Yusuke Hagihara | Academic Influence

Yusuke Hagihara's AcademicInfluence.com Rankings

Yusuke Hagihara

Physics

#4550

Historical Rank

Astronomy

#812

Historical Rank

Astrophysics

#925

Historical Rank

physics Degrees

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Physics

Yusuke Hagihara's Degrees

PhD Astronomy University of Tokyo
Masters Physics University of Tokyo
Bachelors Physics University of Tokyo

Why Is Yusuke Hagihara Influential?

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According to Wikipedia, was a Japanese astronomer noted for his contributions to celestial mechanics. Life and work Hagihara graduated from Tokyo Imperial University with a degree in astronomy in 1921 and became an assistant professor of astronomy there two years later. In 1923 the Japanese government sent him abroad as a traveling scholar. Hagihara went to Cambridge University in England to study differential equations under the mathematician Henry Frederick Baker and relativity alongside Paul Dirac under the astrophysicist Sir Arthur Stanley Eddington. He was a visiting scholar in France, Germany, and the United States.

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Yusuke Hagihara'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

Theory of the relativistic trajectories in a gravitational field of Schwarzsc hild (1931) (63)
Celestial mechanics. Vol.1: Dynamical principles and transformation theory (1970) (32)
The Stability of the Solar System (1961) (27)
Recommendations on notation of the earth potential (1962) (20)
Theory of the Relativistic Trajeetories in a Gravitational Field of Schwarzschild (8)
Theories of equilibrium figures of a rotating homogeneous fluid mass. (1970) (7)
Libration of an Earth Satellite with Critical Inclination (1961) (5)
Recent advances of celestial mechanics in the soviet union (1972) (5)
Stability in celestial mechanics (1957) (5)
104. The Electron Velocity Distribution in the Celestial Gaseous Assemblies in Radiative Equilibrium (1944) (3)
On the general theory of libration (1944) (3)
On the stability of the satellite systems (1952) (2)
Application of Celestial Mechanics to the Theory of a Magnetron. I (1948) (2)
On the Theory of the Secular Perturbation of Higher Degrees (1)
Celestial mechanics. Vol.2, pt.1: Perturbation theory; Vol.2, pt.2: Perturbation theory (1972) (1)
A theorem concerning the dynamical systems with slow variation (1931) (1)
The Critical Inclination Case of the Satellite Motion. (1961) (1)
The Electron Velocity Distribution in the Planetary Nebulæ (1940) (1)
Electron Velocity Distribution in a Planetary Nebula (1939) (1)
A Preliminary Study on the Stability of a Certain Satellites-System (1)
On the Theory of Secular Aberration (1933) (0)
On the theory of astronomical refraction : a preliminary study (1936) (0)
Electron Velocity Distribution in a Planetary Nebula. Part VII (1941) (0)
On the Speed of the Corpuscles ejected from the Stellar Atmospheres (1936) (0)
On the Theory of the Secular Perturbution of Higher Degrees. A Correction (0)
Celestial Mechanics, Vol. 2: Perturbation Theory, Parts 1 and 2 (1973) (0)
On the Theory of Astronomical Refraction (1936) (0)
Prof. Rikiti Sekiguti (1951) (0)
Dynamics Principles And Transformation Theory Volume 1 (1970) (0)
On the Theory of the Secular perturbation of Higher Degress. Part III (0)
On the Motion of a Particle near the Bottom of a Smooth Ellipsoid under Gravity (1931) (0)
On the radiation pressure exerted on a non-stationary gaseous cloud due to a resonance line. (1963) (0)
Seiun no kanata. (1949) (0)
A proof of poisson's theorem on the invariability of the major-axes of planetary orbits (1944) (0)
Recent eclipse work in Japan (1955) (0)
Commission de la Mecanique Celeste (1967) (0)
On the Theory of the Senular Perturbation of Higher Degrees (0)
105. On the Reducibility of the Differential Equations in the n-Body Problem (1944) (0)
On the oscularing representation for a dynamical system with slow variation (1944) (0)
127. On the Oscularing Representation for a Dynamical System with Slow Variation:Second Note (1944) (0)
Application of Matrix Method to Integration Problems in Celestial Mechanics (1940) (0)
Celestial mechanics. Volume 3 - Differential equations in celestial mechanics. Part 2 (1974) (0)
An application of Cauchy's theorem of residues for functions of two variables to the expansions in planetary theory (1936) (0)
Celestial mechanics: Topology of the three-body problem. Volume 5. Parts 1 & 2 (1976) (0)
On Hansen's coefficients in the expansions for elliptic motion (1935) (0)
On the Solution of a System of Non-homogeneous Linear Differential Equations in Dynamics (0)

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