Walter Thirring

Q: What Schools Are Affiliated With Walter Thirring

Walter Thirring is affiliated with the following schools: University of Adelaide, University of Vienna

Walter Thirring's AcademicInfluence.com Rankings

Walter Thirring

Physics

#550

World Rank

#940

Historical Rank

physics Degrees

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Physics

Walter Thirring's Degrees

PhD Physics University of Vienna

Why Is Walter Thirring Influential?

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According to Wikipedia, Walter Eduard Thirring was an Austrian physicist after whom the Thirring model in quantum field theory is named. He was the son of the physicist Hans Thirring. Life and career Walter Thirring was born in Vienna, Austria, where he earned his Doctor of Physics degree in 1949 at the age of 22. In 1959 he became a professor of theoretical physics at the University of Vienna, and from 1968 to 1971 he was head of the Theory Division and director at CERN.

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Walter Thirring'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

A soluble relativistic field theory (1958) (644)
Systems with negative specific heat (1970) (320)
A Course in Mathematical Physics (1978) (277)
Energy level displacements in pi mesonic atoms (1954) (225)
Elementary Quantum Field Theory (1963) (205)
Quantum mechanics of atoms and molecules (1981) (141)
A Course in Mathematical Physics 3: Quantum Mechanics of Atoms and Molecules (1999) (126)
Principles of quantum electrodynamics (1958) (121)
A soluble model for a system with negative specific heat (1971) (120)
On the decay rate of the charged pion (1960) (113)
Quantum Mechanics of Large Systems (1983) (112)
Quantum Mathematical Physics (2002) (98)
Classical Mathematical Physics (1997) (80)
Classical Mathematical Physics: Dynamical Systems and Field Theories (1997) (75)
Quantum mathematical physics : atoms, molecules and large systems (2002) (75)
A Course in Mathematical Physics 3 (1981) (70)
A Course in Mathematical Physics I: Classical Dynamical Systems (1978) (67)
Free energy of gravitating fermions (1971) (63)
Classical Dynamical Systems (1978) (62)
A Family of Optimal Conditions for the Absence of Bound States in a Potential (1976) (56)
The stability of matter: From atoms to stars : selecta of Elliott H. Lieb (1991) (51)
Simple bounds to the atomic one-electron density at the nucleus and to expectation values of one-electron operators (1978) (46)
ON THE DIVERGENCE OF PERTURBATION THEORY FOR QUANTIZED FIELDS (1953) (40)
Classical field theory (1979) (39)
Regularization as a Consequence of Higher Order Equations (1950) (37)
LAGRANGIAN FORMULATION OF THE ZACHARIASEN MODEL (1962) (36)
On the mathematical structure of the B.C.S.-model (1967) (31)
A Course in Mathematical Physics 1 and 2 (1992) (27)
Negative specific heat, the thermodynamic limit, and ergodicity. (2003) (27)
Thermodynamic Instability of a System of Gravitating Fermions (1971) (27)
Dispersion relations (1959) (26)
The Use of Exterior Forms in Einstein's Gravitation Theory (1978) (25)
The Statistical Mechanics of Financial Markets (2005) (25)
On interacting spinor fields in one dimension (1958) (22)
The ? ? po + ? decay in the quark model (1965) (22)
XXVI. A covariant formulation of the Block-Nordsieck method (1951) (20)
Predictions of the static quark model on boson decays (1966) (15)
On the number of fundamental fields (1959) (15)
Rigorous methods in particle physics (1990) (14)
What is Life? The Next Fifty Years: Do the laws of Nature evolve? (1995) (11)
A search for angular correlations in τ-meson decay (1955) (8)
THEORY OF p-WAVE PION-NUCLEON INTERACTION (1957) (7)
A refined solution of two-dimensional-model theories (1967) (6)
THE MATHEMATICAL STRUCTURE OF THE BCS-MODEL AND RELATED MODELS (1969) (6)
A Course in Mathematical Physics 2 (2013) (6)
Classical dynamical systems and Classical field theory (1992) (6)
Three-field theory of strong interactions (1960) (6)
A Course in Mathematical Physics 1 (1983) (5)
γ5-invariance and fermion mass☆ (1963) (4)
Bounds of the entropy in terms of one particle distributions (1980) (3)
Why is gravitation an exciting subject? (1970) (2)
Selected Papers of Walter E. Thirring with Commentaries (1997) (2)
The Joy of Discovery: Great Encounters Along the Way (2010) (1)
THE STORY OF NEGATIVE SPECIFIC HEAT (2013) (1)
Random Walks in Finance and Physics (2005) (1)
LVIII. On a fourth-order meson-equation (1950) (1)
High Energy Physics and Big Science (1971) (1)
Quantization of Higher Order Equations (1950) (1)
Depolarization of stopped particles (1956) (1)
FIELD THEORY OF GRAVITATION. (1968) (1)
THEORY OF THE INTERNAL SPACE (1958) (1)
What has Scientific Research Achieved (2010) (0)
The Erwin Schrr Odinger International Institute for Mathematical Physics What Are the Quantum Mechanical Lyapunov Exponents What Are the Quantum Mechanical Lyapunov Exponents? (1995) (0)
The Erwin Schrr Odinger International Institute for Mathematical Physics What Are the Quantum Mechanical Lyapunov Exponents What Are the Quantum Mechanical Lyapunov Exponents? (1995) (0)
ON MESON-MESON INTERACTION (1954) (0)
Atomic systems (0)
RENORMALIZATION OF THE MESON PAIR THEORY (1955) (0)
Training and Education (1945–1959) (2010) (0)
SYMMETRIES IN QUANTUM FIELD THEORIES (1961) (0)
COHERENT MESON PROCESSES (1954) (0)
ENTROPY INCREASE AND K-SYSTEMS IN QUANTUM THEORY (1990) (0)
Turbulence and Foreign Exchange Markets (2005) (0)
ON THE INTERPRETATION OF THE INTERACTION OF LOW ENERGY $pi$ MESONS (1955) (0)
Theory of Stock Exchange Crashes (2005) (0)
$pi$ MESONS AND QUANTIZED FIELD THEORIES (1952) (0)
TRIP BEHIND THE SCHWARZSCHILD RADIUS. (1971) (0)
Report on Session 4: Natural Science (1988) (0)
MULTIPLE PRODUCTION OF MESONS BY PSEUDOSCALAR COUPLING (1954) (0)
Stolen Youth (1938–1945) (2010) (0)
When Time Emerges (2010) (0)
ON THE FREE PATH OF NEUTRINOS (1954) (0)
Dynamical Systems that Assymptotically are Highly Anticommutative (0)
A Challenge to My Own Scientific Thoughts (2003) (0)
Master Years (1959 and After) (2010) (0)
WHY IS GRAVITATION FASCINATING. (1971) (0)
Economic and Regulatory Capital for Financial Institutions (2005) (0)
Scaling in Financial Data and in Physics (2005) (0)
QUANTUM THEORY OF A DIELECTRIC AND A LASER. (1968) (0)
SOME DEVELOPMENTS OF THE QUARK MODEL. (1970) (0)
Propagator of Vector Bosons (1964) (0)
The Black-Scholes Theory of Option Prices (2005) (0)
PAIR CREATION BY MESONS (1951) (0)
Symmetry properties of elementary particles (1959) (0)
Can We Understand the Cosmic Evolution (2013) (0)
Remarks on pion nucleon scattering (1955) (0)
Microscopic Market Models (2005) (0)
ON THE COUPLING SCHEME OF MESONS (1951) (0)
[On the statistics of spring-anchored free end saddles]. (1952) (0)
ANGULAR CORRELATIONS WITH PARITY MIXING OF NUCLEAR STATES. (1966) (0)
Ergodic properties in quantum systems (1992) (0)
Why is the entropy of black holes so big (1986) (0)
PHOTOPRODUCTION OF MESONS IN ATOMIC NUCLEI (1953) (0)
ON THE FERMI-YANG THEORY OF THE PION. Scientific Note No. 4 (1960) (0)
Family Background/Childhood (1927–1938) (2010) (0)
The interpretation of quantum mechanics (1996) (0)
Basic Information on Capital Markets (2005) (0)
Institute for Mathematical Physics Spontaneously Broken Symmetries Spontaneously Broken Symmetries (2009) (0)
The Mass Defect as a Consequence of the Relativistic Equation of the Two- Body Problem (1950) (0)
HIGHLIGHTS OF MATHEMATICAL PHYSICS IN THE SECOND HALF OF THIS CENTURY (1998) (0)
Foundations of Mechanics; Mathematical Methods of Classical Mechanics; and Classical Dynamical Systems (1980) (0)
Binding and stability of Coulomb systems (2010) (0)
Return to Vienna (1971) (2010) (0)
THEORETICAL IMPLICATIONS OF THE KNOWN FACTS ABOUT GRAVITATION. (1970) (0)
Derivative Pricing Beyond Black—Scholes (2005) (0)

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Other Resources About Walter Thirring

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What Schools Are Affiliated With Walter Thirring?

Walter Thirring is affiliated with the following schools:

Walter Thirring's Academic­Influence.com Rankings