FKLd Physics of Condensed Matter 4 PF UPJŠ Faculty of Science III. Single degree study Ph.D. (Doctor of Philosophy) Full-Time Physics 7615 Doktorandské štúdium - prijímacie konanie 2026/2027 2026/2027 2026-03-01+01:00 2026-05-31+02:00 15.06.2026 - 26.06.2026 The student who will obtain PhD degree in the program Condensed Matter Physics will acquire deep physical insight in solid state physics enabling him to follow the current state of the art in the subject. Scientific methods he/she will become familiar with are focused on the investigations in a wide temperature scale, and also sensitive spectroscopic techniques under normal and extreme conditions, more specifically, at high magnetic fields and very low temperatures. The student will gain skills in preparation of various nanostructures and in their microscopic diagnostics as well. The obtained experience in scientific work will make the student able to become a valuable part of a research team, yet to work with creativity and task targeting. The student will be capable to use the acquired knowledge in practical applications, develop novel materials, technologies and methods. The obtained skills and knowledge will enable him/her to find an academic position in various research areas, position in industry, both in public and private sector. Slovak 1 2 0 2 2 https://ais2.upjs.sk/repo2/repository/default/ais/studijneplany/2025-2026/PF_UPJS/EN/FKLd.xml Experimentálne štúdium anomálnych vibračných stavov v usporiadaných a neusporiadaných systémoch (Experimental study of anomalous vibrational states in ordered and disordered systems) RNDr. Vladimír Tkáč, PhD. 2026/2027 Kvantové materiály v extrémnych podmienkach (Quantum materials under extreme conditions) doc. RNDr. Slavomír Gabáni, PhD. 2026/2027 Magnetizačné procesy v magneticky mäkkých feritoch (Magnetization processes in soft magnetic ferrites) RNDr. Samuel Dobák, PhD. 2026/2027 Nanočasticové systémy ako objekty z pohľadu relaxačnej dynamiky (Nanoparticle systems as objects from the perspective of relaxation dynamics) doc. RNDr. Adriana Zeleňáková, DrSc. 2026/2027 Nové supravodiče na báze vysokoentropických zliatin (New superconductors based on high-entropy alloys) RNDr. Gabriel Pristáš, PhD. 2026/2027 Pomalá magnetická relaxácia v hybridných magnetoch (Slow magnetic relaxation in hybrid magnets) doc. RNDr. Erik Čižmár, PhD. 2026/2027 Transportné a STM štúdie v misfitových vrstvených necentrosymetrických supravodičoch. Isingovská supravodivosť, anizotropia a nerecipročný transport. (Transport and STM studies in misfit layer non-centrosymmetric superconductors. Ising superconductivity, anisotropy and non-reciprocal transport.) prof. RNDr. Peter Samuely, DrSc. 2026/2027 Špecifiká magnetizačných procesov v magneticky mäkkých kompozitov. (Specifics of magnetization processes in soft magnetic composites.) prof. RNDr. Peter Kollár, DrSc. 2026/2027 Štúdium 2D efektov v 3D interkalovaných dichalkogenidoch prechodných kovov. (Study of 2D effects in 3D intercalated transition metal dichalcogenides.) Mgr. Tomáš Samuely, PhD., univerzitný docent 2026/2027