Gregory Wannier
#29,608
Most Influential Person Across History
Swiss physicist
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Physics
Gregory Wannier's Degrees
- PhD Physics University of Zurich
Why Is Gregory Wannier Influential?
(Suggest an Edit or Addition)According to Wikipedia, Gregory Hugh Wannier was a Swiss physicist. He developed a complete set of orthogonal functions known as the Wannier functions which became tools of the trade for solid-state theorists. He also had made contributions to ferromagnetic theory via the Ising model. The Kramers–Wannier duality yields the exact location of the critical point for the Ising model on the square lattice.
Gregory Wannier'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
- The Structure of Electronic Excitation Levels in Insulating Crystals (1937) (1400)
- Statistics of the Two-Dimensional Ferromagnet. Part II (1941) (1213)
- Antiferromagnetism. The Triangular Ising Net (1950) (839)
- The Threshold Law for Single Ionization of Atoms or Ions by Electrons (1953) (788)
- Wave Functions and Effective Hamiltonian for Bloch Electrons in an Electric Field (1960) (507)
- Motion of gaseous ions in strong electric fields (1953) (479)
- Dynamics of Band Electrons in Electric and Magnetic Fields (1962) (415)
- A contribution to the hydrodynamics of lubrication (1950) (197)
- Scattering of Ions by Polarization Forces (1954) (194)
- The Statistical Problem in Cooperative Phenomena (1945) (185)
- Spherical Model of a Ferromagnet (1952) (176)
- Magnetic subband structure of electrons in hexagonal lattices (1979) (158)
- A Result Not Dependent on Rationality for Bloch Electrons in a Magnetic Field (1978) (149)
- Elements of solid state theory (1959) (146)
- Threshold Law for Multiple Ionization (1955) (112)
- On the Motion of Gaseous Ions in a Strong Electric Field. I (1951) (99)
- Stark Ladder in Solids? A Reply (1969) (63)
- Motion of Gaseous Ions in a Strong Electric Field. II (1952) (53)
- Manetoelectronic Denisty of States for a Model Crystal (1979) (50)
- DECOUPLING OF BLOCH BANDS IN THE PRESENCE OF HOMOGENEOUS FIELDS (1962) (47)
- On a class of polynomials orthogonal over a denumerable set (1956) (45)
- Bloch Electrons in Irrational Magnetic Fields (1974) (39)
- Zero-Field Susceptibility of Bloch Electrons (1964) (35)
- Theory of Electron Tunneling in Semiconductor Junctions (1962) (35)
- Energy Eigenvalues for the Coulomb Potential with Cut-Off. Part I. (1943) (34)
- Observation of Stark Splitting of Energy Bands by Means of Tunnelling Transitions (1960) (34)
- Possibility of a Zener Effect (1955) (31)
- PROBABILITY OF VIOLATION OF THE EHRENFEST PRINCIPLE IN FAST PASSAGE (1965) (30)
- On an anomaly in the mobility of gaseous ions (1970) (29)
- OBSERVATIONS ON THE SPHERICAL MODEL OF A FERROMAGNET (1965) (29)
- On a Conjecture about Diffusion of Gaseous Ions (1973) (21)
- The Deflection of Charged Particles in a Ferromagnetic Medium (1947) (20)
- Theorem on the Magnetoconductivity of Metals (1972) (20)
- Transforming Gaussians into Wannier functions (1978) (18)
- Connection formulas between the solutions of Mathieu’s equation (1953) (15)
- On the Energy Band Structure of Insulators (1949) (14)
- Cross Sections for Ion-Atom Collisions in He, Ne, and A (1951) (13)
- Derivation of the Davydov Distribution from the Boltzmann Equation (1971) (12)
- Stark Spectrum of HDO (1948) (12)
- Quantum Numbers for Bloch Electrons in a Magnetic Field (1980) (12)
- Invariance Properties of a Proposed Hamiltonian for Bloch Electrons in a Magnetic Field (1975) (11)
- Are Bloch Bands at Finite Field Adiabatically Connected to Those at Zero Field (1968) (10)
- Closure of Bands for Bloch Electrons in a Magnetic Field (1978) (10)
- Bloch Electrons in Magnetic Fields. Rationality, Irrationality, Degeneracy (1976) (10)
- Melting as an Order‐Disorder Transition (1939) (8)
- Relaxation Spectrum of Phonons: A Solvable Model (1971) (6)
- Cohesive Force of Metals (1969) (6)
- Bloch electrons in a magnetic field: Reduction to one dimension (1980) (5)
- Theory of stark ladders in the optical absorption of solids (1974) (5)
- Wannier Functions from Landau Functions (1984) (3)
- An Improved Wigner-Seitz Method for the Calculation of Electronic Energy Bands (1938) (3)
- The Nature of Solids (1952) (2)
- Quantum-Mechanical Proof of the Second Law (1965) (1)
- Observations on Generalized Forces in Solids (1971) (1)
- An Observation on Heat Sources Placed at Random on a Surface (1948) (1)
- Quantum Theory of Solids. C. Kittel. Wiley, New York, 1963. xii + 435 pp. Illus. $13.50 (1964) (1)
- ON THE SUPERPOSITION OF PERIODIC POTENTIALS AND HOMOGENEOUS FIELDS. Technical Report No. 1 (1961) (0)
- Equivalent Two-Body Interactions with Specified Bound-State Wave Functions (1972) (0)
- The Magnetic Field Inside a Ferromagnet (1945) (0)
- Magnetoresistance of a free electron gas (1972) (0)
- A NOTE ON THE SPECTRUM OF THE LINEARIZED BOLTZMANN EQUATION FOR THE HARD SPHERE CASE. (1967) (0)
- MAGNETIC SUSCEPTIBILITY OF ELECTRONS IN A SIMPLE BLOCH BAND. Technical Report No. 3 (1962) (0)
- Some remarks on the statistics of binary systems (1943) (0)
- Solid-State Physics: Quantum Theory of Solids . C. Kittel. Wiley, New York, 1963. xii + 435 pp. Illus. $13.50. (1964) (0)
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