Challenging the quantum theory with ultra-accurate laser spectroscopy
Maestro 17, National Science Centre, Poland (2025/58/A/ST2/00116)
Funding
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New experimental methods for trapping cold molecular hydrogen
ERC Starting Grant, H2TRAP (101075678) -
Advancing molecular collision studies to the limits of first-principles quantum calculations and accurate spectroscopy; novel approaches for providing reference spectroscopic data for studying planetary atmospheres
Sonata Bis 12, National Science Centre, Poland (2022/46/E/ST2/00282) -
Ultra-accurate spectroscopy of simple molecules for fundamental studies – cryogenic cavity-enhanced spectrometer
Opus 18, National Science Centre, Poland (2019/35/B/ST2/01118) -
Quantum scattering of optically excited molecules – first-principles calculations and ultra-precise measurements for molecular systems important in the study of Earth’s atmospheres, planets, and exoplanets
Opus 16, National Science Centre, Poland (2018/31/B/ST2/00720) -
Fundamental physical metrology with cold molecules
Comomet, Euramet (23FUN04) -
Quantum scattering of optically excited oxygen molecules. From fundamental physics to atmospheric research.
Preludium Bis 3, National Science Centre, Poland (2021/43/O/ST2/00211) -
Ab initio calculations for molecular collisions at low temperatures – longstanding spectroscopic puzzle and planetary/astrophysical applications
NAWA, bilateral Polish–French exchange, Hubert Curien Partnership Program “Polonium” (PPN/BIL/2018/1/00012) -
Cryogenic system for developing new quantum optical technologies
Large research infrastructure, Ministry of Science and Higher Education -
Cooling and traping of polar molecules – new tool in fundamental studies
Mobility Plus, Ministry of Science and Higher Education, Poland -
New techniques of ultraprecise atomic and molecular spectra analysis. Modeling the shapes of molecular resonances
Fulbright Junior Advanced Research Award 2014–15 -
Collisions of hydrogen molecules with noble gas atoms – ab initio calculations and comparison with experiment
Preludium 5, National Science Centre, Poland (2013/09/N/ST4/00327) -
Collisional effects in exotic atom spectroscopy: ab initio calculations for fundamental physics tests
Preludium 23, National Science Centre, Poland (2024/53/N/ST2/02090) -
Collision effects in the hyperfine structure of the hydrogen molecule – a fundamental problem of modern molecular spectroscopy
Diamond Grant, Ministry of Science and Higher Education, Poland (0218/DIA/2019/48) -
Development of ultra-precise molecular spectroscopy techniques for fundamental physics research
Pearls of Science, Ministry of Science and Higher Education, Poland (PN/01/0196/2022) -
Addressing the fundamental discrepancy observed in sub-Doppler molecular spectra of the hydrogen molecule – development of new optical metrology technologies for testing quantum theory in molecules
Preludium 24, National Science Centre, Poland (2025/57/N/ST2/02029) -
Modeling of shape distortions of subtle transitions in the oxygen molecule under the influence of collisions with nitrogen
Pearls of Science, Ministry of Science and Higher Education, Poland (PN/01/0229/2022) -
New methods for describing collisional effects in molecular optical resonances and their application in optical metrology
Preludium 18, National Science Centre, Poland (2019/35/N/ST2/04145)
Computational grants
Computational grants provided by the Polish high-performance computing infrastructure PLGrid (HPC Centers: ACK Cyfronet AGH).
Computational grants provided by the Wroclaw Centre for Networking and Supercomputing.
