Loading…
Institute of Functional Materials Chemistry

A leading scientific center in Ukraine in the field of chemistry and chemical materials science.

About Institute

The Institute of Functional Materials Chemistry, a part of the SSI "Institute for Single Crystals" of National Academy of Sciences of Ukraine, began its work in 2005 and has since grown into a powerful center for fundamental and applied research.

The Institute's scientists conduct world-class interdisciplinary research in the fields of modern chemistry and chemical materials science, developing functional materials for a wide range of applications, nano- and supramolecular systems, as well as cutting-edge chemical theories, approaches, and methods.

Key scientific achievements include the development of a strategy for chemo-controlled cyclocondensations, a new approach to describing molecular crystals based on energy vector diagrams, and the creation of fluorescent probes and markers for medical diagnostics and therapy. The Institute has also developed several pharmaceutical products currently manufactured in Ukraine, along with regulatory documentation in the pharmaceutical sector.

Among the promising research directions are the development of innovative high-efficiency sorbents and extractants for the selective removal of toxic substances, microextraction systems based on non-ionic surfactants and eutectic mixtures for analytical chemistry, as well as microbiological studies.

Research directions
Modern Chemical Synthesis
Combining traditional synthetic approaches with non-classical activation methods to develop controllable and highly efficient chemical transformations.
Chemical-Analytical and Structural Studies
Analysis of the composition, structure, and properties of substances and materials using modern chemical-analytical, spectroscopic, and X-ray diffraction methods.
Nanoscale and Supramolecular Systems
Design and investigation of nanoscale and supramolecular systems using advanced methods of synthesis, analysis, and modeling for the development of new materials.
Pharmaceutical and Biomedical Research
Development of biologically active compounds, pharmaceuticals and their technologies, diagnostic systems, and materials for theranostics, pharmacy, and biomedical applications.
Theoretical Chemistry and Computational Methods
Investigation of reaction mechanisms, properties of substances and materials using quantum chemical calculations, molecular modeling, docking, and other computational methods.
Scientists from the IFMC are improving their qualifications in Europe. New knowledge - new opportun…
From 10 to 14 November 2025, researchers of the Institute of Functional Materials Chemistry of the State Scientific Institution “Institute for Single Crystals” of National Academy of Sciences of…
Scientific Council of the IFMC: new titles, structural updates — moving forward step by step.
Yesterday, a regular meeting of the Scientific Council of the Institute of Functional Materials Chemistry (IFMC) was held in a hybrid format. It was a productive session packed with important…
19
December, 2025
12:00
Онлайн
Анонс. 19 грудня 2025 року о 12:00 авторський вебінар професора Романа Лесика.
18
December, 2025
14:00
Гібрид
Анонс. Засідання вченої ради ІХФМ.
09
December, 2025
16:00
Онлайн
Харківський хімічний семінар (Kharkiv Chemical Seminar) запрошує на лекцію професора Джеремайі Гассе…
Selected Activities
Kharkiv Chemical Seminar
The seminar was initiated by Valentyn Chebanov in April 2022, during the peak of Russia's full-scale aggression. Today, it provides a platform for leading scientists from around the world, including Nobel Laureates, to share their expertise and research findings, helping Ukrainian researchers stay informed about cutting-edge scientific discoveries.
NRFU Project "SupraKha"
A team of scientists from the IFMC received grant support from the NRFU to conduct research in the fields of materials science and supramolecular chemistry, and to establish a shared research facility at IFMC. The projects main aim is to develop new materials based on host-guest supramolecular systems for biomedical and veterinary applications.