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Strona główna > Komputery kwantowe w najbliższej przyszłości: wyzwania, optymalne implementacje i zastosowania praktyczne
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Komputery kwantowe w najbliższej przyszłości: wyzwania, optymalne implementacje i zastosowania praktyczne [1]

 

 

Numer projektu: 

POIR.04.04.00-00-17C1/18-00

Termin: 

od 01/07/2019 do 30/11/2023

Typ projektu: 

Inne

Wykonawcy projektu: 

dr inż. Ryszard Winiarczyk [2]
dr hab. inż. Łukasz Pawela [3]
dr hab. Bartłomiej Gardas [4]
dr hab. Hanna Wojewódka Ściążko [5]
mgr Paulina Lewandowska [6]
mgr Aleksandra Krawiec [7]
mgr Ryszard Kukulski [8]
dr hab. Krzysztof Domino [9]

Kierownik zespołu / promotor: 

prof. dr hab. Zbigniew Puchała [10]

Publikacje: 

Discrimination of POVMs with rank-one effects [11]
Optimal representation of quantum channels [12]
Perturbation of the numerical range of unitary matrices [13]
Log-Convex set of Lindblad semigroups acting on N -level system [14]
Water Behvaior Near the Lipid Bilayer [15]
On the optimal certification of von Neumann measurements [16]
Space-efficient binary optimization for variational computing [17]
Quantum annealing in the NISQ era: railway conflict management [18]
Interactions between Beta-2-glycoprotein-1 and phospholipid bilayer – a molecular dynamic study [19]
Algebraic and geometric structures inside the Birkhoff polytope [20]
Quadratic and Higher-Order Unconstrained Binary Optimization of Railway Rescheduling for Quantum Computing [21]
Excluding false negative error in certification of quantum channels [22]
Dephasing superchannels [23]
Reinforcement learning for optimization of variational quantum circuit architectures [24]
Statistical quality assessment of Ising-based annealer outputs [25]
Accessible maps in a group of classical or quantum channels [26]
On the probabilistic quantum error correction [27]
Storage and retrieval of von Neumann measurements [28]
Strategies for single-shot discrimination of process matrices [29]
Hybrid quantum-classical computation for automatic guided vehicles scheduling [30]

Partnerzy: 

CFT PAN, UJ

Links
[1] https://kstit2016.iitis.pl/pl/project/komputery-kwantowe-w-najbli%C5%BCszej-przysz%C5%82o%C5%9Bci-wyzwania-optymalne-implementacje-i-zastosowania [2] https://kstit2016.iitis.pl/person/rwiniarczyk [3] https://kstit2016.iitis.pl/person/lpawela [4] https://kstit2016.iitis.pl/person/bgardas [5] https://kstit2016.iitis.pl/node/2937 [6] https://kstit2016.iitis.pl/person/plewandowska [7] https://kstit2016.iitis.pl/person/akrawiec [8] https://kstit2016.iitis.pl/person/rkukulski [9] https://kstit2016.iitis.pl/person/kdomino [10] https://kstit2016.iitis.pl/person/zpuchala [11] https://kstit2016.iitis.pl/pl/content/discrimination-povms-rank-one-effects [12] https://kstit2016.iitis.pl/pl/content/optimal-representation-quantum-channels [13] https://kstit2016.iitis.pl/pl/content/perturbation-numerical-range-unitary-matrices [14] https://kstit2016.iitis.pl/pl/content/log-convex-set-lindblad-semigroups-acting-n-level-system [15] https://kstit2016.iitis.pl/pl/content/water-behvaior-near-lipid-bilayer [16] https://kstit2016.iitis.pl/pl/content/optimal-certification-von-neumann-measurements [17] https://kstit2016.iitis.pl/pl/content/space-efficient-binary-optimization-variational-computing [18] https://kstit2016.iitis.pl/pl/content/quantum-annealing-nisq-era-railway-conflict-management [19] https://kstit2016.iitis.pl/pl/content/interactions-between-beta-2-glycoprotein-1-and-phospholipid-bilayer-%E2%80%93-molecular-dynamic [20] https://kstit2016.iitis.pl/pl/content/algebraic-and-geometric-structures-inside-birkhoff-polytope [21] https://kstit2016.iitis.pl/pl/content/quadratic-and-higher-order-unconstrained-binary-optimization-railway-rescheduling-quantum [22] https://kstit2016.iitis.pl/pl/content/excluding-false-negative-error-certification-quantum-channels [23] https://kstit2016.iitis.pl/pl/content/dephasing-superchannels [24] https://kstit2016.iitis.pl/pl/content/reinforcement-learning-optimization-variational-quantum-circuit-architectures [25] https://kstit2016.iitis.pl/pl/content/statistical-quality-assessment-ising-based-annealer-outputs [26] https://kstit2016.iitis.pl/pl/content/accessible-maps-group-classical-or-quantum-channels [27] https://kstit2016.iitis.pl/pl/content/probabilistic-quantum-error-correction [28] https://kstit2016.iitis.pl/pl/content/storage-and-retrieval-von-neumann-measurements [29] https://kstit2016.iitis.pl/pl/content/strategies-single-shot-discrimination-process-matrices [30] https://kstit2016.iitis.pl/pl/content/hybrid-quantum-classical-computation-automatic-guided-vehicles-scheduling