Krzysztof
Domino
D.Sc.
Email
Status
employee
Orcid ID
0000-0001-7386-5441
Room
103
Position
Associate Professor
Team leader
Computer Vision Systems GroupLatest publications
- Pojda D.; Domino K.; Tarnawski M.; Tomaka A.; Transformation-driven generation of comparable projection images from multimodal anatomical scenes; Submitted: Journal of Computational Science (preprint available on arXiv); 2026
- Doucet E.; Mzaouali Z.; Robertson R.; Gardas B.; Deffner S.; Domino K.; Thermodynamic significance of QUBO encoding on quantum annealers; New Journal of Physics; 2026
- Domino K.; Gamon W.; Od Baltimore do Śląska: komputery kwantowe i hybrydowe metody optymalizacji w planowaniu transportu szynowego ; Transport Miejski i Regionalny; 2025
- Okoniewska M.; Sionkowski P.; Kruszewska N.; Błażejczyk K.; Domino K.; A Scalable and Automated Recurrence Plot Method for Detecting Climate Change: The Case of the UTCI Bioclimatic Index in Central Europe; IEEE Transactions on Geoscience and Remote Sensing; 2025
- Robertson R.; Doucet E.; Mzaouali Z.; Domino K.; Gardas B.; Deffner S.; Simon's Period Finding on a Quantum Annealer; 2025 IEEE International Conference on Quantum Computing and Engineering (QCE); 2025
Projects
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Quantum annealing on NISQ devices in practical stochastic optimisation
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Research visit: Application of quantum annealing technology to solve practical optimization problems
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Zintegrowany system analizy zagrożeń epidemiologicznych i zarządzania procesami biznesowymi wspomagany technikami lokalizacji personelu i majątku przedsiębiorstwa
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Near-term quantum computers: challenges, optimal implementations and applications
Additional information
Information
My profiles on various web-services
1. https://orcid.org/0000-0001-7386-5441
2. https://www.scopus.com/authid/detail.uri?authorId=57874055100&origin=resultslist
Cooperation
Cooperation with the Department of Physics, University of Maryland Baltimore, USA, and Prof. Sebastian Deffner in particular. Research topic: application of quantum annealing technology to solve practical optimisation problems
Cooperation with Wigner Research Centre for Physics, Budapest Hungary, and prof. Mátyás Koniorczyk in particular. Cooperation aimed to apply quantum annealers to solve practical optimisation problems, in particular logistic problems from the field of railway transportation
Cooperation with Friedrich List Faculty of Transport and Traffic Sciences, Technische Universität Dresden (TU Dresden), Germany and prof. dr Nikola Bešinović, in particular, on quantum computing in railway operation. Member of International Association of Railway Operations Research - https://www.iaror.org/
The interdisciplinary research group Biopolymers, Software, Simulations, Statistics (BiOSS) https://bioss-group.github.io/
Cooperation with the Institute of Mathematics and Physics Bydgoszcz University of Technology in the statistical analysis of the interaction of polymer particles