Analyticity in Coupling Constant, Angular Momentum and Energy of the S-Matrix for Potential Scattersng
スポンサーリンク
概要
- 論文の詳細を見る
It is shown that the amplitude for scattering by a superposition of the Yukawa potential is a meromorphic function of coupling constant g, angular momentum l and linear momentum k. Regge poles for bound states are seen to be non-decreasing function of g. In the case of l real, poles in the the g-plane are shown, as a function of energy (E=k^2), to be real analytic R-functions with no left-hand cut. Finally, a holomorphy domain of the S-matrix in three variables is obtained.
- 理論物理学刊行会の論文
- 1963-06-25
著者
-
Konisi Gaku
Department Of Physics Kwansei Gakuin University
-
Ogimoto Takesi
Institute Of Physics College Of General Education Osaka University : Department Of Physics Osaka Uni
-
Ogimoto Takesi
Institute Of Physics College Of General Education Osaka University
-
OGIMOTO Takesi
Institute of Physics, College of General Education Osaka University : Department of Physics, Osaka University
関連論文
- The Superstring Action with General Reparametrization Symmetry : Particles and Fields
- Brans-Dicke Theory from M_4×Z_2 Geometry
- Reflection Symmetry of Conspiring Fermion Trajectories
- Restriction on the Coupling Constant from Analyticity and Unitarity of the S-Matrix
- Collective Excitations in Local-Gauge Invariant Superconductivity Models
- The Number of Physical States Satisfying Supergauge Conditions in Dual Resonance Models
- Left-Right Symmetric Model from Geometric Formulation of Gauge Theory in M_4×Z_2×Z_2 : Particles and Fields
- NS Open Strings with B Fields and Their Interactions with NS Closed Strings
- Interaction between Noncommutative Open Strings and Closed-String Tachyons
- Constrained Quantization of Charged Strings in a Background B Field and g-Factors
- Brans-Dicke Theory on M_4×Z_2 Geometry : Particles and fields
- Super Differential Forms on Super Riemann Surfaces : Particles and Fields
- Construction of Super Schwarzian Connection in Conformal Field Theories on Higher-Genus Super Riemann Surfaces : General and Mathematical Physics
- Weak Constraints in Conformal Field Theories on Higher-Genus Riemann Surfaces : Calculation of the Schwarzian Connection and Modified Vertex Operators : Particles and Fields
- Super Schwarzian Connections in Krichever-Novikov Superalgebras : Particles and Fields
- KN Superalgebras with Vertex Operators : Particles and Fields
- KN Algebra Derived from Virasoro Algebra with Vertex Operators : Particles and Fields
- Geometric and BRST Formulations of Interacting Strings : Particles and Fields
- Lorentz-Covariant Lagrangian Formulation of the Interacting Heterotic String Theory : Particles and Fields
- Electromagnetic Properties of Heterotic String
- Covariant Formulation of Interacting Strings with Compactified Dimensions : Particles and Fields
- Analyticity in Coupling Constant, Angular Momentum and Energy of the S-Matrix for Potential Scattersng
- Maximum Analyticity in Angular Momentum and Energy of the Bethe-Salpeter Scattering Amplitudes
- Quantum Theory in Pseudo-Hilbert Space. II
- Subtraction of Dispersion Relation in Multi-Channel Scattering
- Fermionic External Field and Space Compactification in the Heterotic String Theory
- Unitarity, Factorization Theorem and Removal of Level Degeneracy in Dual Resonance Model
- Generalized Gauge Conditions for Closed String Models with Intrinsic Spin
- Supergauge Algebra and Interaction between Open and Closed Strings
- Eigenchannels and Unitary Separation of Background Parts in Regge-Pole Theory
- Brans-Dicke Theory and Discrete Symmetry
- Derivation of the Virasoro Conditions in the String Model
- Quantum Theory in Pseudo-Hilbert Space
- The q-Number Schwinger Term and the Breakdown of the Associative Law for Current Operators
- N=1 and 2 Superstrings as Supertopological Models on Higher-Genus Super Riemann Surfaces : Particles and Fields
- Transition Amplitudes in Perturbation Theory and Dyson's Integral Representation
- Reggeization of Particles with Identical Quantum Numbers
- Operator Formalism of the Dual Resonance Model with Different Trajectories
- Electromagnetic Properties of the Kaluza-Klein String
- Barger and Cline's Rule and Bound States of Dirac Particle
- Higgs Scalar Fields and Discrete Symmetry
- Gauge Theory on Discrete Spaces without Recourse to Non-Commutative Geometry
- Derivatives of Baryon Trajectories at W=0
- Generalized Conformal Gauge Conditions in Dual Models
- A Detailed Investigation of Fermion Collective Motions
- Breakdown of the Associative Law for Current Operators in a Model in Two-Dimensional Space-Time
- A Quantitative Investigation on the "Compositeness" of a Particle
- Left-Right Symmetric Model from Geometric Formulation of Gauge Theory in M^4 × Z^2 × Z^2