Team

Liubov Yu. Antipina

PhD,
senior reseacher

Date of birth:
August 27, 1985, Norilsk, USSR

Citations: 843
H-index: 14 (2025)

Google Scholar
WOS Research ID: A-1800-2014
Scopus Author ID: 564222335000
ORCID: 0000-0003-1176-317X
SPIN-code: 4671-5591, AuthorID: 599981

Education

2007 Specialty in Chemistry

Krasnoyarsk State University, Krasnoyarsk, Russia

Quantum-chemical study of Ca²⁺-regulated photoprotein obelin

2010 PhD of Physical and Mathematical Sciences

Institute of Physics named after L.V. Kirensky SB RAS, Krasnoyarsk, Russia

Study of bioluminescence processes of Ca²⁺-regulated photoprotein obelin

Research
interests

Theoretical chemistry; first principles quantum chemical calculations; semi-empirical and empirical calculation methods; modeling of processes occurring in nanostructures (nanotubes, graphene, graphane, fullerenes, etc.), drug delivery, water treatment
Reviewer in scientific journals

Chemistry Engeneering, Nanomaterials, Chemistry
Guest
Editor

Special issue «Advances in the Application of Nanoparticles in Biomedical and Ecology Systems» in International Journal of Molecular Sciences

Awards and grants

2010-2012
FTP Contract No. P333
Research of physical and chemical properties of biological systems by methods of quantum chemistry

2012-2013
RFBR 12-02-31261
Research of peculiarities of electronic, elastic and mechanical properties of materials based on diamond clusters of nanometre size

2012-2013
FTP 14.B37.21.1645
Research of ways of creation and properties of single-crystal diamond film of nanometre thickness

2012-2013
FTP 16.513.12.3025
Development of methods for creation of acoustoelectronics and sensor devices based on superhard synthetic single crystals and piezoelectric layered structures on their basis

2014-2016
RNF 14-12-01217
Modelling of structure and properties of new multilayer nanomaterials based on transition metal dichalcogenides and BN-graphene layers

2014-2016
RNF 14-13-00139
Theoretical study of spin-polarized 2D nanocomposites. polarised 2D nanocomposites of graphene and h-BN with silicides and manganites of transition and rare-earth elements as elements of spintronics and spincaloritronics

2015-2020
Programme for increasing the competitiveness of NITU MISIS among the world's leading scientific and educational centres
Infrastructure project ‘Theoretical Materials Science of Nanostructures’

2017-2019
RNF 17-72-20223
Investigation 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

2017-2019
RFBR 17-02-01095
New graphene-like bilayer structures as elements of electronics and optics: Modelling of geometry and physical properties

2018-2020
RFBR 18-32-20190
Investigation of the coupling of Geisler alloys and a number of low-dimensional materials for use in spintronics

2020-2023
RFBR 20-19-00120
Development of new bactericidal surfaces based on the study of the main mechanisms of suppression of bacterial and fungal pathogens

2021-2022
RFBR 20-52-76018 ERA_t
Ion-implanted two-dimensional materials for single-centre catalysis

2022-2024
Grant for the establishment of the laboratory within the framework of implementation of the strategic academic leadership programme "Priority-2030" and activities aimed at conducting breakthrough scientific research and creating knowledge-intensive products and technologies, building human resources capacity of the research and development sector (No. K6-2022-041)

Experience