The field of natural sciences, the discipline of physical sciences
List of research topics
| No. | Research topic | Candidate for doctoral supervisor |
| 1 | The search of lepton number violating decays B→ hlτ, where h is a hadron e.g. π or Kaon (details) | Dr hab. Andrzej Bożek |
| 2 | ||
| 3 | Diffractive Charm Meson Production (details) | Prof. dr hab. Janusz Chwastowski |
| 4 | Studies of Diffractive Photon+Jet Production Using ATLAS Data (details) | Prof. dr hab. Janusz Chwastowski |
| 5 | ||
| 6 | Searches for New Physics with heavy fermions in final states (details) | Dr hab. Anna Kaczmarska |
| 7 | Search for heavy Higgs boson decaying into b quarks (details) | Dr hab. Paweł Malecki |
| 8 | The Baikal-GVD experiment: search for very-high energy neutrinos from astrophysical sources (details) | Dr hab. Paweł Malecki |
| 9 | Study of production of particles in proton-proton and nucleus-nucleus collisions in the ATLAS experiment at the LHC (details) | Dr hab. Krzysztof Woźniak |
| 10 | Development of triggering methods of proton and heavy ion collisions in the ATLAS experiment at the LHC (details) | Dr hab. Krzysztof Woźniak |
| 11 | Detection of large cosmic ray ensembles through a globally dispersed network of small cosmic ray detectors (details) | Dr hab. Krzysztof Woźniak |
| 12 | Emission of ultra-high-energy cosmic rays from blazar jets (details) | Dr hab. Gopal Bhatta |
| 13 | Search for the multi-wavelength flaring events quasisimultaneous with the arrival of the UHECR (details) | Dr hab. Gopal Bhatta |
| 14 | Cosmic ray studies at the upgraded Pierre Auger Observatory (details) | Dr hab. Dariusz Góra |
| 15 | Numerical analysis and experimental verification of quantum electrodynamics equations describing the photon splitting effect (details) | Dr hab. Piotr Homola |
| 16 | Early warning of earthquakes through global monitoring of low energy cosmic radiation? (details) | Dr hab. Piotr Homola |
| 17 | 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 |
| 18 | Investigation of the influence of ionizing radiation from central areas of extensive air showers on the population health (details) | Dr hab. Piotr Homola |
| 19 | ||
| 20 | Initial conditions for the hydrodynamic evolution of the quark-gluon plasma in the SPS energy range (details) | Dr hab. Katarzyna Mazurek |
| 21 | Production of pairs of quarkonia: the quest for heavy tetraquark states (details) | Dr hab. Wolfgang Schäfer |
| 22 | Gamma decay of excited states of atomic nuclei study with proton beams (details) | Dr hab. inż. Maria Kmiecik |
| 23 | Studies of the hadronic matter with neutral mesons registered in the ALICE experiment at LHC energies in Run 3 (details) | Dr hab. Adam Matyja |
| 24 | Studies of photonic processes in the ultra-peripheric collisions in the ALICE experiment at LHC energies in Run 3 (details) | Dr hab. Adam Matyja |
| 25 | Study properties of nuclear matter with charmonia producted in photon-proton (lead) collisions with the ALICE detector at the LHC (details) | Dr hab. Jacek Otwinowski |
| 26 | 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) | Dr hab. Jacek Otwinowski |
| 27 | Studies of the longitudinal evolution of matter created ultrarelativistic nuclear collisions. (details) | Dr hab. Andrzej Rybicki |
| 28 | Search for time reversal symmetry breaking in the decay of free neutron (details) | Dr hab. Adam Kozela |
| 29 | Study of nuclear interactions in few-nucleon systems (details) | Dr hab. Adam Kozela |
| 30 | Symmetry Energy: from heavy ions to neutron stars (details) | Dr hab. Jerzy Łukasik |
| 31 | Symmetry Energy from heavy ion collisions (details) | Dr hab. Jerzy Łukasik |
| 32 | Study of the mechanism of nuclear clustering using the pionnucleus reaction (details) | Dr hab. Krzysztof Pysz |
| 33 | Investigation of the surface layer obtained by methods of strong plastic deformation in metallic materials using positron annihilation spectroscopy (details) | Dr hab. Ewa Dryzek |
| 34 | Influence of a spatial confinement on the molecular dynamics of systems in various thermodynamic phases (details) | Dr hab. Mirosław Gałązka |
| 35 | Studies on dynamics of supercooled phases and glassy states of various molecular systems (details) | Dr hab. Mirosław Gałązka |
| 36 | Correlated Phases from Flat Electronic Bands in van der Waals Heterostructures (details) | Dr hab. Przemysław Piekarz |
| 37 | ||
| 38 | Study of the topological states induced by non-trivial topology (details) | Dr hab. Andrzej Ptok |
| 39 | Platinum- and noble metal free catalytic nanoparticles for ethanol oxidation and oxygen reduction reactions in a fuel cell (details) | Prof. dr hab. Magdalena Parlińska-Wojtan |
| 40 | 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) | Prof. dr hab. Magdalena Parlińska-Wojtan |
| 41 | Analysis of the phase, thermal, time and chemical stability of nanoparticle-ligand systems used as drug carriers (details) | Prof. dr hab. Magdalena Parlińska-Wojtan |
| 42 | Composite particles based on silicon and its compounds – laser synthesis, structural and optical properties (details) | Dr hab. Żaneta Świątkowska-Warkocka |
| 43 | Ferrite/polymer composites – laser synthesis, structural, magnetic properties and their potential applications in fuel cells (details) | Dr hab. Żaneta Świątkowska-Warkocka |
| 44 | Ferrite particles – laser synthesis, structural and magnetic properties and their possible biosensor application (details) | Dr hab. Żaneta Świątkowska-Warkocka |
| 45 | Noncollinear spin textures in hybrid metallic materials (details) | Prof. dr hab. Marta Wolny-Marszałek |
| 46 | Vibrational dynamics of polar alcohols in various thermodynamic states. Description of 3D – hydrogen bonded system (details) | Dr hab. Ewa Juszyńska-Gałązka |
| 47 | Influence of fluorine on the vibrational dynamics of liquid crystals in various thermodynamic states (details) | Dr hab. Ewa Juszyńska-Gałązka |
| 48 | Novel materials for photonics: tuneable miltifunctionalized porous silica layers (details) | Dr hab. inż. Łukasz Laskowski |
| 49 | Multifunctional porous silica-based nanomaterials as novel filters for environmental remediation of soil and groundwater (details) | Dr hab. inż. Łukasz Laskowski |
| 50 | High precision studies charge asymmetry near Z resonance (details) | Prof. dr hab. Stanisław Jadach |
| 51 | Methods of precision measurements of invisible decays of Z Boson (details) | Prof. dr hab. Stanisław Jadach |
| 52 | ||
| 53 | Precision calculation for Bhabha process at electron colliders (details) | Dr hab. Andrzej Siódmok |
| 54 | Explorations in the causal structure of quantum theory (details) | Dr hab. Paweł Błasiak |
| 55 | Nanospectroscopic imaging of ultra-thin lipid membranes using the AFM-IR technique (details) | Dr hab. inż. Czesława Paluszkiewicz |
| 56 | The effect of a local electromagnetic field enhancement in the study of membrane vesicles using the AFM-IR technique (details) | Dr hab. inż. Czesława Paluszkiewicz |
| 57 | Studies on conformation and orientation of molecules in biological membranes using nanospectroscopy with modulated polarization (details) | Dr hab. inż. Czesława Paluszkiewicz |
| 58 | Assessment of physicochemical properties of various dosage forms during drug release –comprehensive approach using NMR/MRI (details) | Dr hab. Władysław Węglarz |
| 59 | Application of MAS NMR spectroscopy in material research (details) | Dr hab. Władysław Węglarz |
| 60 | ||
| 61 | Impact of the impurity distribution on tokamak plasma performance in various plasma scenarios (details) | Dr hab. Jakub Bielecki |
| 62 | The phenomenon of radiation compression in the gas mixtures for the PF-24 device (details) | Dr hab. Agnieszka Kulińska |
| 63 | Radiation transport modelling for experiments with neutrons at the IFMIF-DONES laboratory (details) | Dr hab. Wojciech Królas |
| 64 | The study of the proton boron (pB) reaction rate in the Plasma-Focus device (details) | Dr hab. Marek Scholz |
| 65 | Modeling of the response of detection systems of the STUMM test module dedicated to the IFMIF-DONES neutron source (details) | Dr hab. inż. Urszula Wiącek |
| 66 | The study of the dynamics of neutron emission in PF-24 with using neutron pinhole camera (details) | Dr hab. inż. Urszula Wiącek |
| 67 | Microdosimetry of Fluorescence Nuclear Track Detectors for Dose Assessment in Proton Therapy and Space Flights (details) | Prof. dr hab. Paweł Olko |
| 68 | Dosimetry of ultra-high intensity proton beams for proton FLASH radiotherapy (details) | Dr hab. inż. Jan Swakoń |
| 69 | Proton beam dosimetry for electronics radiation hardness tests (details) | Dr hab. inż. Jan Swakoń |
| 70 | Neutron dosymetry for BNCT therapy in dedicated 3D printing phantoms (details) | Dr hab. inż. Jan Swakoń |
| 71 | Luminescent micro-imaging of ionizing radiation dose distribution (details) | Prof. dr hab. Paweł Bilski |
| 72 | Phosphors for real-time ionizing radiation dose measurement (details) | Dr hab. inż. Barbara Marczewska |
| 73 | Tritium bounded organically and in water phase, present in plant material (details) | Prof. dr hab. Jerzy W. Mietelski |
| 74 | Selected bird species as biomonitors of radioactive contamination (details) | Prof. dr hab. Jerzy W Mietelski. , Dr hab. Ignacy Kitowski |
| 75 | Search and obtaining of radionuclides for nuclear medicine (details) | Prof. dr hab. Jerzy W. Mietelski |
| 76 | Identification of natural and artificial radioactive isotopes in the atmosphere, a study of the variability of their activity concentrations and the search for the causes of the observed phenomena over the decades (details) | Dr hab. inż. Renata Kierepko, prof. IFJ PAN |
| 77 | Cryoconites as indicators of radioactive contamination (details) | Dr hab. Edyta Łokas |
| 78 | Nanoscale modelling of radiation interactions with biological systems (details) | Dr hab. Renata Kopeć |
| 79 | ||
| 80 | ||
| 81 | Structure of nuclei in the vicinity of doubly-magic 132Sn and 208Pb cores as one of the best testing grounds for effective nucleon-nucleon interactions (details) | Prof. dr hab. Bogdan Fornal |
| 82 | The Baikal-GVD experiment: analysis of data and development of reconstruction and calibration methods (details) | Dr hab. Paweł Malecki |
| 83 | Development of simulation/reconstruction software and its testing within the Baikal-GVD high-energy neutrino experiment (details) | Dr hab. Jarosław Stasielak |
| 84 | The study of characteristic of semitaonic B→ D(*)τν decays (details) | Dr hab. Andrzej Bożek |
| 85 | Studies of gamma-radioactive isotopes in the Ukrainian population using whole-body spectrometry (details) | Dr hab. inż. Renata Kierepko, prof. IFJ PAN |
| 86 | Synthesis and physicochemial characterization of nanosystems dedicated to targeted anticancer therapies (details) | Prof. dr hab. Magdalena Parlińska-Wojtan |