Examples
of Entangled Systems and States| Examples
of Entangled Systems and States |
Types of States > s.a. entanglement
[including status].
@ Types of entanglement: Krenn & Zeilinger PRA(96)
[non-objective]; Popp et al PRA(05)qp/04 [localizable].
@ For superpositions: Gour PRA(07)-a0707 [tight
lower and upper bounds].
@ For mixed states: Bhardwaj & Ravishankar qp/07.
@ And coherent states: Wang & Sanders PRA(02)qp/01 [multipartite];
Clausen et al qp/02;
Barnum et al qp/02.
@ Gaussian states:
Adesso PRL(06)qp [N-mode,
pure]; Anders qp/06-th
[bipartite]; Adesso qp/07-PhD;
Adesso & Illuminati PRA(08)-a0805;
Ivan & Simon a0808,
Marian & Marian PRL(08)-a0809 [entanglement
of formation].
@ Other types of states: Stenholm FP(09)
[pure states]; Namiki a0906 [non-Gaussian];
Hajdusek & Vedral a0911 [cluster states].
Examples of Systems > s.a. brownian
motion; Cellular
Automaton; lattice theories; quantum
oscillators.
@ Simple examples: Wootters PRL(98)qp/97 [2
qubits]; van Enk PRA(05)qp [|0
|1 +
|1 |0];
Curilef et al EJP(06)
[2 particles in double well, speed of evolution]; Avron & Kenneth AP(09)
[2 qubits]; Cui et al JPA(09)
[2 coupled qubits in common environment]; > s.a. particle
statistics [identical particles].
@ Chains, graph states: Wootters CM(02)qp/00;
Hein et al PRA(04);
Han & Duan a0708-wd;
Van den Nest et al PRA(08);
Cabello et al PRA(09)-a0904 [invariants
for 8 qubits]; > s.a. Quantiki page.
@ Single-particle systems: Can et al qp/04/JOB;
Terra Cunha et al PRS(07)qp/06 [single
atoms].
@ Atoms: Tommasini et al AJP(98)oct-qp/97,
Zhu et al PhyA(05)
[e-p in
H]; Turchette et al PRL(98)
+ pn(98)nov;
Sackett et al Nat(00)mar
[ions]; Guerra & Carvalho qp/05 [that
never interacted]; Lombardi & Matzkin PRA(06)qp [molecules];
Moehring et al Nat(07)sep
+ pw(07)sep
[1 m apart]; Vacanti & Beige a0903 [preparation];
Jost et al Nat-a0901 + news BBC(09)jun
[motions of pairs of atoms].
@ Atom + photon: Inoue et al PRA(06)qp;
de Riedmatten et al PRL(06)qp;
Rosenfeld et al PRL(08).
@ Macroscopic systems: Julsgaard et al Nat(01)qp + pn(01)sep
[gas, long-lived]; Shimizu & Morimae PRL(05)qp.
@ 3-way, multiparticle: Schlienz & Mahler PLA(96)
[three 2-level systems, maximally
entangled]; Coffman et al PRA(00)qp/99 [distributed];
Carteret et al FP(99);
Fivel FP(99); & GHZ,
Seevinck & Uffink PRA(02)
[3 particles]; Eisert & Gross qp/05-in;
Low et al qp/06 [collisional
decoherence and rarity of entanglement]; Yu & Song PRA(06)qp [tripartite,
criterion]; Boixo & Monras PRL(08)-a0706 [operational
interpretation]; Sabín & García-Alcaine EPJD(08)-a0707 [3
qubits]; Iwai JPA(07)
[multi-qubit]; Facchi et al a0908 [maximally entangled].
@ Spin systems: Schliemann PRA(03)
[SU(2)-invariant]; Calsamiglia et al qp/05 [spin
gas]; Novaes AP(05)
[two interacting spins in constant B]; Campos Venuti et al PRL(06)qp [long-range];
Tribedi & Bose PRA(06)qp [spin
clusters]; Verhulst & Naudts JPA(07)
[microcanonical ensemble]; Saguia et al PRA(07)qp [random
spin chains]; Botero & Reznik a0708 [scaling
and universality at criticality]; Latorre & Riera a0906/JPA
[rev]; Dudin et al PRL(09) [photon + optical-lattice spin wave]; > s.a.
ising model, spin
models.
@ Fermions: Schliemann et al PRB(01);
Zanardi PRA(02)qp/01; Kaplan FNL(05)qp; Finster a0911 [and
fermionic projector].
@ Open systems: Hartmann et al NJP(07); Isar a0812-in.
@ Condensed matter systems: Brukner et al PRA(06)qp/04 [antiferromagnetic
spin chains]; Dowling et al PRA(06)qp;
Skrøvseth
qp/06-PhD;
Osterloch a0810-Hab.
@ Other systems: Nienhuis JPA(01)
[decay]; Paskauskas & You PRA(01)qp [2
bosons]; Braun PRA(05)
[heat-bath-induced entanglement]; Harshman QIC(07)qp/06 [continuous-discrete];
Wang et al JPA(06)qp [identical
bosons]; Adesso & Illuminati JPA(07)qp
[continuous-variable
systems]; Amico et al RMP(08)qp/07
[many-body systems]; Paz & Roncaglia PRL(08)-a0801,
PRA(09)-a0809 [two
oscillators
in common
environment]; Sarkar a0907 [neutral
kaons, CPT, and spacetime foam]; Bastidas et al a0910 [driven, and parametric
resonance].
Quantum Field Theory Examples
@ General references: Clifton & Halvorson SHPMP(01)qp/00 [algebraic];
Reznik FP(03)
[vacuum, entropy and correlations]; Bertlmann LNP-qp/04
[particle physics]; Shi PRD(04)ht;
Silman & Reznik PRA(07)qp/06 [Dirac
vacuum]; Marcovitch et al a0811 [1D
Klein-Gordon field]; 't Hooft a0908-in [in a local deterministic theory?]; > s.a. entanglement [field
theory point of view].
@ Electrodynamics: van Enk PRA(03);
Rice et al OE(06)qp [cavity
QED]; Zhang
OC-a0906 [2
atoms in cavity, sudden death and birth].
@ Gravity and curved spacetime:
Ball et al PLA(06)qp/05 [field
in expanding universe]; Fursaev JPA(06)in
[gravity]; Ahn JKPS(07)qp/06 [near
Schwarzschild black hole, and Hawking radiation]; Adesso & Fuentes-Schuller QIC(09)qp/07; > s.a. black-hole
entropy; bimetric
gravity; inflation; multiverse; photon.
@ Quantum gravity:
Van Raamsdonk a0907 [and emergence of spacetime].
main page – abbreviations – journals – comments – other
sites – acknowledgements
send feedback and suggestions to bombelli at olemiss.edu – modified 4
nov
2009