6533b7d6fe1ef96bd1266511
RESEARCH PRODUCT
Quantum and Classical Statistical Mechanics of the Non-Linear Schrödinger, Sinh-Gordon and Sine-Gordon Equations
Jussi TimonenR. K. BulloughD. J. Pillingsubject
Coupling constantPhysicsPartition function (statistical mechanics)Schrödinger equationsymbols.namesakeNonlinear Sciences::Exactly Solvable and Integrable SystemsQuantum mechanicssymbolsRelativistic wave equationsMethod of quantum characteristicsHigh Energy Physics::ExperimentSupersymmetric quantum mechanicsQuantum statistical mechanicsFractional quantum mechanicsMathematical physicsdescription
We are going to describe our work on the quantum and classical statistical mechanics of some exactly integrable non-linear one dimensional systems. The simplest is the non-linear Schrodinger equation (NLS) $$i{\psi _t} = - {\psi _{XX}} + 2c{\psi ^ + }\psi \psi $$ (1) where c, the coupling constant, is positive. The others are the sine- and sinh-Gordon equations (sG and shG) $${\phi _{xx}} - {\phi _{tt}} = {m^2}\sin \phi $$ (1.2) $${\phi _{xx}} - {\phi _{tt}} = {m^2}\sinh \phi $$ (1.3)
year | journal | country | edition | language |
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1985-01-01 |