Grants

The projects in progress 

  1. Development of novel functional materials for biocompatible organic electronics and robotics

    Russian Science Foundation, 19-73-30028, 2019 - 2022.

  2. Development of novel functional materials based on conjugated donor-acceptor oligomers for organic photovoltaics

    Russian Science Foundation, 19-73-10198, 2019 - 2022.

  3. Spectroscopic method for evaluation of charge mobility in organic semiconductors

    Russian Science Foundation, 18-72-10165, 2018 - 2020.

Accomplished projects

  1. High Mobility Single Crystals for n-Channel Organic Field-Effect Transistors

    Join Indian-Russian project - Russian Science Foundation and Indian Department of Science and Technologies. Russian Foundation for Basic Research, 18-52-45024, 2018-2019.

  2. Organic phototransistors with high spatial resolution

    Russian Science Foundation, 18-79-00341, 2018-2019

  3. Efficient organic light-emitting transistors

    Russian Science Foundation, 18-12-00499, 2018-2020

  4. High luminesence semiconductor single crystals for organic light-emitting devices

    The contest of works of students, postgraduate students and young scientists of Lomonosov Moscow State University established by O.V. Deripaska, Д1-17/013-03 81/17-МГУ, 2017-2018

  5. Molecular motion in luminescent and charge-transport properties of single crystals of linear oligoarenes

    Russian Foundation for Basic Research, 17-02-00841, 2017-2019

  6. Mechanisms of efficient electron transport in organic crystals

    Russian Foundation for Basic Research, 16-32-60204 mol_a_dk, 2016-2018

  7. Towards organic injection laser

    Russian Science Foundation, 15-12-30031, 2015-2017

  8. ~Crystalline organic semiconductor laser with external resonator (Кристаллический полупроводниковый органический лазер с внешним резонатором)

    Russian Foundation for Basic Research, 15-02-09375, 2015-2017

  9. Kinetic model of organic solar cell

    Russian Foundation for Basic Research, 16-32-00870 mol_a, 2016-2017

  10. Stable Next-Generation Photovoltaics: Unraveling degradation mechanisms of Organic and Perovskite Solar Cells by complementary characterization techniques (StableNextSol). European Cooperation in Science and Technology (COST) Acton MP1307

    Since 2014

  11. Solution growth of semiconducting organic crystals on substrates

    Russian Foundation for Basic Research, 16-32-50045 mol_nr, 2016

  12. Optically-induced phenomena in organic monolayer field-effect transistors

    15-53-10070 Ko-a, 2015-2016 (Russian-UK)

  13. Ultrafast dynamics of charge generation and recombination in organic photovoltaic composites

    Russian Foundation for Basic Research, 14-02-31632 mol_a, 2014-2015

  14. Highly organized functional phenylene-thiophene molecular structures for orgnaic electronics

    Russian Foundation for Basic Research, 13-03-12472-ofi-m2, 2013-2015

  15. Photo- and electrophysics of crystalline oligothiophene-phynelene films

    Russian Foundation for Basic Research, 13-02-01313, 2013-2015

  16. Analysis and laboratory studies of stability of organic thin films solar cells in space

    Tsniimash/Roscosmos #851-2144/14/269, 2014-2015

  17. Single crystal organic field effect transistors on oligophenylenethiophene derivatives

    Russian Foundation for Basic Research, 14-32-50328_mol_in_nr, 2014

  18. Few-layer thin film transistors for flexible electronics applications

    Nokia Corporation, 2014

  19. Organic field effect and light emitting transistors

    Russian Ministry of Science and Education, agreement #8082, 2012-2013

  20. Thermochromism of intermolecular charge transfer complexes of semiconducting polymers

    Russian Foundation for Basic Research,12-02-31635 mol_a, 2012-2013

  21. Raman spectroscopy for probing morphology of organic solar cells

    Russian Foundation for Basic Research, 12-02-31599 mol_а, 2012-2013

  22. Charge dynamics in polymer nanostructures of solar cells: from femto - to milliseconds

    Russian Ministry of Science and Education, contract #02.740.11.5155, 2010-2011

  23. Study and development of organic solar cells based on nanocomposites of semiconducting polymers and fullerene metallocomplexes

    Fund "Global Energy"

  24. Increasing the efficiency of polymer solar cells

    Russian Ministry of Science and Education, contract 16.740.11.0064, 2010-2012

  25. Development of organic solar cells with enhanced photovoltage based on semiconducting polymers and fullerene metallocomplexes

    Russian Ministry of Science and Education, contract 16.740.11.0249, 2010-2012

  26. Development of the metrological complex and measurement protocols for solar cells based on nanotechnologies

    Federal Agency on Technical Regulating and Metrology, contract # 154-6/336/1, 2008-2010

  27. Novel semiconducting selenophene-based polymers for organic solar cells: from synthesis to devices

    Joint Russia-Israel project, RFBR 09-02-92483-МНКС_а

  28. Photophysics of charge-transfer complexes of conjugated polymers: mechanisms of energy migration and stability increasing

    RFBR, project 07-02-01227-а, 2007-2008

  29. Investigation of new nanomaterials for organic solar cells

    Russian Ministry of Science and Education, in the framework of contract # 02.513.11.3207, 2007-2008

  30. Investigation of fullerene derivatives and their nanocomposites with conjugated polymers to create high-efficiency solar cells

    Russian Ministry of Science and Education, in the framework of contract # 02.513.11.3209, 2007-2008

  31. Polymer solar cells

    International Science and Technology Center (ISTC) and European Office of Aerospace Research & Development (EOARD) (Air Force Office of Scientific Research), partner project #2666P, 2003-2006