Team
Sergey Erohin
PhS, reseacher
Date of birth:
August 19, 1993, Tula, Russia
Citations: 380
H-index: 10 (2025)
Google Scholar
WOS Research ID: A-3253-2014
Scopus Author ID: 57003750600
ORCID: 0000-0002-7464-8454
SPIN-code: 6549-5344, AuthorID: 723454
August 19, 1993, Tula, Russia
Citations: 380
H-index: 10 (2025)
Google Scholar
WOS Research ID: A-3253-2014
Scopus Author ID: 57003750600
ORCID: 0000-0002-7464-8454
SPIN-code: 6549-5344, AuthorID: 723454
Education
2014 Bachelor of Physics
Moscow Institute of Physics and Technology (State University), Moscow, Russia
Simulation of the mechanical properties of nanopolycrystalline diamond
Simulation of the mechanical properties of nanopolycrystalline diamond
2016 Master of Physics
Moscow Institute of Physics and Technology (State University), Moscow, Russia
Study of the mechanical properties and features of the formation of nanostructures based on diamond
Study of the mechanical properties and features of the formation of nanostructures based on diamond
2021 PhD of Physical and Mathematical Sciences
Moscow Institute of Physics and Technology (State University), Moscow, Russia
Theoretical description of rearrangement mechanisms of the atomic structure of some two-dimensional crystals using graphene, GaN, and AlN (speciality 01.04.07 - Condensed matter physics).
The defence was held on 15 October 2021
Theoretical description of rearrangement mechanisms of the atomic structure of some two-dimensional crystals using graphene, GaN, and AlN (speciality 01.04.07 - Condensed matter physics).
The defence was held on 15 October 2021
- Research interests
Numerical quantum chemistry, ab-initio calculations, carbon (diamond nanopoly crystals, nanotubes, graphene), machine learning
Awards and grants
2022-2024
RSF 22-72-00138
Study of phase transitions in carbon materials at the atomic level using modern modelling methods
2024-2027
RSF 24-79-10299
Investigation of new methods of synthesis of nanodiamonds without pressure application
RSF 22-72-00138
Study of phase transitions in carbon materials at the atomic level using modern modelling methods
2024-2027
RSF 24-79-10299
Investigation of new methods of synthesis of nanodiamonds without pressure application
2015-2017
No. K2-2015-033
Infrastructure project ‘Theoretical Materials Science of Nanostructures’. Programme for Increasing Competitiveness of NITU MISIS among the World's Leading Scientific and Educational Centres
2017-2018
No. K2-2017-001
Infrastructure Project ‘Theoretical Materials Science of Nanostructures’. Programme for increasing competitiveness of NITU ‘MISIS’ among the world's leading scientific and educational centres
2017-2020
RNF 17-72-20223
Research of new classes of nanomaterials with unusual structure: monoatomic-thick films based on d-metals and quasi-one-dimensional van der Waals nanowires and nanoribbons of composition M2X3 and M2X3Y8
2019-2020
RFBR 18-32-20190
Investigation of Geisler alloys coupling and a number of low-dimensional materials for use in spintronics
2019-2020
No. K2-2019-016
Infrastructure project ‘Search and prediction of new low-dimensional structures and investigation of their physical and chemical properties’. Programme for increasing the competitiveness of NITU ‘MISIS’ among the world's leading scientific and educational centres
2019-2020
MD-1046.2019.2
Study of the formation of new quasi-dimensional nanostructures at chemically induced phase transition, Grant of the President of the Russian Federation for the state support of young Russian scientists and for the state support of leading scientific schools of the Russian Federation
2020-2022
RFBR 20-32-90049
Theoretical study of spin effects
No. K2-2015-033
Infrastructure project ‘Theoretical Materials Science of Nanostructures’. Programme for Increasing Competitiveness of NITU MISIS among the World's Leading Scientific and Educational Centres
2017-2018
No. K2-2017-001
Infrastructure Project ‘Theoretical Materials Science of Nanostructures’. Programme for increasing competitiveness of NITU ‘MISIS’ among the world's leading scientific and educational centres
2017-2020
RNF 17-72-20223
Research of new classes of nanomaterials with unusual structure: monoatomic-thick films based on d-metals and quasi-one-dimensional van der Waals nanowires and nanoribbons of composition M2X3 and M2X3Y8
2019-2020
RFBR 18-32-20190
Investigation of Geisler alloys coupling and a number of low-dimensional materials for use in spintronics
2019-2020
No. K2-2019-016
Infrastructure project ‘Search and prediction of new low-dimensional structures and investigation of their physical and chemical properties’. Programme for increasing the competitiveness of NITU ‘MISIS’ among the world's leading scientific and educational centres
2019-2020
MD-1046.2019.2
Study of the formation of new quasi-dimensional nanostructures at chemically induced phase transition, Grant of the President of the Russian Federation for the state support of young Russian scientists and for the state support of leading scientific schools of the Russian Federation
2020-2022
RFBR 20-32-90049
Theoretical study of spin effects
Experience
2024 - up to now
Research Associate
NITU MISIS, Moscow, Russia
2023 - 2023
Junior Research
NITU MISIS, Moscow, Russia
2017 - 2023
Research Project Engineer
NITU MISIS, Moscow, Russia
2015 - 2023
Research Intern
Technological Institute of Superhard and New Carbon Materials, Moscow Region, Troitsk, Russia
2020 - 2022
Junior Research
Moscow Institute of Physics and Technology, Moscow, Russia
Research Associate
NITU MISIS, Moscow, Russia
2023 - 2023
Junior Research
NITU MISIS, Moscow, Russia
2017 - 2023
Research Project Engineer
NITU MISIS, Moscow, Russia
2015 - 2023
Research Intern
Technological Institute of Superhard and New Carbon Materials, Moscow Region, Troitsk, Russia
2020 - 2022
Junior Research
Moscow Institute of Physics and Technology, Moscow, Russia
2016
Rice University, Department of Materials Science & NanoEngineering (Prof. B. Yakobson group)
2018
Rice University, Department of Materials Science & NanoEngineering (Prof. B. Yakobson group)
Rice University, Department of Materials Science & NanoEngineering (Prof. B. Yakobson group)
2018
Rice University, Department of Materials Science & NanoEngineering (Prof. B. Yakobson group)
2024 - up to now
Mathematical and Computer Modelling of Materials and Processes
MISIS
Mathematical and Computer Modelling of Materials and Processes
MISIS
2016 - 2018
MIPT
Quantum-chemical modelling of structure and properties of solids
2022 - 2024
MISIS
Computer and information technologies in science and production
2024 - up to now
MISIS
Mathematical and Computer Modelling of Materials and Processes
MIPT
Quantum-chemical modelling of structure and properties of solids
2022 - 2024
MISIS
Computer and information technologies in science and production
2024 - up to now
MISIS
Mathematical and Computer Modelling of Materials and Processes
Bachelor's degree:
S.V. Bondarenko (2017),
E.V. Sukhanova (2018),
V.A. Prenas (2021),
M.A. Buylova (2024)
Master's degree:
S.V. Bondarenko (2019),
V.V. Zhukov (2021)
S.V. Bondarenko (2017),
E.V. Sukhanova (2018),
V.A. Prenas (2021),
M.A. Buylova (2024)
Master's degree:
S.V. Bondarenko (2019),
V.V. Zhukov (2021)
15/06/2016-20/06/2016
deMon-2k and deMonNano tutorial, CNRS-University of Paris-Sud
5/07/2015-11/07/2015
European Summer School 2015, "Light! An introduction to modern Physics of Light", Université de Strasbourg
deMon-2k and deMonNano tutorial, CNRS-University of Paris-Sud
5/07/2015-11/07/2015
European Summer School 2015, "Light! An introduction to modern Physics of Light", Université de Strasbourg
Learn more about our team
© 2024 Laboratory of Digital Material Science