Advanced technologies for the synthesis of functionalized silsesquioxanes for applications in specialty materials.

High-resolution optical and electron-beam lithography using resists based on ionic liquids. Project co-financed by the National Science Centre under the OPUS programme.

Cultural heritage – the search for modern agents and methods for the conservation of historic wood. Project implemented in a consortium (led by the Poznań University of Life Sciences). Project co-financed by the National Programme for the Development of the Humanities.

Non-toxic eutectic mixtures as an alternative medium for reactions involving enzymes and microorganisms. Project co-financed by the National Science Centre under the OPUS programme.

Non-toxic eutectic mixtures as an alternative medium for reactions involving enzymes and microorganisms. Project co-financed by the National Science Centre under the OPUS programme.

Multifunctional composite systems based on epoxy resins with ionic liquids as initiators of the crosslinking process. Project co-financed by the National Science Centre under the Sonata BIS programme.

Organosilicon derivatives containing phosphate and aminophosphate groups as new flame-retardant agents for textiles. Project co-financed by the National Science Centre under the OPUS programme.

PATENT BH Project – Obtaining industrial property protection in international markets for an innovative plant protection product acting as a plant resistance inducer. The project aims to obtain international industrial property protection for the invention. Project co-financed by PARP under the Smart Growth Operational Programme, Measure 2.3.4.
(more information about the project)

Synthesis and characterization of materials with defined surface properties. Project co-financed by the National Science Centre under the OPUS programme.

New plant resistance inducers and their application as an innovative approach to plant protection against pathogens. Project implemented under the TEAM-TECH programme of the Foundation for Polish Science, co-financed from ERDF funds under the Smart Growth Operational Programme (POIR).
(more information about the project)

Study of the effect of adding an anti-stress factor on reducing the phytotoxic effect induced by administering a plant resistance inducer to a plant. Project co-financed by the National Science Centre under the PRELUDIUM programme.

SILP materials based on oxide composites and lignin as new catalytic systems in the hydrosilylation reaction. Project co-financed by the National Science Centre under the PRELUDIUM programme.

Circulation of seawater and brines in the Carpathian Foredeep Basin during the Miocene – reconstruction using neodymium isotopes. Project co-financed by the National Science Centre under the PRELUDIUM programme.