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Properties of generic quantum communication channels [1]

Numer projektu: 

2016/22/E/ST6/00062

Termin: 

18/04/2017 to 17/04/2023

Typ projektu: 

Projekt własny badawczy

Kierownik zespołu / promotor: 

Zbigniew Puchała, prof. [2]

Publications: 

Gauge invariant information concerning quantum channels [3]
Almost all quantum channels are equidistant [4]
Conditional entropic uncertainty relations for Tsallis entropies [5]
Majorization uncertainty relations for mixed quantum states [6]
Vertices cannot be hidden from quantum spatial search for almost all random graphs [7]
Coherifying quantum channels [8]
Strategies for optimal single-shot discrimination of quantum measurements [9]
QuantumInformation.jl—a Julia package for numerical computation in quantum information theory [10]
Multiple-shot and unambiguous discrimination of von Neumann measurements [11]
Distinguishing classically indistinguishable states and channels [12]
Quantum walks on hypergraphs [13]
Pauli semigroups and unistochastic quantum channels [14]
Impact of global and local interaction on quantum spatial search on chimera graph [15]
Simulating all quantum measurements using only projective measurements and postselection [16]
Asymptotic entropy of the Gibbs state of complex networks [17]
Discrimination of POVMs with rank-one effects [18]
The e-property of asymptotically stable Markov–Feller operators [19]
Parallel in time dynamics with quantum annealers [20]
Generating random quantum channels [21]
Encoding classical information into quantum resources [22]
Relating entropies of quantum channels [23]
Quantum annealing in the NISQ era: railway conflict management [24]
Strategies for single-shot discrimination of process matrices [25]
Statistical method for analysis of interactions between chosen protein and chondroitin sulfate in an aqueous environment [26]
Resource engines [27]

Links
[1] https://antycovid.iitis.pl/en/project/properties-generic-quantum-communication-channels [2] https://antycovid.iitis.pl/person/zpuchala [3] https://antycovid.iitis.pl/en/content/gauge-invariant-information-concerning-quantum-channels [4] https://antycovid.iitis.pl/en/content/almost-all-quantum-channels-are-equidistant [5] https://antycovid.iitis.pl/en/content/conditional-entropic-uncertainty-relations-tsallis-entropies [6] https://antycovid.iitis.pl/en/content/majorization-uncertainty-relations-mixed-quantum-states [7] https://antycovid.iitis.pl/en/content/vertices-cannot-be-hidden-quantum-spatial-search-almost-all-random-graphs [8] https://antycovid.iitis.pl/en/content/coherifying-quantum-channels [9] https://antycovid.iitis.pl/en/content/strategies-optimal-single-shot-discrimination-quantum-measurements [10] https://antycovid.iitis.pl/en/content/quantuminformationjl%E2%80%94-julia-package-numerical-computation-quantum-information-theory [11] https://antycovid.iitis.pl/en/content/multiple-shot-and-unambiguous-discrimination-von-neumann-measurements [12] https://antycovid.iitis.pl/en/content/distinguishing-classically-indistinguishable-states-and-channels [13] https://antycovid.iitis.pl/en/content/quantum-walks-hypergraphs [14] https://antycovid.iitis.pl/en/content/pauli-semigroups-and-unistochastic-quantum-channels [15] https://antycovid.iitis.pl/en/content/impact-global-and-local-interaction-quantum-spatial-search-chimera-graph [16] https://antycovid.iitis.pl/en/content/simulating-all-quantum-measurements-using-only-projective-measurements-and-postselection [17] https://antycovid.iitis.pl/en/content/asymptotic-entropy-gibbs-state-complex-networks [18] https://antycovid.iitis.pl/en/content/discrimination-povms-rank-one-effects [19] https://antycovid.iitis.pl/en/content/e-property-asymptotically-stable-markov%E2%80%93feller-operators [20] https://antycovid.iitis.pl/en/content/parallel-time-dynamics-quantum-annealers [21] https://antycovid.iitis.pl/en/content/generating-random-quantum-channels [22] https://antycovid.iitis.pl/en/content/encoding-classical-information-quantum-resources [23] https://antycovid.iitis.pl/en/content/relating-entropies-quantum-channels [24] https://antycovid.iitis.pl/en/content/quantum-annealing-nisq-era-railway-conflict-management [25] https://antycovid.iitis.pl/en/content/strategies-single-shot-discrimination-process-matrices [26] https://antycovid.iitis.pl/en/content/statistical-method-analysis-interactions-between-chosen-protein-and-chondroitin-sulfate [27] https://antycovid.iitis.pl/en/content/resource-engines