The field of natural sciences, the discipline of physical sciences
List of research topics
| No. | Research topic | Candidate for doctoral supervisor |
| 1 | High-Energy Neutrinos from AGN Jets: Identifying Hadronic Signatures in Blazar Emission (details) | dr hab. Alicja Wierzcholska |
| 2 | Multifrequency studies of blazars variability (details) | dr hab. Alicja Wierzcholska |
| 3 | Studies of diffractive jet production (details) | prof. dr hab. Janusz Chwastowski |
| 4 | Application of modern methods of multi-variate analysis to searches of an extended scalar sector with leptons in the final state in the ATLAS experiment (details) | dr hab. Paweł Brückman de Renstrom |
| 5 | Searches for New Physics with heavy fermions in final states in the ATLAS experiment (details) | dr hab. Anna Kaczmarska |
| 6 | The P-ONE experiment: first measurement line (details) | dr hab. Paweł Małecki |
| 7 | Astrophysical inputs for detection of gravitational waves with the Einstein telescope and with similar next-generation detectors (details) | dr hab. David Alvarez Castillo |
| 8 | Anomalous arrival time distributions in cosmic ray ensembles as signatures of interactions of high-energy particles with the quantum structure of space-time (details) | dr hab. Piotr Homola |
| 9 | Cosmic ray studies at the upgraded Pierre Auger Observatory (details) | dr hab. Jarosław Stasielak |
| 10 | Studies of neutrino oscillations and their interactions with matter in the T2K and Hyper-Kamiokande experiments (details) | dr hab. Tomasz Wąchała |
| 11 | Four-dimensional reconstruction for the flavour physics in HL-LHC era and studies of decays involving b→cu¯transitions at the LHCb experiment (details) | prof. dr. hab. Mariusz Witek |
| 12 | Diffractive and electromagnetic processes in hadron-hadron and heavy-ion collisions (details) | dr hab. Piotr Lebiedowicz |
| 13 | Modeling of forward production of charm particles in proton–nucleus collisions (details) | dr hab. Rafał Maciuła |
| 14 | Theoretical study of rotational-vibration structure of excited states in atomic nuclei (details) | dr hab. Katarzyna Mazurek |
| 15 | Initial conditions for the hydrodynamic evolution of the quark-gluon plasma in the ultrarelativistic energies (details) | dr hab. Katarzyna Mazurek |
| 16 | Badanie rozpadu gamma stanów wzbudzonych jąder atomowych z zastosowaniem wiązki protonów (details) | dr hab. inż. Maria Kmiecik |
| 17 | Studies of the hadronic matter with neutral mesons registered in the ALICE experiment at LHC energies in Run 3 (details) | dr hab. Adam Matyja |
| 18 | Studies of photonic processes in the ultra-peripheric collisions in the ALICE experiment at LHC energies in Run 3 (details) | dr hab. Adam Matyja |
| 19 | Study properties of nuclear matter with Drell-Yan lepton pairs in proton-proton and proton-lead collisions with the ALICE detector at the LHC (details) | prof. dr hab. Jacek Otwinowski |
| 20 | Study entanglement entropy based on particle multiplicity distributions measured in ultra-peripheral PbPb collisions with ALICE detector at the LHC (details) | prof. dr hab. Jacek Otwinowski |
| 21 | Production of antideuterons (d ̅) in b-jets from the decays of anti-Lambda_b ((Λ_b ) ̅) using ALICE at the LHC (details) | prof. dr hab. Jacek Otwinowski |
| 22 | Studies of pion-carbon interactions with HADES as a benchmark for heavy-ion and neutrino-nucleus reaction modeling (details) | dr hab. Izabela Ciepał |
| 23 | Formation and measurement of neutron field for Boron Neutron Capture Therapy (BNCT) (details) | dr hab. Krzysztof Pysz |
| 24 | Study of the a nuclear cascade dynamics (details) | dr hab. Krzysztof Pysz |
| 25 | Study of the structures and molecular dynamics of liquid crystal phases and glassy state in single- and multicomponent systems (details) | dr hab. Gałązka Mirosław |
| 26 | In situ observations of dynamic processes such as: absorption, accumulation place and interaction of gold nanoparticles having different sizes and shapes, with living cells, in liquid environments directly in the Nanolive 3D CX-A microscope (details) | dr hab. inż. Joanna Depciuch-Czarny |
| 27 | In-situ LC-TEM and STXM of EOR on PtRhNi/SnO2@C hollow nanoframe catalysts (details) | prof. dr hab. inż. Magdalena Parlińska-Wojtan |
| 28 | Electrodeposition of PtSn NPs films using in-situ LC-TEM and STXM (details) | prof. dr hab. inż. Magdalena Parlińska-Wojtan |
| 29 | Radiation damage studies in selected plasma-facing materials (details) | dr hab. Paweł Horodek |
| 30 | Quantum Conductivity in Memristors: Investigation of Transport and Switching Dynamics (details) | dr hab. inż. Michał Krupiński |
| 31 | Non-collinear spin textures stabilized by magnetic frustration (details) | dr hab. inż. Michał Krupiński |
| 32 | Study the complicated mechanism phenomena at the solvents/nanoparticles interface induced by pulsed laser irradiation (details) | dr hab. Żaneta Świątkowska-Warkocka |
| 33 | Laser Synthesis of Hybrid Particles for Electrocatalytic Applications (details) | dr hab. Żaneta Świątkowska-Warkocka |
| 34 | Laser-Synthesized Bactericidal Particles in Functional Material Layers: Synthesis, Integration, and Properties (details) | dr hab. Żaneta Świątkowska-Warkocka |
| 35 | Research subject title: Experimental Investigation of Amorphous Phase Separation Mechanisms in Amorphous API–Polymer Dispersions and Their Impact on Physical Stability and Recrystallization Processes (details) | dr hab. Piotr M. Zieliński |
| 36 | Polymer-based composites with spin-crossover materials as a platform for next-generation sensors (details) | dr hab. Magdalena Fitta |
| 37 | Exploring Magnetocaloric and Barocaloric Effects in Novel Materials (details) | dr hab. inż. Piotr Konieczny |
| 38 | Manufacturing and characterization of functional inks for 3D printing using the Direct Ink Writing (DIW) method (details) | dr hab. inż. Piotr Konieczny |
| 39 | Modeling of physical properties of molecular magnets (details) | dr hab. Robert Pełka |
| 40 | Parton distributions of protons and nuclei (details) | dr hab. Aleksander Kusina |
| 41 | Precision event simulation for LHC phenomenology (details) | dr hab. René Poncelet |
| 42 | Precision predictions for electroweak processes in accelerator experiments (details) | prof. dr hab. Zbigniew Wąs |
| 43 | Study of chemical processes using a laboratory X-ray spectroscopy system (details) | dr hab. inż. Joanna Czapla-Masztafiak |
| 44 | Biomechanical properties of LSEC cells and mechanotransduction under inflammatory conditions investigated using AFM and FludidFM (details) | dr hab. Bartłomiej Zapotoczny |
| 45 | Application of MR imaging spectroscopy techniques in the study of new theanostic agents in vitro and in vivo (details) | dr hab. Władysław Węglarz |
| 46 | Application of MR imaging spectroscopy techniques to study changes in brain structure and metabolism in animal models of diseases in vivo and ex-vivo (details) | dr hab. Władysław Węglarz |
| 47 | Study of the possibility to use Machine Learning methods for prediction and classification of plasma disruption events in tokamak operation (details) | dr hab. Jakub Bielecki |
| 48 | Development of fusion plasma synthetic diagnostics and data interpretation methods with the support of Machine Learning (details) | dr hab. Jakub Bielecki |
| 49 | The phenomenon of radiation compression in the gas mixtures for the PF-24 device (details) | dr hab. Agnieszka Kulińska |
| 50 | The study of the dynamics of neutron emission in PF-24 with using neutron pinhole camera (details) | dr hab. inż. Urszula Wiącek |
| 51 | Single-atom catalysts supported on ordered mesoporous silica: the impact of the silica substrate morphology on the catalytic properties (details) | dr hab. Magdalena Laskowska |
| 52 | Development of a method for concentration of atmospheric Kr-85 and xenon radioisotopes from environmental levels (details) | prof. dr hab. Jerzy W. Mietelski |
| 53 | Tritium bounded organically and in water phase, present in plant material (details) | prof. dr hab. Jerzy W. Mietelski |
| 54 | Characterization of Radiation Quality in Hadron Therapy Using Semiconductor Detectors (details) | dr hab. Renata Kopeć |
| 55 | Development of advanced methods for optimizing radiotherapy treatment plans in proton therapy (details) | dr hab. Renata Kopeć |
| 56 | Radiochemistry of the FLASH effect (details) | dr hab. Antoni Ruciński |
| 57 | Development of a treatment planning system based on nanoscale dosimetry (details) | dr hab. Antoni Ruciński |
| 58 | Experimental nanodosimetry for proton radiotherapy (details) | dr hab. Antoni Ruciński |
| 59 | Analysis of superconducting magnets used in nuclear fusion reactors or accelerators (details) | dr hab. inż. Monika Lewandowska |
| 60 | Chiral phonons in real systems (details) | dr hab. Andrzej Ptok |
| 61 | Coupling between bosonic collective excitations (details) | dr hab. Andrzej Ptok |
| 62 | Study of the topological states induced by non-trivial topology (details) | dr hab. Andrzej Ptok |