Leopold Infeld | Academic Influence

Leopold Infeld's AcademicInfluence.com Rankings

Leopold Infeld

Physics

#389

Historical Rank

physics Degrees

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Physics

Leopold Infeld's Degrees

PhD Physics University of Göttingen

Why Is Leopold Infeld Influential?

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According to Wikipedia, Leopold Infeld was a Polish physicist who worked mainly in Poland and Canada . He was a Rockefeller fellow at Cambridge University and a member of the Polish Academy of Sciences. Early life Leopold Infeld was born into a family of Polish Jews in Kraków, then part of the Austro-Hungarian Empire . He studied physics at Kraków's Jagiellonian University and from 1920 in Berlin, where he had engaged Albert Einstein's help to gain admission to the University of Berlin. He obtained a doctorate in 1921. In 1933 he left for England, then for the United States and Canada after the death of his second wife, Halina.

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Leopold Infeld'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

Quantum Theory of Fields (1949) (4381)
Foundations of the New Field Theory (1933) (1860)
The factorization method (1951) (1347)
The Gravitational equations and the problem of motion (1938) (746)
The Evolution of Physics (1938) (569)
The Evolution of Physics: The Growth of Ideas from the Early Concepts to Relativity and Quanta (1938) (269)
Motion and relativity (1960) (170)
On The Motion of Particles in General Relativity Theory (1949) (139)
The evolution of physics : from the early concepts to relativity and quanta (1967) (138)
On a New Treatment of Some Eigenvalue Problems (1941) (109)
A New Approach to Kinematic Cosmology (1945) (107)
A Note on the Kepler Problem in a Space of Constant Negative Curvature (1945) (85)
On the Motion of Test Particles in General Relativity (1949) (85)
On the Quantization of the New Field Equations. I (1934) (81)
On the Choice of the Action Function in the New Field Theory (1937) (63)
The influence of the width of the gap upon the theory of antennas (1947) (63)
On the Quantization of the New Field Theory. II (1935) (55)
Equations of Motion in General Relativity Theory and the Action Principle (1957) (53)
The Equations of Motion in Electrodynamics (1940) (49)
Equations of motion and gravitational radiation (1959) (47)
On Some Series of Bessel Functions (1947) (26)
Is there an Æther? (1952) (24)
Electromagnetic Mass (1933) (24)
The Factorization Method, Hydrogen Intensities, and Related Problems (1948) (23)
Quest: An Autobiography (1941) (22)
Radiation and Gravitational Equations of Motion (1951) (20)
CHAPTER VI – MOTION AND RADIATION (1960) (20)
The two-body problem and gravitational radiation (1969) (20)
Electromagnetic and Gravitational Radiation (1938) (19)
Whom the gods love : the story of Evariste Galois (1948) (15)
Quest : the evolution of a scientist (1941) (15)
The New Action Function and the Unitary Field Theory (1936) (14)
Albert Einstein, His Work and Its Influence on Our World. (1950) (12)
The New Einstein Theory and the Equations of Motion (1950) (11)
Radiation from systems in nearly periodic motion (1969) (8)
On the theory of Brownian motion (1940) (7)
A new group of action functions in the unitary field theory. II (1937) (7)
The New Electrodynamics and the Fine Structure Constant (1936) (6)
The Coordinate Conditions and the Equations of Motion (1953) (6)
THE WAVE EQUATION OF THE ELECTRON IN THE GENERAL RELATIVITY THEORY (1933) (5)
Clocks, Rigid Rods and Relativity Theory (1943) (5)
Relativistic theories of gravitation : proceedings of a conference held in Warsaw and Jabłonna, July, 1962 (1964) (5)
Electrodynamics without potentials (1954) (5)
A New Approach to Relativistic Cosmology (1945) (4)
CONTRIBUTIONS TO THE THEORY OF WAVE GUIDES (1949) (4)
On the mechanics of radiation (1966) (4)
The Lorentz Transformations in the New Quantum Electrodynamics (1937) (4)
Review: Peter Gabriel Bergmann, Introduction to the theory of relativity (1943) (3)
Defeat in Victory (1947) (3)
PART IV. THE IMPEDANCE OF A RECTANGULAR WAVE GUIDE WITH A THIN ANTENNA (1949) (2)
Visit to Dublin (1949) (1)
From Copernicus to Einstein (1973) (1)
Book Review:The Principles of Statistical Mechanics Richard C. Tolman (1939) (1)
Remarks on the Paper by Frenkel on Born's Theory of the Electron (1934) (1)
As I See It (1965) (1)
Problems for Solution: E451-E456 (1941) (0)
PART I. RADIATION FROM A SOURCE INSIDE A PERFECTLY CONDUCTING WAVE GUIDE OF RECTANGULAR SECTION (1949) (0)
Visit to Poland. (1949) (0)
Planck's constant and the theory of the red shift (1963) (0)
The equations of motion of a radiating electron and its Lagrangian (1964) (0)
CHAPTER III – THE NEWTONIAN AND POST-NEWTONIAN APPROXIMATION (1960) (0)
THE LAGRANGIAN IN GENERAL RELATIVITY THEORY (G.R.T.) AND RADIATION (1963) (0)
The world in modern science : matter and quanta (0)
International Conference on the Theory of Gravitation (1965) (0)
Makers of modern science : a twentieth century library trilogy (1953) (0)
CHAPTER V – THE ONE AND TWO PARTICLE PROBLEMS (1960) (0)
CHAPTER IV – THE VARIATIONAL PRINCIPLE AND THE EQUATIONS OF MOTION OF THE THIRD KIND (1960) (0)
Prof. Stanislaw Loria (1958) (0)
Quantum Mechanics (1949) (0)
Freedom for Science (1962) (0)
Albert Einstein (1956) (0)
Book Review: Defeat in Victory (1947) (0)
THE APPROXIMATION METHOD AND THE EQUATIONS OF MOTION (1960) (0)
CHAPTER I – GRAVITATIONAL INTERACTION AND THE GENERAL THEORY OF MOTION (1960) (0)
NUCLEAR WAR: An Appeal to Scientists and the Public (1955) (0)
Visit to England (1949) (0)
Gap Problem in Antenna Theory (1956) (0)
EXTRACT 5 – On the Motion of Particles in General Relativity Theory† (1973) (0)
SIMPLE FORMULA FOR ENERGY RADIATION. (1967) (0)
Briefly Reviewed. (Book Reviews: External Morphology of the Primate Brain; Introducing the Insect) (1950) (0)
Theory of the Red Shift and the Nature of Planck's Constant (1961) (0)
EINSTEIN'S NEW THEORY. (1929) (0)
"UNIFORMLY ACCELERATED" MOTION AND RELATIVITY (1963) (0)

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