In General > s.a. [system
theory]; quantum
systems and composite systems; modified
quantum mechanics [non-Hamiltonian].
* Idea: Originally,
one that exchanges energy with a bath; Now, one that exchanges information
with an environment, which can lead to the decoherence of a quantum state.
@ References: Li PRP(86).
Quantum Open Systems > s.a. deformation
quantization; path
integrals.
* Idea: Usually described
by mixed states of the type
(t)
= trbath |
whole
![]()
whole|,
and linear quantum state diffusion (LQSD) stochastic Schrödinger equations.
@ General references: Isar et al IJMPE(94)qp/04;
Klimontovich PS(00);
Calzetta et al PhyA(03)qp/00 [stochastic
description];
Gambetta & Wiseman PRA(01)qp;
Stelmachovic & Buzek PRA(01)qp [entangled
with environment]; Breuer & Petruccione
02; Mensky PLA(03)qp/02 [evolution
as measurement];
Okolowicz et al PRP(03);
Ollivier et al PRL(04)qp/03, PRA(05)qp/04 [environment
and objective properties]; Nicolosi OSID(05)qp;
Jordan et al PRA(06)qp/05 [Schrödinger
picture]; Vol PRA(06)qp/05 [semiclassical
quantization]; Mohseni & Lidar PRL(06)qp [dynamics];
Bodor & Diósi PRA(06)
[conserved current]; Crooks PRA(08)-a0706 [time
reversal of a quantum operation]; Yu PLA(08)
[environment and entropy production]; Nesterov & Ovchinnikov PRE(08)-a0806 [geometric
phases, quantum phase transitions]; Huang et al PRA(08)-a0810 [effective
Hamiltonian
approach]; Pérez PRA(09)
[Hilbert-space average method]; Kuzovlev a0903 [Schrödinger
equation]; Rotter JPA(09) [non-Hermitian Hamiltonian operator]; > s.a. types
of
quantum
field theories.
@ Fluctuations: Campisi et al PRL(09)
+
Ritort Phy(09)
[non-equilibrium fluctuation theorem].
@ Non-Markovian: Strunz et al PRL(99)
[stochastic Schrödinger equation]; Breuer a0707;
Fischer & Breuer PRA(07)-a0708 [spin
+ spin-bath]; Rodríguez-Rosario & Sudarshan a0803;
Piilo et al PRL(08), a0902 [in
terms of quantum jumps];
Emary PRA(08)
[in non-equilibrium environment]; Breuer et al a0908 [degree of non-Markovian
behavior].
@ States: Klimontovich PS(98)
[information]; Isar RJP(98)qp/06 [pure
states]; > s.a. generalized
coherent
states.
@ Decoherence: Dugic IJTP(06)qp/99;
Monteoliva & Paz qp/01 [classically
chaotic]; Alicki qp/02,
et al JPA(04)qp/03.
> Related topics: see entanglement; geometric
phase; lorentz
transformations; wigner
function.
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send feedback and suggestions to bombelli at olemiss.edu – modified 12
aug 2009