Welcome to the Blasiak Project Page
My research interests focus on the large-scale Quantum Chemistry — investigating complex condensed-phase systems from the perspective of Quantum Mechanics. I am currently a research associate in Goethe University Frankfurt, in the Theoretical Chemistry of Complex Systems group.
Read recent posts to get to know more about my research and collaborations.
Bio-SolEFP method enables calculations of IR spectra of selected vibrational chromophores in very complex molecular environments like proteins, taking into account intricate interplay of various quantum mechanical effects on intermolecular interactions.
EOP method enables encapsulations of electron repulsion integrals in fragment-based approaches to Quantum Chemistry, making them many orders of magnitude faster and turning them into effective fragment potentials.
EOP method enables effective fragment parameterization of excitonic energy transfer couplings (EET). This is the first step to generate complex excitonic Hamiltonians for arbitrary arangement of chromophores with disorder. It is relevant for studying energy and charge transfer processes in organic photovoltaic materials.
EOP method makes the transfer (CT) term of the state-of-the-art charge EFP2 method less time-consuming by more than one order of magnitude.
Visit our Quantum Chemistry Workshop to learn more about how to materialize your scientific ideas for implementing your computational methods into action.
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