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• Quantum Physics
• Mathematical Physics
• Quantum Information Theory
• +2 more

Kyrylo Simonov is an active researcher at the Faculty of Mathematics, Institute of Mathematics, focusing on quantum foundations and mathematical physics. His current work centers on quantum causality and thermodynamics, with ongoing leadership of the "Quantum Causality: Mathematical and Practical Aspects" project (2024-2027). His research spans quantum information theory, particle physics, and mathematical foundations, with particular expertise in indefinite causal orders, quantum thermodynamics, and tests of quantum-classical boundaries. Recent work demonstrates significant contributions to quantum resource theory and foundational tests using meson and neutrino oscillations. Publication trends since 2016 show evolution from particle physics (meson oscillations, 2016-2019) toward advanced quantum information theory (quantum causality, thermodynamics, 2022-2025). His 26 publications include theoretical frameworks for quantum processes with indefinite time direction and practical applications in quantum communication. International collaborations are evident through co-authorship with researchers across multiple countries, though specific lab affiliations aren't detailed in available materials.

• Plant Evolutionary Biology
• Cytogenetics
• Systematics
• +3 more

Hanna Schneeweiss is a Professor at the Department of Botany and Biodiversity Research , University of Vienna. Her work focuses on plant evolutionary biology, cytogenetics, and systematics, with particular emphasis on chromosomal evolution, hybridization, and biogeography. Current Teaching: Courses include Plant Chromosome Structure, Genome Evolution, and Systematic Botany Research Themes: Chromosomal speciation, polyploidy, and ecological-genomic interactions Her recent research explores the interplay between chromosomal changes and species diversification across multiple plant lineages. A recurring theme in her publications involves analyzing repetitive DNA elements, karyotype dynamics, and phylogenetic relationships in polyploid complexes. Key trends in her work include: Investigating chromosomal evolution in genera like Melampodium , Dactylorhiza , and Prospero Developing molecular cytogenetic techniques such as formamide-free genomic in situ hybridization Integrating biogeography with genomic data to understand long-distance dispersal patterns