Research projects
The list of research projects for the third admission round 2022/2023 is available below.
Research Projects
Projects
1.1 Role of metabolic stress in differentiation of pancreatic progenitor cells (Prof. Agnieszka Dobrzyń)
1.2 Molecular mechanisms of 5-HT7R-mediated resilience in stress-related disorders (Prof. Jakub Wlodarczyk PhD, DSc)
2 places available
1.3 The role of lipid modifications of proteins in functional neuronal plasticity, learning and memory (Tomasz Wójtowicz, PhD / Prof. Jakub Wlodarczyk PhD, DSc)
1.4 Verification of personalized therapeutic strategy for myeloid leukemias with PTPN11 mutations (dr hab. Katarzyna Piwocka)
1.5 Modulation of the injured nerve microenvironment to support axon regeneration and spinal cord motoneuron survival (dr hab. Małgorzata Zawadzka)
1.6 Interlaminar astrocytes in primates – from molecular signature to functions in-vivo (dr Aleksandra Pękowska)
1.7 Neuronal mechanisms of working memory: a combined single-neuron and network-level approach in humans (dr Jan Kamiński / dr hab Ewelina Knapska)
1.8 The role of transcriptional condensates in regulating embryonic development and stress response (dr Adam Kłosin)
1.1 Role of metabolic stress in differentiation of pancreatic progenitor cells (Prof. Agnieszka Dobrzyń)
1.2 Molecular mechanisms of 5-HT7R-mediated resilience in stress-related disorders (Prof. Jakub Wlodarczyk PhD, DSc)
2 places available
1.3 The role of lipid modifications of proteins in functional neuronal plasticity, learning and memory (Tomasz Wójtowicz, PhD / Prof. Jakub Wlodarczyk PhD, DSc)
1.4 Verification of personalized therapeutic strategy for myeloid leukemias with PTPN11 mutations (dr hab. Katarzyna Piwocka)
1.5 Modulation of the injured nerve microenvironment to support axon regeneration and spinal cord motoneuron survival (dr hab. Małgorzata Zawadzka)
1.6 Interlaminar astrocytes in primates – from molecular signature to functions in-vivo (dr Aleksandra Pękowska)
1.7 Neuronal mechanisms of working memory: a combined single-neuron and network-level approach in humans (dr Jan Kamiński / dr hab Ewelina Knapska)
1.8 The role of transcriptional condensates in regulating embryonic development and stress response (dr Adam Kłosin)
Projects
2.1 Design of functional organic memristors (DOOM) (dr hab. Cina Foroutan-Nejad)
2.2 Novel hybrid glycomimetics as lectin ligands (dr hab. Mykhaylo Potopnyk)
2.3 Chemoenzymatic cascades of new Cu and Pd reactions of significant application potential (Professor Ryszard Ostaszewki)
2.4 The self- or directing group-aided remote C-H functionalization of bifunctional compounds initiated by alkoxy radical species (Dr Sebastian Stecko, Assoc. Professor)
2.5 Ambipolar polyaromatic compounds in the shape of a bowl, containing precisely localized admixtures of nitrogen atoms. A unique class of highly efficient OLED emitters (BOwLEDs) (Prof. Dr hab. Daniel Gryko/Dr Marcin Lindner)
2.1 Design of functional organic memristors (DOOM) (dr hab. Cina Foroutan-Nejad)
2.2 Novel hybrid glycomimetics as lectin ligands (dr hab. Mykhaylo Potopnyk)
2.3 Chemoenzymatic cascades of new Cu and Pd reactions of significant application potential (Professor Ryszard Ostaszewki)
2.4 The self- or directing group-aided remote C-H functionalization of bifunctional compounds initiated by alkoxy radical species (Dr Sebastian Stecko, Assoc. Professor)
2.5 Ambipolar polyaromatic compounds in the shape of a bowl, containing precisely localized admixtures of nitrogen atoms. A unique class of highly efficient OLED emitters (BOwLEDs) (Prof. Dr hab. Daniel Gryko/Dr Marcin Lindner)
Projects
3.1 Photophysics and Bimolecular Reactions of Metal Nanoclusters (dr hab. Gonzalo Manuel Angulo Núñez, profesor instytutu / dr Marcin Pastorczak)
3.2 Development of strategies for improving stability of perovskite solar cells (dr hab. inż. Daniel Prochowicz, profesor instytutu)
2 places available
3.3 Electrochemical fixation of CO2 by heterogenous porous catalysts (prof. dr hab. Marcin Opałło / dr Shumaila Razzaque)
3.4 Structurally tuned and nanostructured polymers conducting in both the positive and negative potential range as electrode materials for supercapacitors and molecular interconnections (dr hab. Piyush Sindhu Sharma / dr inż. Kamila Łucja Łępicka)
3.5 Synthesis of different dimensional nanopolymers for chemosensing (dr hab. Piyush Sindhu Sharma, profesor instytutu)
3.6 Use of external electromagnetic fields to control physicochemical processes (dr hab. Jan Paczesny)
3.7 Activation of Dinitrogen by Multinuclear Iron and Vanadium Complexes Supported by Sterically Demanding N,N-ligands (prof. dr hab. inż. Janusz Lewiński)
3.8 Design and synthesis of inorganic-organic porous materials for biomedical applications (prof. dr hab. inż. Janusz Lewiński)
3.9 Microfluidic methods for leukemia diagnostics using stimulated Raman spectroscopy (SRS) (prof. dr hab. Piotr Garstecki / dr Ladislav Derzsi)
3.10 Laboratory and field studies on secondary organic aerosol (SOA) aging at suburban sites (dr hab. inż. Rafał Szmigielski, profesor instytutu / dr Agata Kołodziejczyk)
3.11 Ionic liquid mixtures for supercapacitor applications (dr hab. S. Kondrat)
3.12 Physical insights into charging mechanisms and performance optimisation of nanoporous supercapacitors (dr hab. S. Kondrat)
3.1 Photophysics and Bimolecular Reactions of Metal Nanoclusters (dr hab. Gonzalo Manuel Angulo Núñez, profesor instytutu / dr Marcin Pastorczak)
3.2 Development of strategies for improving stability of perovskite solar cells (dr hab. inż. Daniel Prochowicz, profesor instytutu)
2 places available
3.3 Electrochemical fixation of CO2 by heterogenous porous catalysts (prof. dr hab. Marcin Opałło / dr Shumaila Razzaque)
3.4 Structurally tuned and nanostructured polymers conducting in both the positive and negative potential range as electrode materials for supercapacitors and molecular interconnections (dr hab. Piyush Sindhu Sharma / dr inż. Kamila Łucja Łępicka)
3.5 Synthesis of different dimensional nanopolymers for chemosensing (dr hab. Piyush Sindhu Sharma, profesor instytutu)
3.6 Use of external electromagnetic fields to control physicochemical processes (dr hab. Jan Paczesny)
3.7 Activation of Dinitrogen by Multinuclear Iron and Vanadium Complexes Supported by Sterically Demanding N,N-ligands (prof. dr hab. inż. Janusz Lewiński)
3.8 Design and synthesis of inorganic-organic porous materials for biomedical applications (prof. dr hab. inż. Janusz Lewiński)
3.9 Microfluidic methods for leukemia diagnostics using stimulated Raman spectroscopy (SRS) (prof. dr hab. Piotr Garstecki / dr Ladislav Derzsi)
3.10 Laboratory and field studies on secondary organic aerosol (SOA) aging at suburban sites (dr hab. inż. Rafał Szmigielski, profesor instytutu / dr Agata Kołodziejczyk)
3.11 Ionic liquid mixtures for supercapacitor applications (dr hab. S. Kondrat)
3.12 Physical insights into charging mechanisms and performance optimisation of nanoporous supercapacitors (dr hab. S. Kondrat)
Projects
4.1 PbTe/CdTe multilayers, a new material with controlled properties for infrared sensing (experimental) (prof. dr hab. Grzegorz Karczewski / dr Michał Szot)
4.2 Study of the effect of the nanostructured periodic nanomagnet lattices on magnon-photon coupling, project 1 (eksperymentalne) (Prof. Tomasz Dietl / Dr. Vinayak Bhat)
4.3 Ultracold but nonzero temperature one-dimensional Bose gases (theoretical) (Dr hab. Piotr Deuar / Dr Felipe Taha Sant’Ana)
4.4 Ultrafast melting and crystallization of metals (experimental) (dr hab. Ryszard Sobierajski)
4.5 Ab initio investigations of Hund’s Rule breaking organic molecules (theoretical) (prof. dr hab. Andrzej Sobolewski)
4.1 PbTe/CdTe multilayers, a new material with controlled properties for infrared sensing (experimental) (prof. dr hab. Grzegorz Karczewski / dr Michał Szot)
4.2 Study of the effect of the nanostructured periodic nanomagnet lattices on magnon-photon coupling, project 1 (eksperymentalne) (Prof. Tomasz Dietl / Dr. Vinayak Bhat)
4.3 Ultracold but nonzero temperature one-dimensional Bose gases (theoretical) (Dr hab. Piotr Deuar / Dr Felipe Taha Sant’Ana)
4.4 Ultrafast melting and crystallization of metals (experimental) (dr hab. Ryszard Sobierajski)
4.5 Ab initio investigations of Hund’s Rule breaking organic molecules (theoretical) (prof. dr hab. Andrzej Sobolewski)
Projects
No projects available.
No projects available.
Projects
6.1 Terahertz Metasurfaces for Detection of Viruses and Other Biological Substances – Simulations (dr hab. Maciej Sakowicz)
6.2 Nitrogen-polar GaN-based light emitters (dr hab. Henryk Turski, prof IWC PAN)
6.3 Excitonic effects in perovskites for the photovoltaic and laser applications (dr hab. Małgorzata Wierzbowska)
6.4 AlInGaN laser diodes and micro LEDs with active regions shaped as micro ribbons and discs fabricated on corrugated substrates (prof. dr hab. Piotr Perlin / dr Anna Kafar)
6.5 Theoretical study of THz plasma instabilities in low dimensional systems (Prof. dr hab. Wojciech Knap)
6.1 Terahertz Metasurfaces for Detection of Viruses and Other Biological Substances – Simulations (dr hab. Maciej Sakowicz)
6.2 Nitrogen-polar GaN-based light emitters (dr hab. Henryk Turski, prof IWC PAN)
6.3 Excitonic effects in perovskites for the photovoltaic and laser applications (dr hab. Małgorzata Wierzbowska)
6.4 AlInGaN laser diodes and micro LEDs with active regions shaped as micro ribbons and discs fabricated on corrugated substrates (prof. dr hab. Piotr Perlin / dr Anna Kafar)
6.5 Theoretical study of THz plasma instabilities in low dimensional systems (Prof. dr hab. Wojciech Knap)
Projects
No projects available.
No projects available.