Funding

               

Research grants:

  • “Ultracold polyatomic molecules for controlled chemistry and precision physics”
    ERC Starting Grant, European Research Council
    Amount: 1,499,125 EUR
    Date: X 2022 – IX 2027
    PI: Michał Tomza
  • “Spectroscopy, formation, and application of ultracold highly polar KAg and CsAg molecules: theory and experiment”
    OPUS Grant, National Science Centre Poland
    Amount: 3,270,400 PLN (~710,000 EUR)
    Date: VII 2022 – VI 2026
    PI: Michał Tomza, co-PIs: Mariusz Semczuk, Jacek Szczepkowski
  • “Ultracold polyatomic molecules: formation, dynamics, applications”
    SONATA BIS Grant, National Science Centre Poland
    Amount: 3,300,000 PLN (~730,000 EUR)
    Date: VII 2021 – VI 2026
    PI: Michał Tomza
  • “Quantum engineering of novel ultracold complex molecular systems: from diatomic to polyatomic molecules”
    First Team Grant, Foundation for Polish Science
    Amount: 2,198,000 PLN (~510,000 EUR)
    Date: VII 2019 – III 2023
    PI: Michał Tomza
  • “Ultracold quantum mixtures of ions with atoms, molecules, and Rydberg atoms: novel hybrid systems and applications”
    OPUS Grant, National Science Centre Poland
    Amount: 785,000 PLN (~185,000 EUR)
    Date: IX 2017 – XI 2021
    PI: Michał Tomza
  • “Quantum simulations, computations, and sensing with novel quantum molecular systems”
    Homing Grant, Foundation for Polish Science
    Amount: 781,000 PLN (~180,000 EUR)
    Date: VII 2017 – VI 2019
    PI: Michał Tomza
  • “Cooling and dynamics of polyatomic molecular ions immersed in ultracold atomic gases”
    SONATA Grant, National Science Centre Poland
    Amount: 525,600 PLN (~120,000 EUR)
    Date: X 2016 – IX 2021
    PI: Michał Tomza

Computational grants:

  • “Simulations of ultracold quantum molecular many-body systems”
    PL-Grid Infrastructure, Poland
    Computational time: 8,000,000+17,000,000+22,500,000 hours
    Date: XII 2017 – XII 2018, XII 2018 – XII 2019, I – XII 2020
    PI: Michał Tomza
  • “Cooling of polyatomic molecules and molecular ions”
    PL-Grid Infrastructure, Poland
    Computational time: 700,000 hours
    Date: VII 2016 – XII 2017
    PI: Michał Tomza
  • “Application of quantum chemistry methods to investigate many-body dynamics of ultracold Fermi atoms in traps”
    PL-Grid Infrastructure, Poland
    Computational time: 300,000 hours
    Date: II 2015 – VII 2016
    PI: Michał Tomza