogonal Atomic Orbitals (1951) (90)
- A Generalized Self-Consistent Field Method (1953) (89)
- Insulators, semiconductors and metals (1967) (89)
- The electronic structure of metals (1934) (89)
- An Augmented Plane-Wave Method for the Periodic Potential Problem. II (1953) (88)
- Radiation and Atoms (1924) (84)
- The Self Consistent Field and the Structure of Atoms (1928) (82)
- Optical Absorption by the Alkali Halides (1936) (78)
- Compressibility of the Alkali Halides (1924) (77)
- Interaction of Waves in Crystals (1958) (75)
- The Design of Linear Accelerators (1948) (74)
- Damped Electron Waves in Crystals (1937) (68)
- Symmetry and energy bands in crystals (1972) (68)
- The Effects of Radiation on Materials (1951) (65)
- Note on Superlattices and Brillouin Zones (1951) (60)
- Note on Grüneisen's Constant for the Incompressible Metals (1940) (60)
- Quantum Theory of Molecules and Solids, Vol. 1: Electronic Structure of Molecules (1964) (60)
- Calculation of the magnetization and total energy of vanadium as a function of lattice parameter (1973) (55)
- Energy Band Calculations by the Augmented Plane Wave Method (1964) (54)
- Quantum chemistry and catalysis (1974) (54)
- Central Fields and Rydberg Formulas in Wave Mechanics (1928) (53)
- ELECTRONIC STRUCTURE OF POLYATOMIC MOLECULES (1964) (50)
- The Theory of Ferromagnetism: Lowest Energy Levels (1937) (44)
- A Two-Electron Example of Ferromagnetism (1953) (41)
- Solid-state and molecular theory : a scientific biography (1975) (40)
- The Quantum Theory of the Equation of State (1931) (38)
- Symmetry and Free Electron Properties of the Gallium Energy Bands (1962) (38)
- Surface impedance of normal and superconductors at 24,000 megacycles per second (1949) (38)
- The Structure of the Helium Atom: I. (1927) (34)
- Note on Molecular Structure (1932) (34)
- Green's-Function Method in the Energy-Band Problem (1966) (33)
- Quantum Theory of Molecules and Solids, Volume 3: Insulators, Semiconductors, and Metals (1969) (33)
- Energy‐Band Theory of Magnetism (1968) (32)
- Note on the interatomic spacings in the ions, I3−, FHF− (1959) (32)
- Introduction to theoretical physics (1935) (32)
- Exchange in Spin-Polarized Energy Bands (1968) (32)
- Augmented Plane Wave Method: A Guide to Performing Electronic Structure Calculations (1967) (29)
- Theory of Inelastic Scattering of Electrons from Solids (1936) (28)
- The Nature of the Superconducting State (1937) (27)
- Determination of Field Strength in a Linear Accelerator Cavity (1952) (27)
- Average Energy of States of Given Multiplicities in Atoms (1968) (26)
- The phasing of magnetrons (1947) (24)
- Studies of the Statistical Exchange Approximation in First-Transition-Row Atoms and Ions:Mn+2Ion (1970) (22)
- Molecular Orbital and Heitler—London Methods (1965) (21)
- The Nature of the Superconducting State. II (1937) (20)
- Modes in a Maser Interferometer with Curved and Tilted Mirrors (1961) (19)
- Space Groups and Wave-Function Symmetry in Crystals (1965) (18)
- The Electronic Structure of Atoms-The Hartree-Fock Method and Correlation (1963) (17)
- The Nature of Radiation (1925) (15)
- A Quantum Theory of Optical Phenomena (1925) (15)
- Physical meaning of wave mechanics (1929) (15)
- The Effect of Chemical Combination on the Internal Conversion in Tc (1951) (15)
- The Self-Consistent Field Method for Crystals (1971) (14)
- The current state of solid‐state and molecular theory (1967) (13)
- Solid-State And Molecular Theory (1975) (12)
- Light Quanta and Wave Mechanics (1928) (11)
- The M.I.T. Linear Electron Accelerator (1952) (11)
- Energy bands in solids (1968) (11)
- Measurement of the Compressibility of the Alkali Halides (11)
- Methods for Determining Transition Probabilities from Line Absorption (1925) (10)
- Interpretation of the Hydrogen and Helium Spectra. (1925) (10)
- Radiation and Absorption on Schrödinger's Theory. (10)
- A Dynamical Model for Complex Atoms (1926) (9)
- Line Breadths and Absorption Probabilities in Sodium Vapor (1925) (9)
- Spinning Electrons and the Structure of Spectra (1926) (8)
- Note on the Effect of Pressure on the Curie Point of Iron-Nickel Alloys (1940) (8)
- The History of the Xα Method (1974) (7)
- Particle Dynamics in the Linear Accelerator (1952) (7)
- Concepts and development of quantum physics (1969) (6)
- Excited energy levels of insulating crystals (1938) (6)
- Superconductivity of Lead at 3-Cm Wave-Length (1946) (6)
- Note on the space part of anti-symmetric wave functions in the many-electron problem (1970) (6)
- ELECTRONIC STRUCTURE OF ATOMS AND MOLECULES (1953) (5)
- Alternating Intensities in Band Lines (1926) (5)
- ELECTROMAGNETIC RESONANT BEHAVIOR OF A CONFOCAL SPHEROIDAL CAVITY SYSTEM IN THE MICROWAVE REGION. Technical Report No. 206 (1951) (4)
- Electrodynamics of ponderable bodies (1938) (4)
- The Electron Theory of Solids (1951) (4)
- Physics and the wave equation (1946) (3)
- Note on the Structure of the Groups XO 3 (1931) (3)
- Electromagnetic waves in iris-loaded wave-guides (1947) (3)
- Action of Radiation and Perturbations on Atoms. (1927) (2)
- The Physics of Metals (1949) (2)
- The solid state (1952) (2)
- TRANSITION PROBABILITIES AND FRACTIONAL OCCUPATION NUMBERS IN ATOMS. (1971) (2)
- IUPAP Executive Committee (1952) (2)
- High Energy Accelerators: Linear Accelerators (1952) (2)
- The MIT International Conference on the Physics of Very Low Temperatures, September 6-10, 1949. (1949) (1)
- Modern Electronic Techniques Applied to Physics and Engineering (1947) (1)
- The Tape Recordings of Important Speeches (1953) (1)
- P. W. Bridgman and High-Pressure Physics. (1965) (1)
- Cases and Statutes on Criminal Law (1981) (1)
- The theory of symmetrical waveguide T's (1947) (1)
- Structure and polarization of atoms and molecules (1950) (1)
- THE ELECTRON THEORY OF METALLIC CONDUCTION. (1933) (1)
- Discussion on Atomic Spectra (1963) (1)
- International Conference on Current Problems in Crystal Physics (1958) (1)
- NEW METHODS IN THE THEORY OF MOLECULES AND SOLIDS (1972) (0)
- Electrons, atoms, metals, and alloys (1956) (0)
- The Electronic Structure of Solids (1956) (0)
- DETERMINATION OF AXIAL FIELD STRENGTH IN A LINEAR ACCELERATOR CAVITY. (Technical Report No. 205) (1951) (0)
- Cohesion in Monovalent Metals (Reprinted from The Physical Review 35, 509-529 (1930)) (1966) (0)
- The calculation of atomic structures by D. R. Hartree (1958) (0)
- Power Series Methods for Cellular Calculations on Atoms, Molecules and Solids (1976) (0)
- Presentation of Bingham medal to P. W. Bridgman (1952) (0)
- ON THE SLATER'$ LINEARIZED VERSION OF THE APW METHOD (0)
- STATISTICAL EXCHANGE AND THE HEISENBERG EXCHANGE INTEGRAL (1972) (0)
- Why has he changed (1969) (0)
- Linear-Accelerator Program (1949) (0)
- Mechanics / John C. Slater, Nathaniel H. Frank (1947) (0)
- Modern physics / John C. Slater (1955) (0)
- ELECTRONIC STRUCTURE OF SOLIDS II: THE PERTURBED PERIODIC LATTICE (1953) (0)
- BOOK AND FILM REVIEWS: For the Undergraduate Physics Major: Concepts and Development of Quantum Mechanics (1970) (0)
- Physically Degenerate Systems and Quantum Dynamics (1925) (0)
- PARTICLE DYNAMICS IN THE LINEAR ACCELERATOR (Technical Report No. 204) (1951) (0)
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