Elena Voloshina

Elena Voloshina

Scientific Adviser

About

Elena Voloshina, Dr. habil. is a theoretical condensed matter physicist.

Her research is focused on the electronic and magnetic properties of different low-dimensional objects, particularly two-dimensional (2D) materials and systems on their basis. For her contributions to this field she was recognised with the Shanghai 1000 Talent award (2018). Before joining RBI, she worked at leading universities and research institutes in Germany (2002-2017) and China (2017-2024). Further details can be found here.

Elena is a permanent staff member of the Modelling and Theory of Materials Group since 2024.

Interests
  • Condensed matter physics
  • Surface science
  • Electronic and magnetic structure of complex materials
  • 2D materials and heterostructures
Education
  • Habilitation in Theoretical Chemistry, 2023

    Freie Universität Berlin

  • PhD in Chemistry, 2001

    Faculty of Chemistry | Rostov State University

  • Diploma in Chemistry, 1997

    Faculty of Chemistry | Rostov State University

2025

1
(2025). Synthesis of graphene layers on polycrystalline Ni foil using liquid ethanol. RSC advances.
2
(2025). Atomic structure and quasiparticle interference of epitaxial graphene on ferromagnetic Mn5Ge3. Advanced Electronic Materials.
3
(2025). Europium intercalation as a route to modulate electronic and magnetic properties of h-BN/Ni(111). Nanoscale.
4
(2025). Beyond pristine layers: Engineering van der Waals MPX3 materials (M: Transition Metal, X: Chalcogen) via defects, adsorption, and intercalation. Small Science.
5
(2025). Correlation effects in van der Waals CrXTe3 materials (X: Si, Ge) from X-ray spectroscopy studies. The Journal of Physical Chemistry C.
6
(2025). Proximity effects in the graphene-Co3Sn2S2 interface. Journal of Materials Chemistry C.
7
(2025). Orbital analysis of electronic states for vdW material CoPS3 by scanning probe microscopy. The Journal of Physical Chemistry C.
8
(2025). Electronic properties of graphene interfaced with multiferroic van der Waals CuCrP2S6 from X-ray spectromicroscopy and DFT. Carbon.
9
(2025). Letter to the editor concerning “Direct spectroscopic evidence of magnetic proximity effect in MoS2 monolayer on graphene/Co”. ACS Nano.
10
(2025). Bernal-stacked bilayer graphene on Rh(111): Clear evidence from ARPES and DFT. The Journal of Physical Chemistry C.