One-Dimensional Many Boson System.I : Exact Solution in Field Theoretical Form

スポンサーリンク

概要

• 論文の詳細を見る

• The eigenvalue problem in a one-dimensional many boson system with a repulsive deltafunction potential has been solved exactly from the standpoint of field theory. All eigenstates are expressed in a simple and compact form by introducing appropriate quantum numbers for their specification. The energy eigenvalue and eigenstate are determined by solutions of simultaneous equations. It is verified that the simultaneous equations have unique solutions.

• 理論物理学刊行会の論文
• 1981-04-25

著者

• SASAKI Shosuke

  Department of Physics, College of General Education, Osaka University

• Kebukawa Takeji

  Department Of Physics College Of General Education Osaka University

• Sasaki Shosuke

  Department Of Physics College Of General Education Osaka University

• SASAKI Shosuke

  Department of Physics, College of Genaral Education Osaka University

関連論文

• Overflow Rates of the Liquid He(II) Depending on Materials of Vessels : I. QUANTUM LIQUIDS AND SOLIDS : Superfluid Flow
• Multi-Branch Structure of the Excitation Spectra in Liquid Helium II
• A Correlation in a Series of +1 and -1 and an Application to a Layer Structure: Laves Phase
• Reduced Model of Anderson-Hamiltonian. I : Exact Solutions in Field Theoretical Framework : Condensed Matter and Statistical Physics
• Excitation-Modes and Their Interactions in a Many-Boson System. I
• One-Dimensional Many Boson System. IV : Condensation and Excitation Energy
• Theory of ac Josephson Effect in Superfluid Helium
• One-Dimensional Many-Fermion System. II : Spin Eigenstates and Their Structure : Condensed Matter and Statistical Physics
• One-Dimensional Many Boson System.I : Exact Solution in Field Theoretical Form
• One-Dimensional Heisenberg Model.I : Exact Spin Eigenstates : Condensed Matter and Statistical Physics
• One-Dimensional Many-Fermion System. I : Exact Solution in a Field Theoretical Framework : Condensed Matter and Statistical Physics
• Reduced Model of Anderson-Hamiltonian. II : Exact Spin Eigenstates : Condensed Matter and Statistical Physics
• One-Dimensional Many Boson System.II : Orthogonality of Eigenstates and Their Level Structure
• One-Dimensional Many Boson System.III : Unitary Transformation and Exactly Dressed Bose Particle
• On the Interaction between Elementary Excitations in Many-Boson System
• Commutativity of Velocity Operators in a System of Bose Particles
• Excitation-Modes and Their Interactions in a Many-boson System.II
• Single Particle Aspects in a Collective Formalism for an Interacting Boson System
• On the Collective Variables in Many-Boson System
• On the Velocity Operator in Many-Boson System
• On the Excitation Energy in Liquid Helium II
• Energy Spectrum of the Excitations in Liquid Helium II
• A Microscopic Theory of the Back-Flow Effect in He-II
• Partial Wave Amplitudes of the Reaction π^-+p→η+n
• Theory of Triple Refraction and Reflection at a Boundary of Liquid He II
• Thermodynamic Functions of One-Dimensional Many-Boson System
• Energy Spectrum of One-Dimensional Many Boson System : Condensed Matter and Statistical Physics
• Cabibbo Angle and Renormalization of the ΔS=1 Axial-Vector Current
• A Microscopic Theory of the Interacting Bose System
• Determination of the Coupling Constant g_
• Relations between Pion Photoproduction and πN Scattering
• A Theory of Liquid ^4He : I. QUANTUM LIQUIDS AND SOLIDS : Liquid ^4He and ^3He-^4He

もっと見る 閉じる

スポンサーリンク