Research projects
The list of research projects for the first admission round 2024/2025 will be available on 6th May 2024.
Research projects
The list of research projects for the third admission round 2023/2024 is available below.
Research Projects
Projects
1.1 Molecular mechanisms of 5-HT7R-mediated resilience in stress-related disorders (Prof. Jakub Włodarczyk, PhD Dsc.)
2 places available
1.2 The role of impaired metabolism in PACS2 Syndrome development (Prof. Mariusz Więckowski, PhD Dsc.)
1.3 Language breakdown in child neurodevelopmental disorders (Prof. Katarzyna Jednoróg, PhD Dsc.)
1.4 Central amygdala neuronal circuits mediating social and food rewards – functional analysis (Prof. Ewelina Knapska, PhD Dsc.)
1.5 Targeting tumour-host interactions in paediatric malignant gliomas to reinvigorate immunity and improve radio- and immunotherapy efficacy (Katarzyna Leszczyńska, PhD / Prof. Bożena Kamińska-Kaczmarek, Phd Dsc.)
1.6 Predicting prognosis in asymptomatic subjects with multiple sclerosis-like brain lesions using cognitive testing and advanced magnetic resonance techniques (Dr Maciej Juryńczyk, MD PhD)
3 places available
1.7 Neuronal mechanisms of compulsive alcohol seeking (Prof. Katarzyna Radwańska, PhD Dsc.)
1.1 Molecular mechanisms of 5-HT7R-mediated resilience in stress-related disorders (Prof. Jakub Włodarczyk, PhD Dsc.)
2 places available
1.2 The role of impaired metabolism in PACS2 Syndrome development (Prof. Mariusz Więckowski, PhD Dsc.)
1.3 Language breakdown in child neurodevelopmental disorders (Prof. Katarzyna Jednoróg, PhD Dsc.)
1.4 Central amygdala neuronal circuits mediating social and food rewards – functional analysis (Prof. Ewelina Knapska, PhD Dsc.)
1.5 Targeting tumour-host interactions in paediatric malignant gliomas to reinvigorate immunity and improve radio- and immunotherapy efficacy (Katarzyna Leszczyńska, PhD / Prof. Bożena Kamińska-Kaczmarek, Phd Dsc.)
1.6 Predicting prognosis in asymptomatic subjects with multiple sclerosis-like brain lesions using cognitive testing and advanced magnetic resonance techniques (Dr Maciej Juryńczyk, MD PhD)
3 places available
1.7 Neuronal mechanisms of compulsive alcohol seeking (Prof. Katarzyna Radwańska, PhD Dsc.)
Projects
2.1 Chiral hybrids of quinones with double anticancer and antimicrobial activity against drug-resistant pathogens as potential agents in hospitalization of cancer treatment (Prof. Ryszard Ostaszewski, PhD Dsc.)
2.2 Chiral hybrids of quinols with double anticancer and antimicrobial activity against drug-resistant pathogens as potential agents in hospitalization of cancer treatment (Prof. Ryszard Ostaszewski, PhD Dsc.)
2.3 Palladium-catalyzed cascades for the rapid and enantioselective construction of polycyclic scaffolds of alkaloids by dearomative Heck reactions (Rafal Loska, PhD Dsc.)
2.4 Peptide-based luminescent coordination capsules and cages (Prof. Agnieszka Szumna, PhD Dsc.)
2.1 Chiral hybrids of quinones with double anticancer and antimicrobial activity against drug-resistant pathogens as potential agents in hospitalization of cancer treatment (Prof. Ryszard Ostaszewski, PhD Dsc.)
2.2 Chiral hybrids of quinols with double anticancer and antimicrobial activity against drug-resistant pathogens as potential agents in hospitalization of cancer treatment (Prof. Ryszard Ostaszewski, PhD Dsc.)
2.3 Palladium-catalyzed cascades for the rapid and enantioselective construction of polycyclic scaffolds of alkaloids by dearomative Heck reactions (Rafal Loska, PhD Dsc.)
2.4 Peptide-based luminescent coordination capsules and cages (Prof. Agnieszka Szumna, PhD Dsc.)
Projects
3.1 Synthesis of core-shell nanoparticles for chemosensing and electrosynthesis (Piyush Sharma, PhD Dsc.)
3.2 Empowering microfluidic-assisted bioprinting with artificial intelligence tools for skeletal muscle tissue engineering (Prof. Maciej Wojtkowski, PhD Dsc. / Marco Costantini, PhD)
3.3 Comprehensive, multimodal profiling of chromatin states and gene expression in single cells (prof. Maciej Wojtkowski, PhD Dsc. / Marcin Tabaka, PhD)
3.4 Interactions mediated by fluctuating medium in and out-of equilibrium (Prof. Anna Maciołek, PhD Dsc.)
2 places available
3.5 Activation of Dinitrogen by Multinuclear Iron and Vanadium Complexes Supported by Sterically Demanding N, N-ligands (Prof. Janusz Lewiński, PhD Dsc. Eng.)
3.6 Vascular tissue engineering on granular scaffolds: experiments and modelling (Prof. Piotr Garstecki, PhD Dsc./ Jan Guzowski, PhD)
3.7 Innovative Piezophotocatalytic Hybrid Materials for Biomass-Inspired Compound Transformations (Prof. Juan Carlos Colmenares Quintero, PhD Dsc. Eng. / Nilesh Manwar, PhD)
3.8 Redox processes in nanoscale (Prof. Marcin Opałło, PhD Dsc. / Wojciech Nogala, PhD)
3.9 Application of the molecularly imprinted polymer nanoparticles in electrochemical-surface plasmon resonance based sensing (Piyush Sharma, PhD Dsc. / Maciej Cieplak, PhD, Eng.)
2 places available
3.10 Computational Modelling of Cross-Beam Radiation-Matter Interactions (Adam Kubas, PhD Dsc. / Dariusz Piekarski, PhD)
3.1 Synthesis of core-shell nanoparticles for chemosensing and electrosynthesis (Piyush Sharma, PhD Dsc.)
3.2 Empowering microfluidic-assisted bioprinting with artificial intelligence tools for skeletal muscle tissue engineering (Prof. Maciej Wojtkowski, PhD Dsc. / Marco Costantini, PhD)
3.3 Comprehensive, multimodal profiling of chromatin states and gene expression in single cells (prof. Maciej Wojtkowski, PhD Dsc. / Marcin Tabaka, PhD)
3.4 Interactions mediated by fluctuating medium in and out-of equilibrium (Prof. Anna Maciołek, PhD Dsc.)
2 places available
3.5 Activation of Dinitrogen by Multinuclear Iron and Vanadium Complexes Supported by Sterically Demanding N, N-ligands (Prof. Janusz Lewiński, PhD Dsc. Eng.)
3.6 Vascular tissue engineering on granular scaffolds: experiments and modelling (Prof. Piotr Garstecki, PhD Dsc./ Jan Guzowski, PhD)
3.7 Innovative Piezophotocatalytic Hybrid Materials for Biomass-Inspired Compound Transformations (Prof. Juan Carlos Colmenares Quintero, PhD Dsc. Eng. / Nilesh Manwar, PhD)
3.8 Redox processes in nanoscale (Prof. Marcin Opałło, PhD Dsc. / Wojciech Nogala, PhD)
3.9 Application of the molecularly imprinted polymer nanoparticles in electrochemical-surface plasmon resonance based sensing (Piyush Sharma, PhD Dsc. / Maciej Cieplak, PhD, Eng.)
2 places available
3.10 Computational Modelling of Cross-Beam Radiation-Matter Interactions (Adam Kubas, PhD Dsc. / Dariusz Piekarski, PhD)
Projects
4.1 Mesoscale simulations of bio-membrane adhesion (theoretical) (Bartosz Różycki, PhD, DSc.)
4.2 Laser spectroscopy of diatomic molecules (Prof. Włodzimierz Jastrzębski, PhD Dsc./ Jacek Szczepkowski, PhD.)
4.3 Ternary CdMgO layers doped with Eu (experimental) (Ewa Przeździecka)
4.4 Bell correlations with spin-1 Bose-Einstein condensates (theoretical) (Emilia Witkowska, PhD., Dsc.)
4.5 Rocksalt (MgZn)O alloys and (MgZn)O/MgO quantum structure and their application in deep-ultraviolet light-emitters experimental (Henryk Teisseyre)
4.6 Self-assembly of active droplets onto substrates (theoretical) (Panagiotis Theodorakis, PhD., Dsc.)
4.7 Dynamics of topological defects in quantum environments (Dr. Mircea Trif and Prof. Tomasz Dietl / Prof. Lukasz Cywinski)
4.8 Magnetic multilayers with chiral spin structures (Prof. Andrzej Wawro)
4.9 Structure and properties of bundles of carbon nanotubes filled with magnetic halide phases (dr hab. Piotr Dłużewski / dr hab. Sławomir Kret)
4.1 Mesoscale simulations of bio-membrane adhesion (theoretical) (Bartosz Różycki, PhD, DSc.)
4.2 Laser spectroscopy of diatomic molecules (Prof. Włodzimierz Jastrzębski, PhD Dsc./ Jacek Szczepkowski, PhD.)
4.3 Ternary CdMgO layers doped with Eu (experimental) (Ewa Przeździecka)
4.4 Bell correlations with spin-1 Bose-Einstein condensates (theoretical) (Emilia Witkowska, PhD., Dsc.)
4.5 Rocksalt (MgZn)O alloys and (MgZn)O/MgO quantum structure and their application in deep-ultraviolet light-emitters experimental (Henryk Teisseyre)
4.6 Self-assembly of active droplets onto substrates (theoretical) (Panagiotis Theodorakis, PhD., Dsc.)
4.7 Dynamics of topological defects in quantum environments (Dr. Mircea Trif and Prof. Tomasz Dietl / Prof. Lukasz Cywinski)
4.8 Magnetic multilayers with chiral spin structures (Prof. Andrzej Wawro)
4.9 Structure and properties of bundles of carbon nanotubes filled with magnetic halide phases (dr hab. Piotr Dłużewski / dr hab. Sławomir Kret)
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Projects
9.1 Therapeutic and endogenous mRNAs metabolism (Prof. Andrzej Dziembowski, PhD, DSc.)
2 places available
9.2 Elucidating the contribution of non-coding genomic elements to heart development and disease (NCN/OPUS) (Cecilia Winata, PhD, DSc.)
9.3 Biological control and pharmacological regulation of RNAs implicated in aetiology of Parkinson’s disease (NCN/OPUS) (Prof. Gracjan Michlewski, PhD, DSc.)
2 places available
9.4 The role of mTOR-Brg1 interaction in normal and aberrant neuronal activity (NCN/MAESTRO) (Prof. Jacek Jaworski, PhD, DSc.)
9.5 From studying bacterial regulatory RNAs to repurposing them as gene regulation tools (Ewelina Malecka – Grajek, PhD)
9.6 Structural studies of herpesvirus proteins involved in DNA replication (NCN/OPUS) (Prof. Marcin Nowotny, PhD, Dsc. / Małgorzata Figiel, PhD)
9.1 Therapeutic and endogenous mRNAs metabolism (Prof. Andrzej Dziembowski, PhD, DSc.)
2 places available
9.2 Elucidating the contribution of non-coding genomic elements to heart development and disease (NCN/OPUS) (Cecilia Winata, PhD, DSc.)
9.3 Biological control and pharmacological regulation of RNAs implicated in aetiology of Parkinson’s disease (NCN/OPUS) (Prof. Gracjan Michlewski, PhD, DSc.)
2 places available
9.4 The role of mTOR-Brg1 interaction in normal and aberrant neuronal activity (NCN/MAESTRO) (Prof. Jacek Jaworski, PhD, DSc.)
9.5 From studying bacterial regulatory RNAs to repurposing them as gene regulation tools (Ewelina Malecka – Grajek, PhD)
9.6 Structural studies of herpesvirus proteins involved in DNA replication (NCN/OPUS) (Prof. Marcin Nowotny, PhD, Dsc. / Małgorzata Figiel, PhD)