Projects

PI – principal investigator, Rs – researcher, Sv – supervisor

  1. Gotard Burdziński (PI), 2018-2022 OPUS 14 project 2017/27/B/ST4/00320: “Mechanizm i dynamika reakcji fotochromowej 3H-naftopiranów badane czasoworozdzielczą spektroskopią oscylacyjną i elektronową“,
  2. Gotard Burdziński (PI), 2014-2017 OPUS 5 project 2013/09/B/ST4/00273: “Pierwsze badania fotoindukowanych procesów w betalainach z wykorzystaniem femtosekundowej absorpcji przejściowej UV-vis“
  3. Gotard Burdziński (PI), 2011-2012 NCN habilitation project N N204 179540: “Badania początkowych etapów fotoindukowanej reakcji 1,2,3-tiadiazoli”
  4. Gotard Burdziński (PI), 2010-2011 MNiSW Polonium project: “Badania procesu fotoindukowanego przenoszenia protonu w fotoprzełącznikach molekularnych”
  5. Gotard Burdziński (PI), 2007-2010 FNP HOMING project: “Badania pierwszych etapów reakcji odwracalnej i nieodwracalnej fotochemii”
  6. Marcin Ziółek (PI), 2007-2010 MNiSW project N204 149 32/3777: ” Influence of environment on photochromism. Investigation of intramolecular proton transfer and photoinduced structural changes in some aromatic Schiff bases ” , 60 000 EUR.
  7. Marcin Ziółek (Rs), 2009-2011 Marie Curie grant within the UE 7th Framework Programme (FP7-PEOPLE-IEF-2008 no. 235286: From Femto to Millisecond and From Ensemble to Single Molecule Photobehavior of Some Nanoconfined Organic Dyes for Solar Cells Improvement (NANOSOL), 100 000 EUR (PI: Prof. A. Douhal).
  8. Marcin Ziółek (Rs), 2009-2013 Project: Strategic Japanese-Spanish Cooperative Program (PLE 2009–0015): Design, exploration and fabrication of solar cells based on new materials with high conversion efficiency (NANOCONV), 250 000 EUR (PI: Prof. A. Douhal).
  9. Marcin Ziółek (PI), 2013-2016 NCN OPUS project 2012/05/B/ST3/03284: Elementary charge-separation processes in dye-sensitized solar cells studied by time resolved optical spectroscopy, , 145 000 EUR.
  10. Marcin Ziółek (PI), 2016-2021 NCN SONATA-BIS project 2015/18/E/ST4/00196: „Studies of the interaction of silyl-anchor dyes with metal oxide nanoparticles”, 275 000 EUR.
  11. Katarzyna Pydzińska-Białek (PI), Marcin Ziółek (Sv), 2017-2020 NCN PRELUDIUM project 2016/23/N/ST5/00070: “Time-resolved studies of perovskite materials used in the most efficient solar cells”.
  12. Katarzyna Pydzińska-Białek (PI), Marcin Ziółek(Sv), 2017-2021 MNiSW project “Diamentowy Grant” 0019/DIA/2017/46: “Studies of charge transfer dynamics between perovskites and electron or hole transporting layers in solar cells”.
  13. Sanjay Sahare(PI), Marcin Ziółek (Sv), 2022-2025 NCN POLONEZ BIS project 2021/43/P/ST3/02599: “Free-Standing Nano Paper-based 2D-MXENE Perovskite Semi-Transparent Solar Cell and their Charge Carrier Dynamics”.
  14. Mykhailo Solovan(PI), Marcin Ziółek (Sv), 2022-2024 NAWA ULAM scholarship BPN/ULM/2021/1/00230 “Unraveling Photoelectric Processes in 2D Hybrid Perovskite Optoelectronic Devices”.
  15. Marcin Ziółek (PI), 2023-2027 NCN PRELUDIUM BIS project 2021/43/O/ST4/00017: “Electron transfer processes in multi-dye sensitized solar cells studied using ultrafast laser spectroscopy”.
  16. Hryhorii Parkhomenko (PI), Marcin Ziółek (Sv), 2025-2027 NAWA ULAM scholarship BNI/ULM/2024/1/00019 ““Understanding the Photoelectric Processes and Limitations of Novel Bifacial Perovskite Photovoltaic Devices”.
  17. Krzysztof Dobek (PI) 2017 Poznań Science and Technology Park UAM /  Faculty of Physics UAM project MNiSW „Multiplanar microscop with movable and tunable thermal lens”, in the frame of the „ Innowator Inkubacyjności +” operation realized at PSTP UAM.
  18. Krzysztof Dobek (PI) 2010 – 2013 project MNiSW N N202 0913 39 „Effects of the hydrogen bonds and non-specific interactions on the thermochromic properties of selcted coumarins and 4-aminophtalimide”.
  19. Krzysztof Dobek (Rs), Konrad Banaszek (PI) KL FAMO, UMK Toruń, 2008 – 2011 project FP7 FET projekt CORNER 213681 „Correlated noise effects in quantum information processing”.
  20. Krzysztof Dobek (Rs), Marek Sikorski (PI) Wydział Chemii UAM 2007 – 2010 projekt MNiSW N N204 2659 33„Mechanism and dynamics of the phototautomerization process of alloxazines in solutions and solids”.