Leigh Page

Q: What Schools Are Affiliated With Leigh Page

Leigh Page is affiliated with the following schools: Yale University, California Institute of Technology, Stanford University

Leigh Page's AcademicInfluence.com Rankings

Leigh Page

Physics

#4580

Historical Rank

physics Degrees

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Physics

Leigh Page's Degrees

PhD Physics Stanford University

Why Is Leigh Page Influential?

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According to Wikipedia, Leigh Page was an American theoretical physicist. Chairman of Mathematical Physics at the Sloane Physics Laboratory of Yale University for over three decades, he is the namesake of Yale's Leigh Page Prize Lectures.

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Leigh Page'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

Introduction to Theoretical Physics (1953) (111)
Principles of Electricity (1959) (91)
Action and Reaction Between Moving Charges (1945) (90)
The Nature of the Physical World (1929) (80)
Is a Moving Mass Retarded by the Reaction of its own Radiation (1918) (41)
Deflection of Electrons by a Magnetic Field on the Wave Mechanics (1930) (30)
The Electrical Oscillations of a Prolate Spheroid. Paper I (1938) (28)
A New Relativity. Paper 1. Fundamental Principles and Transformations Between Accelerated Systems (1936) (27)
Diode Space Charge for Any Initial Velocity and Current (1949) (22)
Space Charge in Plane Magnetron (1946) (22)
Space Charge between Coaxial Cylinders (1945) (21)
Advanced Potentials and their Application to Atomic Models (1924) (16)
On the Aberration of Light (16)
Electromagnetic Waves in Conducting Tubes (1937) (15)
Space Charge in Cylindrical Magnetron (1946) (14)
The Electrical Oscillations of a Prolate Spheroid. Paper II Prolate Spheroidal Wave Functions (1944) (14)
Theory of the Motion of Electrons Between Co-axial Cylinders Taking into Account the Variation of Mass with Velocity. (1921) (9)
A New Relativity. Paper II. Transformation of the Electromagnetic Field Between Accelerated Systems and the Force Equation (1936) (8)
The Electrical Oscillations of a Prolate Spheroid. Paper III The Antenna Problem (1944) (7)
The Magnetic Antenna (1946) (7)
Magnetized Spheroid Immersed in a Permeable Medium (1933) (5)
Principles of Electricity: an Intermediate Text in Electricity and Magnetism (1932) (5)
ELECTROMAGNETIC EQUATIONS AND SYSTEMS OF UNITS (1932) (5)
Magnetic Moments at High Frequencies (1941) (4)
E.M.F. INDUCED IN A STRAIGHT WIRE BY A CURRENT IN A PARALLEL STRAIGHT CONDUCTOR. (1927) (3)
Torque on a Cylindrical Magnet through which a Current is Passing (1924) (3)
Some Common Misconceptions in the Theory of Electricity (1935) (3)
Theoretical Physics. (Scientific Books: Introduction to Theoretical Physics) (1934) (2)
The Curvature of Photographic Plates. (1942) (2)
The Balmer Law as an Equation of Motion (1925) (2)
A Generalization of Electrodynamics with Applications to the Structure of the Electron and to Non-Radiating Orbits. (1921) (2)
Comments on Robertson's Interpretation (1936) (2)
Radiation Pressure on Electrons and Atoms (1920) (2)
Is a Moving Star Retarded by the Reaction of Its Own Radiation? (1918) (2)
Magnetization in Weak Fields as a Function of Frequency (1923) (2)
Dispersion of Light by an Electron Gas (1923) (2)
Gravitational Deflection of High-speed Particles (2)
Radiation from a Group of Electrons (1922) (1)
Relativity and the ether (1914) (1)
The Motion of Ions in Constant Fields (1929) (1)
Conductivity of Ions in Crossed Electric and Magnetic Fields (1929) (1)
A general survey of the present status of the atomic structure problem : report of the Committee on Atomic Structure of the National Research Council (1)
The principle of general relativity and Einstein's theory of gravitation (1)
A proposed reformulation of the electromagnetic equations and revision of units (1934) (1)
The Problem of the Rotating Magnet (1932) (1)
Some aspects of the electromagnetic field (1942) (1)
Gravitational Deflection of High-speed Particles. (1920) (1)
Proof of the Invariance under the Lorentz Transformation of the Equation of Motion of the Electron (1924) (1)
A century's progress in physics (1918) (1)
XXVI. Three-dimensional periodic orbits in the field of a non-neutral dipole (1930) (1)
The Distribution of Energy in the Normal Radiation Spectrum (1916) (0)
Theory of the Magnetron Taking into Account the Variation of the Mass of the Electron with Velocity (1925) (0)
Note on "Forces on a Rigid Magnetized Conductor" (1926) (0)
Review: F. B. Pidduck, Lectures on the Mathematical Theory of Electricity (1938) (0)
Effect of the Earth'S Magnetic and Electric Fields on Ion Paths in the Upper Atmosphere (1929) (0)
The Motion of an Electrical Doublet (1918) (0)
Book Review: Lectures on the Mathematical Theory of Electricity (1938) (0)
Relativity and a Rotating Disk (1921) (0)
ON THE RELATIVITY MOTION OF MERCURY. (1924) (0)
Kinematic relativity. (1950) (0)
A single straight conductor as a new Fundamental. A rejoinder (1926) (0)
Relativity and Miller's Repetition of the Michelson-Morley Experiment (1926) (0)
Wave Mechanics of Deflected Electrons (1930) (0)
Review: Joseph Larmor, Origins of Clerk Maxwell's Electric Ideas as Described in Familiar Letters to William Thomson (1938) (0)
Effect of the Earth's Electric and Magnetic Fields on Ions in the Atmosphere (1930) (0)
Electromagnetic Waves in Absorbing Media (1922) (0)
Note on Electron Theory of the Hall Effect (1924) (0)
Review: J. Frenkel, Wave Mechanics. Elementary Theory (1933) (0)
Equivalent Particle-Observers (1937) (0)
Three Books on Wave Mechanics (1929) (0)
Modern Physics: Introduction to Modern Physics . By F. K. Richtmyer and E. H. Kennard. Third edition. xv + 723 pp. 234 figures. New York and London: McGraw-Hill Book Company. 1942. $5.00. (1943) (0)
On the Relativity Motion of Mercury (1924) (0)
XCIX. Note on the field of a magnet immersed in a permeable medium (1948) (0)
Book Review: Origins of Clerk Maxwell's Electric Ideas as Described in Familiar Letters to William Thomson (1938) (0)
A Kinematical Interpretation of Electromagnetism. (1920) (0)
Momentum Relations in Crossed Fields (1932) (0)
The Nature of Physical Theory (1932) (0)
Intrinsic Magnetic Fields (1923) (0)

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What Schools Are Affiliated With Leigh Page?

Leigh Page is affiliated with the following schools:

Leigh Page's Academic­Influence.com Rankings