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Scientific projects

 

You can read about current and completed international projects, realized in our department, in the section Cooperation.

 

aruz

Our Department actively participated in design of the unique simulation device ARUZ – Analyzer of Real Complex Systems

ARUZ.pdf

 - read ARUZ history (in polish).

Publication containing details of device construction: R. Kiełbik, K. Hałagan, W. Zatorski, J. Jung, J. Ulański, A. Napieralski, K. Rudnicki, P. Amrozik, G. Jabłoński, D. Stożek, P. Polanowski, Z. Mudza, J. Kupis, P. Panek; „ARUZ – Large-scale, Massively Parallel FPGA-based Analyzer of Real Complex Systems”; Computer Physics Communications 232, 22 – 34 (2018).

 

National research projects being realized in our Department:

+ Ambipolar, bowl-shaped polyaromatic compounds with manifold, precisely arranged, nitrogen dopants. Unprecedented class of efficient OLED emitters (BOwLEDs). (Prof. Przemysław Data, NCN OPUS)

+ The fourth generation of OLED emitters, how to tailor, optimise and control hyperfluorescence (Prof. Przemysław Data, NCN OPUS)

+ Controlled crystallization for trap free charge carrier transport in organic semiconductors (Dr. Tomasz Marszałek, NCN OPUS)

+ Organic photodiodes and photovoltaic cells: simulations and experiments (Prof. Beata Łuszczyńska, NCN OPUS)

+ Electrodes’ surface modification with new perylene derivatives and study of electrode-semiconductor interfaces in printed organic optoelectronics devices (Prof. Beata Luszczynska, NCN Opus)

+ Organic semiconductors in stretchable electronics (Prof. Wojciech Pisula, NCN Opus)

Examples of realized national research projects in our Department:

+ Study on the structure related dielectric properties and molecular dynamics of poly(dimethylsiloxane) crosslinked by metal-ligand coordination (MSc Angelika Wrzesinska, NCN Preludium)

+ New Bottle-Brush copolymers and osteoarthritis (Prof. Krzysztof Matyjaszewski, Prof. Marcin Kozanecki, NCN Opus)

+ The Role of Diffusion in Synthesis and Physico-Chemical Properties of Polymer Hydrogels – Simulations and Experiments (Prof. Marcin Kozanecki, NCN Opus)

+ Self-standing, flexible and solution processable organic field effect transistors for complementary inwerter applications (PhD Tomasz Marszalek, FNP First Team)

+ Graphene-transition metal oxide hybride structure: synthesis and application as anode and cathode in organic light emitting diodes (Prof. Zbigniew Klusek, NCN Opus)

+ Computer modeling of phenomena in macromelcular systems using Analyzer of Real Complex Systems (Prof. Andrzej Sikorski, NCN Opus)

+ Water structure and dynamics in selected systems (ionic liquids, dispersions of metal nanoparticles) (MSc Paulina Filipczak, NCN Preludium)

+ Charge carrier transport mechanism in electroluminescent charge-transfer complex materials (PhD Marian Chapran, NCN Preludium)

+ Volume Phase Transition in poly(oligo(ethylene glycol)methyl ether methacrylate) hydrogels – relationship with structural and factors (MSc Krzysztof Piechocki, NCN Preludium)

+ Role of self-assembly and microstructure on the electronic behavior under bending strain of conjugated semiconducting systems in film films (Prof. Wojciech Pisula, NCN Sonata Bis)

+ Nanomaterials with precisely tailored architecture – design, synthesis, properties (Prof. Krzysztof Matyjaszewski, Prof. Jacek Ulanski, NCN Maestro)

+ Development of printing trchnology for organic light-emitting diodes (Prof. Jacek Ulanski, NCBiR Tango). Project co-financed by the The National Centre for Research and Development as part of the TANGO 2 Joint Undertaking.