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Latest Research
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 Multiscale, QMMM, modeling reveals that the validity of the "first hyperpolarizability/bond-length alternaton parameter" relationship breaks down along with increasing polarity of a surrounding medium. PNAS, ms 201006572 (2010).
 Working Mechanism for a Redox Switchable Molecular Machine Based on Cyclodextrin: A Free Energy Profile Approach
 The mechanism of Iridium(III) catalyzed hydrogenation of CO2 in 1M KOH was studied with DFT.
 Importance of the Intramolecular Hydrogen Bond on Photochemistry of Anionic Hydroquinone (FADH-) in DNA Photolyase
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 Product Protection, a Key to Developing High Performance Methane Selective Oxidation Catalysts
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 Ab Initio Study of Coherent Anti-Stokes Raman Scattering (CARS) of the 1,3,5-Trinitro-1,3,5-Triazacyclohexane (RDX) Explosion Molecule.
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 Time-dependent closed and open-shell density functional theory from the perspective of partitioning techniques and projections
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 Theoretical studies of angle-resolved ion yield spectra of core-to-valence transitions of acetylene
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 Simulation of Inelastic Electronic Tunneling Spectra of Adsorbates from First-Principles
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 Rotations of occupied invariant subspaces in self–consistent field calculations
News on the latest research from the Department of Theoretical Chemistry. Our research fields include Catalysis, Biomolecular Modeling, Nanoscience, X-Ray Spectroscopy, DFT Development. For more information on the specific projects click on the figures above, and for information on the research fields please visit our research site.
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The department of Theoretical Chemistry was established at KTH in 1999. We
are located at the Albanova University Center
- please come and see us! Our work is computer based, and
consists mostly of the modeling of microscopic systems - that is we use mathematical
models to simulate such systems in order to describe their properties, spectra
and reactions. This could mean a molecule, a cluster, a polymer, a segment of
a protein, a functional center in an enzyme, or a species which is dissolved in
a solvent or adsorbed on a surface. The modelling is mostly, but not always, based
on theories related to quantum mechanics. We have common projects among ourselves
and with other biologists, chemists and physicists, here and elsewhere. We are
also involved in teaching and seminars. If you want to learn more about us just
click the areas above!
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