dr hab. Angelika Baranowska-Łączkowska, prof. uczelni

• Quantum-mechanical calculations of electrical and optical properties of atoms and molecules.
• Studies of selected properties of molecules of potential pharmacological importance.

dr hab. Kazimierz Paprocki, prof. uczelni

• Niedomieszkowane warstwy diamentowe jako materiał dozymetryczny w diagnostyce i leczeniu onkologicznym.
• Badanie zjawisk przepływu ładunków pomiedzy poziomami pułapkowymi/centrami luminescencji w strukturach: polikrystaliczna niedomieszkowana warstwa diamentowa/krzem, po ekspozycji na promieniowanie jonizujace oraz UV.

dr hab. Paweł Szroeder, prof. uczelni

• Phenomena at the interface between low-dimensional solids and electrolytes.
• Charge doping of low-dimensional materials – impact on electronic and magnetic properties.

dr hab. Tomasz Weselak, prof. uczelni

• Physics and spectroscopy of the interstellar medium (ISM), in particular:
  • determination of physical conditions in the interstellar medium (ISM) and interstellar clouds;
  • spectroscopy of interstellar clouds – spectra of atoms, simple molecules and Diffuse Interstellar Bands (DIBs);
  • determination of relationships between abundances of simple molecules and atoms in the interstellar clouds;
  • studies of interstellar extinction and dust in cloud environments and their possible influence on the formation of DIBs;
  • simple and advanced models of interstellar clouds and comparison of models with observational results (i.e. from spectroscopy).

prof. dr hab. Yuriy Zorenko

• Luminescent materials, study of the effect of defects and dopants on their optical properties.
• Technology for the production of crystals, monocrystalline layers , micro and nano powders.
• Conventional and advanced optical spectroscopy, including synchrotron radiation excitation.
• Novel dosimetric materials and methods for measuring the homogeneity of X-ray and γ-ray doses in radiotherapy.
• Development of materials and methods for real-time measurement of ionizing radiation doses in brachytherapy and teleradiotherapy.