Scientific projects:
RSF No. 25-23-00607 (2025-2026) Kiryutin A.S. "Effective methods of spin polarization of heteronuclei under the influence of switchable static and oscillating magnetic fields using parahydrogen"
RSF 23-73-10103 (2023-2025) Fishman N.N. Photoinduced spin hyperpolarization of nuclei in biologically active compounds
RSF 23-73-01101 (2023-2025) Zhukov I.V. "Magnetic and spin effects in the recombination of short-lived charged biradicals: experiment and numerical modeling"
Ministry of Science and Higher Education of the Russian Federation (Megagrant No. 075-15-2021-580) (2021-2023) Bodenhausen G./Shenkarev Z.O. "Nuclear spin hyperpolarization in repeatedly switched fields"
RSF No. 20-62-47038 (2021-2023) Ivanov K.L. "Application of parahydrogen for the generation of long-lived nuclear spin hyperpolarization"
RFBR No. 21-53-12023 NNIO_a (2021-2023) Sagdeev R.Z. "Influence of magnetic isotopes on the evolution of radical pairs during electron transfer in proteins"
RFBR No. 20-53-15004 NCNI_a: (2020-2022) Kiryutin A.S. "New applications of long-lived spin states: field-switching relaxometry and dynamic nuclear polarization"
RSF No. 20-63-46034 (2020-2022) Yurkovskaya A.V. "New trends in spin chemistry"
RFBR 20-03-00234 (2020-2022) Sagdeev R.Z. "Investigation of metabolic processes and biologically important radical reactions by modern methods of magnetic resonance and spin chemistry"
RFBR No. 19-29-10028: (2019-2023) Yurkovskaya A.V. "Spin hyperpolarization in switchable magnetic fields"
RSF No. 19-43-04116: (2019-2021) Yurkovskaya A.V. "Development and application of new methods for NMR signal enhancement using parahydrogen"
RSF No. 19-73-00153 (2019-2020) Fishman N.N. "Study of photoinduced electron transfer in donor-acceptor compounds promising for photovoltaics by the method of nuclear spin hyperpolarization."
RFBR mol_ev_a No. 19-32-80004 (2019-2020) Fishman N.N. "New methods for creating entangled states and studying decoherence in nuclear spin qubit systems."
RFBR No. 17-03-00932: (2017-2019) Ivanov K.L. "Dynamics of photoinduced spin hyperpolarization in solids"
RFBR A 17-03-00656 (2017-2019) Sagdeev R.Z. "Spin-selective processes in chemical and biological reactions"
RFBR 15-33-20716 (2015-2016) Ivanov K.L. "Relaxation of systems of interacting nuclear spins: dependence of relaxation rate on static and oscillating magnetic fields and long-lived spin order"
RSF No. 14-13-01053 (2014-2018) Ivanov K.L. "Chemical and spin dynamics of spin hyperpolarization formation in the SABRE method"
RSF No. 15-13-20035: (2014-2019) Vieth H.-M. "Photoinduced spin hyperpolarization in condensed media"
RFBR mol_a No. 14-03-31563 (2014-2015) Fishman N.N. "Study of the structure and reactivity of short-lived radicals of purine bases of nucleic acids."
RFBR A 14-03-00453 (2014-2016) Sagdeev R.Z. "Investigation of short-lived radical intermediates in biologically important processes"
RFBR 14-03-00380 (2014-2016) Lukzen N.N. "Evolution of nuclear hyperpolarization in switchable strong RF fields"
RFBR 14-03-00397 (2014-2016) Ivanov K.L. "The role of anti-level crossings in the formation of nuclear spin hyperpolarization"
RFBR A 13-03-00437 A (2013-2015) Yurkovskaya A.V. "Investigation of the structure and reactivity of short-lived radical intermediates in reactions of biologically important molecules"
RFBR 12-03-31775 (2012-2013) Kiryutin A.S. "Study of the magnetic field dependence of the efficiency of parahydrogen-induced nuclear polarization transfer"
RFBR 12-03-31042 (2012-2013) Ivanov K.L. Study of phenomena of coherent transfer of non-equilibrium polarization and relaxation in coupled multi-spin systems in the range of magnetic fields 0.1 mT - 7 T
RFBR 12-03-33082 (2012-2013) Ivanov K.L. "Magnetic and spin effects in chemical reactions of biologically important molecules"
Miscellaneous:
As part of the Novosibirsk Biennale of "science-intensive art", the first internet radio was created that allows you to listen to how molecules sound. Nuclear magnetic resonance spectra of various molecules have been converted into audio format.
Nuclear Resonance Radio
Authors: Alexey Grishchenko and Alexey Kiryutin, 2014
