Quantum Information Theory  

In General > s.a. information; entanglement; entropy; horizons; quantum mechanics.
* Idea: Quantum information theory includes that of quantum measurement; In fact, according to a developing viewpoint, quantum mechanics really is a theory of information.
@ Intros, I: Zeilinger pw(98)mar.
@ Intros and reviews: Svozil qp/95-ln [algorithmic]; Nielsen & Chuang 00; Nielsen qp/00-PhD, qp/00; Schumann qp/00-MSc; Vedral qp/01; Werner qp/01-in; Simon qp/01-PhD; Gill JKSS(01)m.ST/04, Keyl PRP(02)qp; Galvão qp/02-PhD [and applications]; Jozsa qp/03/IBM [examples]; Lo qp/03 [personal view]; Braunstein & van Loock RMP(05) [with continuous variables]; Bub qp/05-in; Le Bellac 06; Timpson qp/06-in [philosophical].
@ Open problems: Krüger & Werner qp/05; Ruskai a0708-in.
@ Books: Steeb & Hardy 06 [problems and solutions]; Vedral 07; Bruß & Leuchs ed-07 [lectures]; Diósi 07; Jaeger 07 [r: PT(08)mar].
@ General references: Zeh FP(73)qp/03; Schumacher PRA(91); Lyre IJTP(96)qp/97, qp/97-in; Adami & Cerf qp/98-in; Green IJTP(98); Winter qp/98; Griffiths PRA(02)qp, Duvenhage FP(02)qp [nature]; Brukner & Zeilinger qp/02-in; Khrennikov qp/03; Duwell SHPMP(03) [no new concept needed]; Svozil a0711-in [nature]; Griffiths PRA(07) [types]; Kato a0803-PhD [geometrical].
@ Quantum version of Shannon theory: Devetak et al qp/05; Duwell SHPMP(08).
@ Computation, information processing: Bennett PT(95)oct; Benenti et al 04; Lim qp/05-PhD [with single photons]; Spiller et al CP(05) [rev]; Alicki & Horodecki qp/06 [storage, no-go theorem].
@ And quantum dynamics: Nielsen et al PRA(03)qp/02; Garbaczewski cm/07; Blume-Kohout et al a0705 [preserved information in quantum processes]; Cao et al a0805 [covariant Margolus-Levitin theorem].
@ And foundations: Svozil qp/00 [information interpretation]; Fuchs qp/01-in; Ferrero FP(03); Fredkin IJTP(03) [digital philosophy]; Grinbaum IJQI(03)qp [derivation of quantum mechanics]; Hagar PhSc(03); Calude & Stay IJTP(05)qp/04 [algorithmic randomness]; Bub FP(05)qp/04; Shafiee et al FPL(06)qp/04 [re Brukner-Zeilinger]; Grinbaum qp/04-PhD [and axioms for quantum mechanics]; Timpson qp/04-PhD; Auletta FP(05); Hagar & Hemmo FP(06)qp/05 [not just information]; Brown & Timpson qp/06-in [against info-based postulates]; Daumer et al in(06)qp [against quantum mechanics = information]; Goyal a0805 [origin of quantum formalism]; > s.a. origin of quantum mechanics.

Specific Theories > s.a. black holes and information; information [spacetime, black holes]; spin models.
@ And thermodynamics: Horodecki & Horodecki PLA(98)qp/97 [laws]; Rohrlich O&S(01)qp; Alicki et al OSID(04)qp; Maruyama et al JPA(05)qp/04 [cost of accessing]; > s.a. thermodynamics.
@ And entropy: Cerf & Adami qp/96-in, PRL(97)qp/95 [S < 0]; Maroney PhD(02)qp/04; Guevara qp/06; Kak IJTP(07).
@ And particle statistics: Jizba cm/03-in [generalized statistics]; Omar IJQI(05)qp/04.
@ And spin networks: Marzuoli & Rasetti PLA(02), AP(05)qp/04 [evolution]; Girelli & Livine CQG(05) [as harmonic oscillators]; Terno gq/05-in [black hole model].
> Other quantum gravity: see causal sets; quantum gravity; quantum spacetime.

Special Topics > s.a. complexity; correlations; quantum measurement; quantum technology; uncertainty principles.
@ And measurement: Rothstein Sci(51)aug; Cerf & Adami qp/96; Kak FP(98); Ban IJTP(98), JPA(99), JPA(99), JPA(99) [and entropy]; Childs et al JMO(00); Massar & Popescu PRA(00)qp/99; Deutsch & Hayden PRS(00) [info localization and flow]; Barnum et al PRS(01); Zurek qp/01-ln; Jacobs qp/03, PRA(03)qp; Mayburov qp/04-in, qp/04-in; Rocchi & Panella a0710-in; Paris a0804 [parameter estimation and optimization].
@ And wave function collapse: Janssens qp/05-MS; Janssens & Maassen JPA(06)qp; Bondar qp/07 [and many-worlds].
@ And non-locality: Srikanth qp/01, qp/01; Horodecki et al PRA(05)qp/04 [local vs non-local].
@ Classical limit: Oppenheim et al PRA(03)qp/02 [and classical information], PRL(03)qp/02 [phase transition]; Granik qp/05 [transition as information localization]; Blume-Kohout & Zurek PRA(06)qp/05 [information redundancy]; Chiribella & D'Ariano PRL(06) [many users].
@ Mutual information: Hall PRA(97) [correlation bounds]; Casini gq/06 [and entropy bounds].
@ Compression: Horodecki PRA(98)qp/97; Mitchison & Jozsa qp/03 [geometrical].
@ Invariant, relativistic: Brukner & Zeilinger PRL(99)qp/00, PRA(01)qp/00 [Shannon information not appropriate], comm Timpson SHPMP(03), PhSc(03); Rehacek & Hradil PRL(02)qp/01; Peres & Terno RMP(04)qp/02 [and general relativity], IJQI(03)qp [and special relativity]; Bartlett & Terno PRA(05)qp/04; Terno qp/05-ln.
@ Quantum states: Caves & Fuchs qp/96-in; Preskill JMO(00)qp/99; Rudolph qp/99; Vitanyi qp/99-in; Peacock qp/02 [superposition]; Clifton et al FP(03)qp/02 [and quantum mechanics] + Halvorson SHPMP(04)qp/03; Barnum qp/03; Barndorff-Nielsen et al qp/03, JRSS(03)qp [inference]; Horodecki et al Nat(05)qp [partial and negative info]; Hewitt-Horsman & Vedral qp/06/PRA [Deutsch-Hayden approach to quantum mechanics]; Wang et al PRP(07)-a0801 [Gaussian states].
@ Other topics: Pati PRA(02) [impossible operations]; Valentini qp/02-in [subquantum information]; Peres qp/03/FP [and EPR]; Hradil & Rehacek qp/03 [Fisher info and interferometry]; Benatti et al CMP(06)qp/05 [entropy and complexity]; Cabello FP(06) [communication complexity].

Online Resources > see Quantiki.


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