Using the latest theoretical and practical knowledge and a modern base of science and technologies in the environment of interdisciplinary studies, the Life and Chemical Physics studies program is intended to educate the highly skilled specialists capable for the professional research activities aiming to seek and develop scientific and technological solutions applicable in the fields of environmental science, materials research science, and biomedicine.
During the first semester, the students will have four compulsory courses during which they learn about physical principles of environmental processes, its role, and importance for living ecosystems and the surroundings, obtain knowledge about physical effects and biological responses on the molecular level, familiarize with the non-equilibrium statistical physics, especially with nonstationary kinetic processes, fluctuation theory, and transport phenomenon, the mathematical foundation of stochastic processes and the methods of non-equilibrium kinetic theory for simple chaotic systems, will become aware of the advances in the areas of digital optics and computerized signal processing. In addition, they will have the opportunity to deepen the knowledge by choosing two of four elective courses.
The compulsory courses of the second semester will give students the theoretical background and operation principles of contemporary spectrometric devices (Fourier imaging infrared absorption, Raman scattering, luminescence, magnetic resonance, mass, nuclear, etc.), advanced knowledge about spectrometry methods and experimentally measured values. This knowledge will be tested and implemented during practical scientific activities performing a research project. The further specialization will be continued by providing the opportunity to choose two other elective courses.
The compulsory courses of the third semester will provide students with the knowledge on major classes of organic substances and polymers, their electronic structure, and physical behavior, focusing on electronic processes and the interaction of electromagnetic radiation with chromophores. The students will learn about the mechanisms and regularities of photochemical processes, photoluminescence, and the variety of its biomedical applications. They will continue to accumulate practical experience working with different scientific techniques as well as extend the specific understanding by choosing the two elective courses.
The fourth semester is devoted to the preparation of the final Master’s Thesis project, during which the students will spend their time working in the scientific labs, studying relevant scientific literature, discussing and documenting the obtained results, and preparing for the public presentation of the thesis.
Students can participate in the ERASMUS+ mobility program or use VU’s Bilateral cooperation agreements which give an opportunity to study at VU’s Partner Universities or do internships abroad.