Decoherence:
Specific Models and Systems| Decoherence:
Specific Models and Systems |
In General > s.a. dissipation; Rotor;
spin models.
@ Chaotic environment: Blume-Kohout & Zurek PRA(03)qp/02;
Hornberger & Sipe PRA(03)
[massive Brownian particle]; Bandyopadhyay EPL(09)-a0806.
@ Classically chaotic: Hu & Shiokawa ht/95; Zurek PS(98)qp,
APPB(98);
Jalabert & Pastawski PRL(01)cm/00;
Toscano et al PRA(05).
@ Coupled oscillators: de Ponte et al qp/03;
Lombardo
& Villar IJMPB(06)qp/05 [and
chaotic degrees of freedom], PRA(05)qp [composite environment].
@ Spin environment: Gedik SSC(06)qp/05 [two
spins in spin environment]; Cormick & Paz PRA(08)-a0709,
a0709, PRA(08)a0804;
> s.a. spin models.
@ Oscillator + other system: Unruh & Zurek PRD(89)
[+ 1D massless scalar]; Sinha PLA(97)qp/05 [at T =
0]; Maia & Dalvit PRA(00)qp [+
radiation]; Schlosshauer et al PRA(08)-a0712 [+
2-level systems].
@ Quantum walk: Prokof'ev & Stamp PRA(06)
[on hypercubic lattice]; Annabestani et al a0910 [1D
line].
@ Other models: Meyer qp/98 [based
on Dirac equation], qp/98 [coarse
+ fine degrees of freedom, scale decoherence]; Lanz & Vacchini IJTP(98)qp/99 [isolated
system]; Kleckner & Ron
PRA(01)
[gas reservoir]; Salgado & Sánchez-Gómez qp/02 [spectral
and stochastic methods]; van Wezel et al PRL(05)cm/04,
cm/06 [spontaneous
symmetry breaking]; Lombardo & Villar PLA(05)
[Brownian motion, zero-point fluctuations]; Serafini et al JOB(05)qp [continuous
variables]; Braun PRL(06)qp/05 [many
2-level atoms]; Barenboim et al NPB(06)
[neutrinos]; Bellomo et al JPA(07)
[frictional]; Domínguez-Clarimon AP(07)
[particle crossing a medium]; Pineda a0711-PhD
[1, 2, and n qubits]; Adami & Erdos a0802 [electron coupled to phonon
bath].
@ Matter-wave interferometers: Hackermüller Nat(04)feb
[C70 molecules,
double slit,
T > 1000 K]; Uys et al PRL(05),
Burkov et al PRL(07);
Villar & Lombardo IJMPB(07)-a0707,
JPCS(07)-a0707.
> Other quantum mechanics
systems:
see Open
System; quantum systems.
Gravity-Related > s.a. black-hole
information and thermodynamics; quantum
cosmology; quantum spacetime.
@ Particle in curved background: Mensky & Novikov IJMPD(96)
[with closed timelike curves].
@ Gravitational waves: Reynaud et al EPL(01)qp, IJMPA(02)gq/01 [and
planets]; Reynaud et al in(07)-a0806, a0801-in.
@ Spacetime fluctuations: Power & Percival PRS(00);
Wu et al NCB(00); Tamburini a0910 [with entangled
photons]; > s.a. matter
in quantum gravity.
@ Gravitation, other: Kiefer PRD(92);
Kay CQG(98)ht [Newtonian
quantum gravity]; Kiefer LNP(00);
Haba IJTP(01)
[thermal gravitons]; Calucci CQG(04)qp/03 [graviton
emission]; Terashima & Ueda JPA(05)qp/03 [and
spacetime curvature]; Gambini et al GRG(07)
[pedagogical]; Kay & Abyaneh a0710 [Kay's
proposal]; Anastopoulos & Hu CQG(08)-a0803 [gravity-induced].
@ Cosmology: Castagnino & Lombardo GRG(96);
Campo & Parentani PRD(08)-a0805 [entropy
of fluctuations]; > s.a. decoherence [self-induced].
Other Field Theories >
s.a. decoherence [particle physics, Lorentz invariance].
@ Scalar field: Giraud & Serreau a0910 [self-interacting,
and thermalization]; Koksma et al a0910.
@ Electrodynamics: Kiefer PRD(92);
Anglin & Zurek PRD(96)qp/95;
Haba JPA(00)
[at finite T]; Levinson qp/03 [electron beams],
Hsiang & Ford PRL(04)
[electrons and electromagnetic field fluctuations]; Bellomo et al PRA(06)
[free particle and electromagnetic field at finite T]; > s.a. QED, quantum
field theory effects in curved spacetime.
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