I like EOM-CC methods, open-shells, molecular orbitals and Hückel
theory, spectroscopy, second quantization, size-extensive wave
functions, C++ and EOM-CC. Why did I mention EOM-CC twice?
Because I really like it!
Read more about Anna on Wikipedia. Full CV is available here. |  |
 Carson BakerResonances, electron scattering |  Dr. Arnab ChakrabortyMRSF-TDDFT |
 Harsh Aryan JalanExcited-state processes; radiative and radiationless relaxation |  Nayanthara Karippara JayadevCore-level spectroscopy |
 Madhubani MukherjeeResonances, free-electron states |  Victoria NazarovaPhotochemistry, excited-state dynamics |
 George Baffour PipimPhotoredox catalysis, ionic thrusters |  Jia Hao SohX-rays, transition-metal complexes |
 Dr. Tingting ZhaoEOM-CCSD extensions and properties |
 Dr. Pawel WojcikLaser cooling |  Dr. Goran GiudettiPhotoswitches, fluorescent dyes, QM/MM |
 Kyle Alexander TanovitzPhotochemistry, spectroscopy |  Dr. Yongbin KimQuantum computation, QIS |
 Dr. Sourav DeyThesis:
Modeling X-ray spectroscopy in condensed phase
(13761 kB) |  Dr. Sarai Dery FolkestadFree electrons |
 Dr. Ronit SarangiThesis:
Computational Spectroscopy in Gas and Condensed Phases
(30626 kB) |  Dr. Saikiran Kotaru |
 Dr. Kaushik Nanda |  Dr. Sven Kahlerg-tensor |
 Dr. Maristella AlessioSingle molecule magnets |  Dr. Tirthendu SenPhotochemistry and properties of fluorescent proteins |
 Dr. Sahil GulaniaResonances and photoionization |  Dr. Wojciech SkomorowskiResonances |
 Dr. Florian HampeResonances |  Dr. Maxim IvanovMolecules functionalized with optical cycling centers |
 Dr. Pavel PokhilkoReduced-cost coupled-cluster methods; spin-forbidden processes; relativistic effects; effective Hamiltonians; single-molecule magnets |  Dr. Yingying MaQM/MM |
 Dr. Marwa FaragSinglet fission |  Dr. Alexandre BarrozoModeling charge-transfer in electrochemically active bacteria |
 Dr. Ilya KalimanParallel algorithms for electronic structure calculations Tensor decompositions Code development |  Dr. Natalie OrmsNew eigensolvers for EOM-CC methods; open-shell systems |
 Dr. Samer GozemezDyson code |  Dr. Arman SadybekovHigh density energy materials |
 Dr. Anastasia Gunina |  Dr. Shirin FarajiADC-EFP |
 Dr. Atanu AcharyaRedox properties of fluorescent proteins and their chromophores Thesis:
Photoinduced
redox reactions in biologically relevant systems
(8715 kB) |  Dr. Xintian FengSinglet fission |
 Bailey QinSinglet fission |  Dr. Marc de WergifosseTwo-photon absorption of molecular switches |
 Dr. Matthias SchneiderMetastable electronic states |  Dr. Thomas Jagau |
 Dr. Evgeny Epifanovsky |  Dr. Dmitry ZuevTensor decompositions |
 Subodh TiwariRedox Properties of Blue Chromophores |  Dr. Kirill KhistyaevIonization of DNA base monomers and dimers studied by EOM-IP-CCSD methods GPU programming |
 Dr. Ksenia BravayaIonization of DNA base monomers and dimers studied by EOM-IP-CCSD methods |  Dr. Adèle LaurentProtonation state of photoactive protein QM/EFP studies on biomolecules: implementation of Link Atom scheme |
 Dr. Nadia KorovinaElectronic structure of a precursor to the red chromophore |  Dr. Kadir DiriCenter for computational studies of electronic structure and spectroscopy of open-shell and electronically excited species |
 Dr. Debashree Ghosh |  Dr. Tomasz KusDevelopment and implementation of CC and EOM-CC methods |
 Dr. Yves BernardElectronic structure of ionized non-natural nucleobases Noncollinear Spin-Flip Time-Dependent Density Functional Theory |  Dr. Arik (Arie) LandauDevelopment and benchmarking within the EOM-CC formalism: Frozen Natural Orbitals (FNO) for ionized systems |
 Dr. Eugene KamarchikNuclear dynamics on excited state potential energy surfaces |  Dr. Liang TaoCalculation of photoelectron cross sections, Dyson orbitals, angular distributions of photoelectrons |
 Dr. Vadim MozhayskiyJahn-Teller Effects Anharmonic vibrational levels and photoelectron spectra of linear N |  Dr. Anna Zadorozhnaya (Golubeva) |
 Dr. Melania OanaPhotoionization spectroscopy |  Stanislav Dolgikh |
 Dr. Prashant Uday ManoharPerturbative corrections to EOM-CC for excitation energies and spin-flip cases Spin-adaptation MRCC linear response methods |  Robert SchneikerSingle-molecule magnets, effective Hamiltonian |
 Dr. Lucasz KoziolPhotoelectron spectroscopy Thesis:
Electronic Structure and Spectroscopy of Excited and
Open-shell Species
(76602 kB) |  Dr. Vitalii VanovschiEffective fragment potentials Radical anions and vibronic interactions |
 Dr. Piotr Adam Pieniazek |
Dr. Sergey V. Levchenko
Dr. Tao Wang
Ana-Maria Cristian
Kirill Koshelev
Dr. Peter Itskowitz
Dr. Tatiana Pomerantseva
Victor Olkhovets
Arman Tasheneff
 Daniil Izmodenov (REU-2019)Benchmarking of Open-Shell Frozen Natual Orbital Approximation |  Felix Bangerter (REU-2019)Design of Laser-Coolable Molecules |
 Julia Lazzari-Dean (REU)Ionization of photoactive proteins |  Roman Konoplev-Esgenburg (REU)Redox properties of fluorescent proteins |
 Maria Makarova (REU) |  Eric Sundstrom (REU)Electronic structure of the excited states of water clusters |
 Tim Kowalczyk |
Luis Najera (REU-2017)
Alina Arslanova (REU-2016)
Ariana Nussdorf (REU)
Sanja Pudar (REU)
Christina Crecca (REU)
Funding is provided by:
 National Science Foundation |  U.S. Department of Energy |  U.S. Army Research Laboratory |  USC Dornsife College of Letters, Arts, and Sciences |
Contact info
SSC-409, University of Southern California
Los Angeles, CA 90089-0482
Phone: 213-740-4929 (Prof. Krylov), 213-740-0893 (Lab)
Webmaster:
Beautiful shell pictures by The Space Shell Art Gallery
orcid.org/0000-0001-6788-5016