Hirotaka Sugawara | Academic Influence

Hirotaka Sugawara's AcademicInfluence.com Rankings

Hirotaka Sugawara

Physics

#3399

World Rank

#4845

Historical Rank

physics Degrees

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Physics

Hirotaka Sugawara's Degrees

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

Why Is Hirotaka Sugawara Influential?

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According to Wikipedia, is a Japanese physicist, specializing in the theoretical study of particle physics. He is known for the "Lee-Sugawara relation" and "A Field Theory of Currents" aka "Sugawara Construction" of the energy-momentum tensor.

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Hirotaka Sugawara'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 Field Theory of Currents (1968) (245)
Discrete symmetry and Cabibbo angle (1978) (215)
Zero-Parameter Model of the N − N Potential (1968) (125)
Permutation symmetries and the fermion mass matrix (1982) (112)
Muon and Electron Number Nonconservation in a V-A Gauge Model (1977) (109)
APPLICATION OF CURRENT COMMUTATION RULES TO NONLEPTONIC DECAY OF HYPERONS (1965) (105)
Mass of the t-quark in SU(2) × U(1) (1979) (92)
A New Triangle Relation for Nonleptonic Hyperon Decay Amplitudes as a Consequence of the Octet Spurion and the R Symmetry (1964) (73)
Extended model of elementary particles based on an analogy with superconductivity (1974) (55)
Erratum: Permutation symmetries and the fermion mass matrix (Physical Review D (1984) 29, 9 (2135)) (1984) (52)
CP nonconservation and rare processes in an S4 model of permutation symmetry (1984) (37)
Neutrino masses, mixing, and oscillations in the S4 model of permutation symmetry (1984) (35)
CP violation in the six-quark model (1976) (24)
Theory of Currents-How to Break the Symmetry (1968) (21)
VECTOR-MESON COUPLINGS TO THE BARYONS (1966) (15)
Broken S3 symmetry in flavor physics (2010) (12)
BREAKDOWN OF THE POMERANCHUK THEOREM AND THE BEHAVIOR OF THE LEADING J- PLANE SINGULARITY. (1970) (11)
Theorems on Pomeron coupling (1971) (8)
THEORY OF CURRENTS, sigma MODEL, AND THE SPHERICAL TOP IN THE INTERNAL SPACE. (1968) (8)
Gauge-independent computation of t-quark mass (1982) (7)
Dynamical calculation of quark, lepton, and gauge-boson masses (1984) (7)
Nonleptonic decay of hyperons (1964) (5)
Bound State Problem and the Determination of Coupling Constants (1963) (4)
Photoemission of potassium chloride in the photon energy region 10 to 40 eV (1970) (4)
Fourth generation of quarks and leptons (1980) (4)
Peripheral Regge Pole Model in the Direct Channel (1973) (4)
On the effectiveness of the search and find method to suppress spread of SARS-CoV-2 (2021) (4)
Non-shrinking Diffraction Scattering and the Nambu-Sugawara-Miyazawa Hypothesis (1963) (4)
On the Structure of Space, Time and Field (1983) (4)
Intrinsically Broken Ũ(18) Symmetry (1965) (4)
Current algebra formulation of quantum gravity and its application to cosmology (2020) (3)
Destruction of Nuclear Bombs Using Ultra-High Energy Neutrino Beam (2003) (3)
SYMMETRY SU(9) (1965) (3)
F and M Theories as Gauge Theories of Area Preserving Algebra (1997) (3)
Theory of Membrane in Heegaard Diagram Expansion (2003) (3)
Current Algebra Formulation of M-theory based on E11 Kac-Moody Algebra (2017) (2)
M2- and M5-branes in E11 Current Algebra Formulation of M-theory (2017) (2)
Effect of vaccination against COVID-19 spreading (2021) (2)
On KEK B-Factory (2009) (2)
Trimuon production by neutrinos and SU(8)L × U(1) gauge model (1977) (1)
Isobar production and the SU3 symmetry (1964) (1)
Are Fourth‐Generation Quarks Integrally Charged? a (1987) (1)
Quantum Theory of DNA : An Approach to Electron Transfer in DNA(Frontiers of Quantum Physics) (2006) (1)
Relativistic collective motion (1975) (1)
A Model with Grand Unification Scale of 1019 GeV (1986) (1)
Saturation of the Froissart bound (1974) (1)
Space-Time Duality and Vacuum Energy (2006) (1)
QFD and unification (1980) (1)
M-Theory Phenomenology and See-Saw Mechanisms ∗ (2004) (1)
On the Proof of Vanishing Cosmological Constant in String Theory (2013) (0)
Flavor moonshine (2019) (0)
Matrix Model and Elliptic Curve (2010) (0)
My 50 years of research in particle physics (2010) (0)
Three Body Problem and a Model of Baryons (1964) (0)
Possible Extension of the Pomeranchuk-Okun Rule to Inelastic Processes: (SU3)n (1965) (0)
On a spin-parity test of resonances (1964) (0)
Calculation of Hawking Radiation in Local Field Theory (2021) (0)
G-Parity and Unitary Symmetry (1964) (0)
High Energy Physics, Past, Present and Future (2017) (0)
A pr 2 00 3 KEK-TH-877 April 2003 Theory of Membrane in Heegaard Diagram Expansion (2003) (0)
On the 2^- Decuplet Bosons (1964) (0)
Connection between noise and device performance in solution-processed organic single-crystal transistors (2016) (0)
KEK-TH-958 May 2004 M-Theory Phenomenology and See-Saw Mechanisms ∗ (2004) (0)
Lawrence Berkeley National Laboratory Recent Work Title TRIMUON PRODUCTION BY NEUTRINOS AND SU ( 8 ) , s U ( l ) GAUGE MODEL Permalink (2013) (0)
Evading the axion without massless quarks (1979) (0)
Theory of quark confinement based on an analogy with a theory of magnetic monopoles (1976) (0)
On Recent Issues of BUTSURI (1997) (0)
Rolling vacuum in Brans-Dicke and supergravity theories (1992) (0)
IN THE NEXT FEW PAGES we present four differentperspectives on international collaboration in highenergy physics : • Gordon Fraser highlights the origins of pan-European cooperation at CERN and DESY (1999) (0)
Conditions To Be Satisfied By String Field Theory And Third Quantized Gravity (1989) (0)
Chapter 204 Characterization of cuprate superconductors using tunneling spectra and scanning tunneling microscopy (2001) (0)
Fourth generation of quarks and leptons. [Fourth-generation masses, permutation symmetry] (1979) (0)
Scaling law and mass singularity in renormalizable quantum field theory (1973) (0)
Muon Number Nonconservation in Six Quark V-A Model (1977) (0)

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