HAMAMOTO Shinji | Department of Physics, Toyama University
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概要
関連著者
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Hamamoto Shinji
Department Of Physics Kyoto University
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HAMAMOTO Shinji
Department of Physics, Toyama University
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Hamamoto Shinji
Department Of Physics Toyama University
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NAKAMURA Takao
Department of Bio-System Engineering, Yamagata University
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Nakamura M
Department Of Physics Toyama University
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Nakamura Makoto
Department Of Applied Chemistry Faculty Of Systems Engineering Wakayama University
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Hamamoto S
Department Of Physics Toyama University
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DARIESCU Ciprian
Department of Physics, Toyama University
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DERIESCU Marina-Aura
Department of Physics, Toyama University
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Dariescu Ciprian
Department Of Physics Toyama University
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Deriescu Marina-aura
Department Of Physics Toyama University
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Nakamura Takao
Department Of Animal Science And Technology Faculty Of Agriculture Gifu University
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Nakamura Takao
Department Of Physics Toyama University
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DARIESCU Marina-Aura
Department of Theoretical Physics "Al.I. Cuza" University of Iasi
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NAKAMURA Masahiro
Department of Physics, Nagoya University
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NAKAMURA Makoto
Department of Physics, Toyama University
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Dariescu Marina-Aura
Department of Physics, Toyama University
著作論文
- Massless Limits of Massive Tensor Fields. II : Infrared Regularization of the Fierz-Pauli Model : Particles and Fields
- Gauging Higher Derivatives : Particles and Fields
- Nonlinear Realization of Affine Group on Superspace
- Nonlinear Realization of Graded Conformal Group
- Gauge Theory of Massive Tensor Field
- Higher Derivatives and Canonical Formalisms
- Invariant Theoretical Consideration on the Nonlinear Realization of General Covariance Group
- Gauge Theory of Massive Tensor Field. II : Covariant Expressions : Particles and Fields
- Poincare Gauge Theory with Weyl-Type Lagrangian and Gravitation
- Path-Integral Measures in Higher-Derivative Gravitational Theories
- Quantizing de Sitter Spacetime in Heisenberg Picture
- Massless Limits of Massive Tensor Fields : Particles and fields
- The Structure of General Covariance Group on Superspace
- Invariant Theoretical Consideration of Nonlinear Realizations
- Subluminal Particle as a Composite System of Superluminal Particles