Topics of PhD. 2022/2023

Doctoral study field: THEORETICAL AND COMPUTATIONAL CHEMISTRY

Development and implementation of efficient relativistic methods for the prediction of spectroscopic parameters

Supervisor: Mgr. Stanislav Komorovský, PhD. stanislav.komorovsky@savba.sk

  • The main goal of the thesis is the theoretical development of new relativistic methods read more →

Doctoral study fields: INORGANIC TECHNOLOGY AND MATERIALS or INORGANIC CHEMISTRY

Ternary fluorides for modern applications.

Supervisor: doc. Ing. Miroslav Boča, DrSc. miroslav.boca@savba.sk

  • Object of the work will be the study of inorganic fluorides for various branches of energy read more →

Composite materials based on layered hydrosilicates and cationic polymers

Supervisor: Ing. Helena Pálková, PhD. helena.palkova@savba.sk

  • The work will be targeted to the optimization of the preparation of composite materials read more →

Study of properties of advanced inorganic materials by modelling approach

Supervisor: Ing. Eva Scholtzová, CSc. eva.scholtzova@savba.sk

  • Using theoretical computational methods (e.g., DFT) and periodic modelling approach, the advanced read more →

Doctoral study field: PHYSICAL CHEMISTRY

Hybrid materials of layered silicates with photoactive properties

Supervisor: prof. RNDr. Juraj Bujdák, DrSc. e-mail: juraj.bujdak@savba.sk
Supervisor (consultant): Mgr. Peter Boháč, PhD. e-mail: peter.bohac@savba.sk

  • The dissertation’s goal will be preparation and characterization of hybrid materials of layered silicates read more →

Physico-chemical analysis of light lanthanides molten systems

Supervisor: Ing. Blanka Kubíková, PhD. e-mail: blanka.kubikova@savba.sk

  • Analysis of selected fluoride molten salt systems of lanthanides from the point of phase read more →

DFT method and modelling approach for study of properties of advanced materials

Supervisor: Ing. Eva Scholtzová, CSc. eva.scholtzova@savba.sk

  • Using DFT method and periodic modelling approach, the advanced materials based on the layered read more →