Phenomenology
of Entanglement| Phenomenology
of Entanglement |
Effects and Uses of Entanglement in General
* Applications: Entanglement
of large objects enables "bulk" properties, like collective spin,
to be "teleported;" Needed for quantum computers; Demonstrate non-locality.
@ Measurement: Chu gq/98 [detection];
D'Ariano et al qp/01;
Macdonald IJTP(03);
Herbut qp/03;
Kindermann PRL(06)
[many-fermion systems, experimentally accessible]; Brunner PRA(08)
[naked-eye detection]; Gühne & Tóth PRP(09)
[detection]; Brida et al a0907 [photon
states, experimental
estimation].
@ Distillation of entanglement: Horodecki3 PRL(00)
[and irreversibility]; Lamata et al PRL(06)qp/05 [Lorentz
invariance].
@ Entanglement percolation
in a network:
Acin et al NatPhys(07); Cuquet & Calsamiglia a0906 [complex quantum networks].
@ Other effects: von Borzeszkowski & Mensky PLA(01)gq [gravitational
effects]; Klyachko & Shumovsky qp/03 [fluctuations];
Khasin & Kosloff PRA(05)qp [T-dependence];
Jordan et al a0704 [manipulating
entanglement]; Bhatt et al PRA(08)-a0704 [sub-Planck
structure in phase space]; Branciard et al a0911 [entanglement swapping and
non-local correlations].
> Related topics: see correlations; cosmological
constant; pilot-wave interpretation [entanglement exchange]; statistical
mechanics [equilibrium].
>
Applications: see neutrinos; Polymers; quantum-gravity
phenomenology; quantum phase transitions; quantum
computing and technology; superluminal
communication.
Dynamics of Entanglement
@ General references: Zyczkowski et al PRA(02)qp/00;
Zanardi PRA(01)
[entanglement of evolution]; Giovannetti et al EPL(03)qp/02;
Doronin PRA(03)qp;
Suarez qp/03 [no
time flow]; Durt qp/04 [and
interactions]; Ghose & Sanders PRA(04)qp [chaotic
systems]; Viguie et al NJP(05)qp [work
extraction]; Batle et al PRA(05)qp [and
speed of evolution]; Dahlsten et al JPA(07)qp [emergence
in 2-party random process]; Lin & Hu PRD(09)-a0812 [field
theory perspective]; Sciarrino et al PRA(09)-a0907 [entanglement
localization].
@ Entanglement production: Cirac & Zoller PRL(95);
Mølmer & Sørensen PRL(99);
Sackett et al Nat(00)mar
[4 particles]; Braun qp/05 [cmb];
Franson
JMO(08)-a0704 [superluminal];
Abrey & Vallejos PRA(07)
[bounds]; Harshman & Hutton PRA(08)-a0710 [1D
particle scattering]; Ficek & Tanas PRA-a0802 [delayed];
Wechsler a0905; > s.a. stochastic
processes.
@ Time evolution: Carvalho et al PRL(07)
[open dynamics, optimal characterization]; Salles et al PRA(08)-a0804 [experimental];
Broadfoot et al a0906 [percolation
in quantum networks]; Yu & Eberly a0906/OC
[with environmental noise]; Tiersch et al a0909 [evolution equation].
@ Loss, disentanglement: Mor qp/98;
Dodd & Halliwell PRA(04)qp/03,
Carvalho et al PRL(04)
[and decoherence]; Dodd PRA(04)qp/03 [dissipative
open systems]; Rey et al cm/07 [noise-resistant
entanglement]; Buscemi LNCS(08)-a0802 [irreversibility];
Maniscalco et al PRL(08)
[protection, using Zeno effect]; Mann & Villalba PRA(09)-a0902 [degradation
speed-up].
@ Sudden death:
Almeida et al Sci(07)apr
+ pw(07)may;
O Terra Cunha JNP(07);
Al-Qasimi & James a0707;
Ann & Jaeger PLA-a0707;
Landulfo & Matsas a0907 [and
acceleration, external force]; Yu & Eberly Sci(09)-a0910; > s.a. entangled
systems [cavity
QED].
Frame Dependence and Special Relativity
@ Observer dependence: Vecchi qp/01;
Ortiz et al qp/04-in.
@ And special relativity: Gingrich & Adami PRL(02)qp [effect
of motion]; Alsing & Milburn qp/02/PRA
[Lorentz transformations]; Timpson & Brown qp/02-in
[non-locality]; Ahn et al qp/03,
PRA(03);
Moffat IJMPD(04)qp/03;
Schust
et al FP(04)
[3-particle]; > s.a. quantum locality.
@ Examples: Pachos & Solano QIC(03)qp/02 [spin-1/2
particles]; Harshman PRA(05)qp/04 [Bell-type
2-particle]; Jordan et al PRA(07)
[spin-1/2 particles]; Ohkawa qp/07 [entangled
causal relations?]; Lin & Hu a0910 [causally-disconnected objects].
@ Non-inertial frames: Alsing & Milburn PRL(03)qp;
Alsing et al qp/03/JOB;
Fuentes-Schuller & Mann PRL(05)qp/04 [and
black holes]; Massar & Spindel PRD(06)ht [uniformly
accelerated]; Ling et al JPA(07)qp/06 [electromagnetic
fields]; Alsing et al PRA(06)
[Dirac fields].
main page – abbreviations – journals – comments – other
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send feedback and suggestions to bombelli at olemiss.edu – modified 8
nov
2009