In addition, Krylov develops many-body theories for describing metastable electronic states (resonances) and tools for spectroscopy modeling, including non-linear optical properties and core-level transitions. Krylov is also known for her development of efficient algorithms and software for quantum chemistry computations. She is one of the developers of the open-source libtensor library for many-body calculations and the Q-Chem electronic structure package.
In addition, Krylov constructs many-body theories to describe stable electronic states (resonances) and tools for spectroscopy modeling, including non-linear optical properties and core-level transitions. Krylov is also recognized for her development of efficient algorithms and software for quantum chemistry computations. She is one of the developers of the open-source libtensor library for many-body calculations and the Q-Chem electronic structure package.