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  Contents
- Laplace transformation
- Thermal Bath Correlation Functions
- Wigner distribution function
- `Semiclassical' Limit for Damped
- Bargmann states
- Derivation of the PDE
- bath correlation functions
- Explicit Form of Master
- Born Approximation
- Born Approximation
- discrete inverse
- Completing the Square
- double path integrals
- Introduction, Motivation
- expansion of influence phase
- Expansion of the Influence
- factorisation assumption
- Assumption (factorising initial condition):
- factorising initial condition
- Double Path Integrals
- Feynman-Vernon Influence Functional Theories
- Feynman-Vernon Influence Functional Theories
- Fluctuation-Dissipation Theorem (FDT)
- Linear Response, Fluctuation-Dissipation Theorem
- Fokker-Planck equation
- Derivation of the PDE
- Fourier Transformation
- Solution of the PDE
- Fresnel integrals
- Single Path Integrals
- Gauß Integrals
- Solution of the PDE
- influence functional
- Double Path Integrals
| The Influence Functional
- influence phase
- Influence Phase
- interaction picture
- Interaction Picture
- Kramers-Kronig relations
- Rates and Energy Shift
- Lagrange Function
- Single Path Integrals
- linear response
- Linear Response, Fluctuation-Dissipation Theorem
- linear susceptibility
- Linear Response, Fluctuation-Dissipation Theorem
- Liouville-von-Neumann equation
- Interaction Picture
- M. Lax
- Correlation Functions
- Markov approximation
- Explicit Form of Master
- memory kernel
- Correlation Functions
- Metha-formula
- Revision: -representation
- method of characteristics
- Solution of the PDE
- nano-electromechanical systems
- Remarks
- operator form of influence functional
- The Influence Functional
- path
- Single Path Integrals
- path integral
- Single Path Integrals
- polaron transport
- Application: Polaron-Transport
- principal value
- Rates and Energy Shift
- propagator
- Solution of the PDE
| Single Path Integrals
- quantum regression theorem
- Correlation Functions
- re-exponentiation
- `Re-Exponentiation'
- secular approximation
- Derivation of Master equation
- semiclassical limit
- `Semiclassical' Limit for Damped
- stochastic differential equation
- Discussion
- super-operator
- Correlation Functions
- Theorem for Delta function
- Rates and Energy Shift
- time-ordering operator
- Time-evolution operator
- Trotter product formula
- Single Path Integrals
Tobias Brandes
2004-02-18