The main research directions are focused on:

• Physico-chemical and structural evaluation of polymers and bio(nano)composites by using FT-IR spectroscopy, X-ray diffraction, NIR spectroscopy
• Evaluation of the interactions and compatibility, phase transition, influence of the crosslinking degree and the nature of components in polymeric bio(nano)composites
• 2D-COS IR spectroscopy and chemometric methods as a tool for the evaluation of detailed structural features at the molecular level of complex systems
• Evaluation of the compatibility, stability and durability on short and long term of the multicomponent systems and the substrate (wood, paper, textiles, plant seeds)
• Water sorption properties and sorption kinetic and the identification of the interactions between the matrix and the water molecules
• Biodegradation and artificial aging of polymers / complex polymeric systems / (bio)(nano)composites
• Stabilization of active principles in / onto polymeric matrices, to obtain active materials with antimicrobial and antioxidant activity, low permeability to gases, and low migration of components in the contact environment, intended for bioactive food packaging / medical / agricultural applications
• Kinetic studies of the bioactive compounds release from multicomponent formulations containing bioactive compounds
• Modification / functionalization of natural and synthetic polymers by chemical and / or physical methods for the development of high-performance materials
• Design of new multifunctional formulations containing inorganic/organic nanofillers and polymeric matrices for medicine/food/agriculture and wood industry sectors
• Valorization of lignocellulosic wastes by incorporation into synthetic polymers for reduced environmental impact and increased biodegradability
• Structural evaluation, degradation, modification and protection of wood and wood based/ derived products