Teaching

• Structure of Matter Annual course of lectures and seminars · Novosibirsk State University, Department of Natural Sciences · 2022–present
• Introduction to Magnetic Resonance Semester-long course of lectures and seminars · Novosibirsk State University, Department of Natural Sciences · 2021–present
• Modeling of Processes and Phenomena of Physical Chemistry Seminars · Novosibirsk State University, Department of Natural Sciences · 2017–2020
• General Physics Seminars: mechanics, electricity and magnetism, quantum mechanics, thermodynamics and statistical physics · Novosibirsk State University, Department of Natural Sciences · 2015–2020

Diploma and thesis projects supervised at Novosibirsk State University.

• 2026–now
  Anastasia Ishchenko PhD student
• 2024–2026
  Anastasia Ishchenko Specialist thesis Spin dynamics of high-spin cobalt(II) complexes with phenoxyimine ligands induced by pulsed terahertz radiation

  Thesis (PDF)

• 2023–2025
  Danil Kuznetsov Master's thesis Electron relaxation of diradicals, potential agents for dynamic nuclear polarisation, studied by pulsed EPR spectroscopy in the X- and Q-bands
• 2022–2023
  Danil Kuznetsov Bachelor's thesis Orientation dependence of phase spin relaxation and electron spin echo envelope modulation measured with broadband microwave pulses of equal duration

  Thesis (PDF)

• 2017–2018
  Victoria Sannikova Bachelor's thesis Recombination exciplexes of fluorinated derivatives of tolane and 1,4-bis(phenylethynyl)benzene

  Thesis (PDF)

A problem book written for the "Structure of Matter" course: exercises with solutions covering the topics of the annual lecture series. Written in Russian, typeset in LaTeX, and kept in the open on GitHub, so corrections and additions arrive with each term.

• CourseStructure of Matter
• LanguageRussian
• FormatPDF, freely available

The first term of the "Structure of Matter" course collected as one book: fifteen lectures on the structure of atoms and molecules, from angular momentum and atomic terms to molecular orbitals, group theory and the Hückel method. Written in Russian and typeset in Typst.

• CourseStructure of Matter
• PartTerm 1 — atoms and molecules
• LanguageRussian
• FormatPDF, freely available

The second term of the "Structure of Matter" course collected as one book: fourteen lectures on the interaction of matter with radiation, from the Woodward–Hoffmann rules and crystal field theory to fluorescence, vibrational and rotational spectroscopy, magnetic resonance and pulsed methods. Written in Russian and typeset in Typst.

• CourseStructure of Matter
• PartTerm 2 — spectroscopy and magnetic resonance
• LanguageRussian
• FormatPDF, freely available