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Head of Group

Tatiana Dolenko
Leading Researcher, Ph.D.

Research Fellows

Sergey Burikov
Senior Researcher, Ph.D.

Kirill Laptinskiy
Researcher, Ph.D.

Alexey Vervald
Junior Researcher, Ph.D.

Ivan Plastinin
Junior Researcher, Ph.D.

Olga Sarmanova

PhD Students

Galina Chugreeva
Kirill Kozhushny

Students

Luiza Utegenova
Gavriil Kupriyanov
Anisiya Korepanova
Ramil Volkov
Kirill Buzanov

Alumni

Dmitriy Karpov
Ernest Mazurin
Ekaterina Vervald
Olga Kotova
Andrey Lachko
Alexander Salekhov
Ekaterina Filippova
Andrey Kudryashov
Maria Khmeleva
Anna Fedyanina

Study of molecular interactions in suspensions of nanoparticles (nanodiamonds, carbon dots) using laser spectroscopy methods

Supervisor: Dr. T.A. Dolenko

Elaboration of multifunctional biosensor on the basis of carbon nanoparticles

Supervisors: Dr. T.A. Dolenko,
Dr. S.A. Burikov

Raman and IR spectroscopy of aqueous solutions of amphiphilic compounds

Supervisor: Dr. T.A. Dolenko

Raman and IR spectroscopy of supercooled water

Supervisor: Dr. S.A. Burikov

Solution of inverse problem of Raman spectroscopy of aqueous solutions using artificial neural networks and genetic algorithms

Supervisor: Dr. T.A. Dolenko

Mechanisms of forming of water Raman spectra. Fermi and Darling-Dennison resonances

Supervisors: Dr. T.A. Dolenko,
Dr. S.A. Burikov

Address

Housing of nonlinear optics (HNO), 4-12a
Post adress: Moscow 119991, Leninskie Gory 1/62,
MSU, Department of Physics,
chair of Quantum Electronics

Contuct us
Email: tdolenko(at)mail.ru

News (archive)

People

Head of Group

PhD Students

Alumni

Main Scientific Directions
of our Laboratory

For students

Topics of yearly projects for students of the second course

Study of molecular interactions in suspensions of nanoparticles (nanodiamonds, carbon dots) using laser spectroscopy methods

Elaboration of multifunctional biosensor on the basis of carbon nanoparticles

Raman and IR spectroscopy of aqueous solutions of amphiphilic compounds

Raman and IR spectroscopy of supercooled water

Solution of inverse problem of Raman spectroscopy of aqueous solutions using artificial neural networks and genetic algorithms

Mechanisms of forming of water Raman spectra. Fermi and Darling-Dennison resonances

News (archive)

People

Head of Group

PhD Students

Alumni

Main Scientific Directions of our Laboratory

For students

Topics of yearly projects for students of the second course

Study of molecular interactions in suspensions of nanoparticles (nanodiamonds, carbon dots) using laser spectroscopy methods

Elaboration of multifunctional biosensor on the basis of carbon nanoparticles

Raman and IR spectroscopy of aqueous solutions of amphiphilic compounds

Raman and IR spectroscopy of supercooled water

Solution of inverse problem of Raman spectroscopy of aqueous solutions using artificial neural networks and genetic algorithms

Mechanisms of forming of water Raman spectra. Fermi and Darling-Dennison resonances

Main Scientific Directions
of our Laboratory