Programme description
Physics is one of the fundamental academic disciplines in the field of natural sciences. This Master course is designed for students who aspire to acquire comprehensive knowledge in physical and related sciences, develop their analytical and logical skills, and actively contribute to the development of modern technologies, whether in the private sector or research institutions. Building on a long-standing scientific tradition, the Faculty of Physics and Astronomy offers second-cycle (Master's) studies in Physics with five specializations:
- General Physics,
- Materials Physics,
- Molecular Biophysics,
- Quantum Information and Spintronics (QIS),
- Physics of advanced materials for energy processing (PAMEP, in English)
These specializations are directly linked to the research conducted at the Faculty and respond to the growing demand in the job market for highly skilled scientific and technical professionals, particularly in the areas where physics intersects with other research disciplines. Recruitment for the PAMEP specialization is conducted separately.
Students select one of the specializations after the first semester of their studies. The Molecular Biophysics specialization provides insights into the physical mechanisms underlying the biological world. The Quantum Information and Spintronics specialization is designed for individuals interested in acquiring comprehensive knowledge and skills in new quantum technologies and nanophysics. A significant portion of courses in this specialization is conducted in English. The Materials Physics specialization focuses on education in nanotechnology and the properties of new materials. The General Physics specialization continues the long-standing tradition of education at the Faculty of Physics and Astronomy.
Graduates of the Physics program will be well-prepared to pursue doctoral studies and engage in scientific research. They will also be equipped to develop their careers in education or industry, particularly in the fields of materials science, energy, biotechnology, information technology, and innovative quantum technologies.
The Physics program also offers the opportunity to prepare for a teaching profession by completing the teaching module.
Specialties
- General Physics
- Materials Physics
- Molecular Biophysics
- Quantum Information and Spintronics
Example of courses
- Theoretical Physics
- Experimental Physics
- Classical Electrodynamics
- Statistical Physics
- Optics and Quantum Informatics
- Advanced Quantum Mechanics
- Computer Simulations
- Modern Trends in Physics Research
Graduate competencies
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possesses knowledge in modern physics, mathematics, and computer science and is capable of describing and modeling physical phenomena using mathematical tools and computational methods, including specialized scientific and engineering software.
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is proficient in operating measurement equipment, planning experiments, as well as processing and interpreting their results.
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can analyze data, including searching for, aggregating, and evaluating technical and scientific content, and is skilled in preparing, presenting, and disseminating research findings and technical reports, including in English.
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is thoroughly prepared to pursue further education in a Doctoral School or to take up employment in R&D, finance, or education sectors that require a comprehensive, analytical, and creative approach to solving complex problems.
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is capable of undertaking project work, both individually and as part of a team, including in international groups.
Career prospects
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in scientific and research institutions or industrial laboratories;
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in companies and institutions whose operations are based on the application of modern knowledge and advanced technologies;
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in companies related to the computer, IT, and data analysis industries;
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in the public sector and administration;
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in the education system (after obtaining additional teaching qualifications).