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Faculty
Faculty of Physics
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Scope of studies and length
120 ECTS credits, 2 years |
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Qualification awarded
Master in Physical Sciences |
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Application deadline*
1 May / 1 July |
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Language
English |
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Tuition fee per year
6 100 € for non-EU students
5 538 € for EU students |
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Start of studies
1 September
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City
Vilnius |
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Using the latest theoretical and practical knowledge and a modern basis of science and technologies in the environment of interdisciplinary studies, the Life and Chemical Physics studies programme is intended to educate highly-skilled specialists who are capable of professional research activities, and who are aiming to seek and develop scientific and technological solutions applicable in the fields of environmental science, materials research science and biomedicine.
Programme structure
| Subjects of study |
Credits |
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Semester 1 Autumn |
| Compulsory Courses |
15.0 |
| Chemical Physics |
10.0 |
| Physics of Surface and Nanosystems |
5.0 |
| Optional Courses |
15.0 |
| Modelling of Stochastic Processes |
5.0 |
| Non-equilibrium Statistical Physics |
5.0 |
| Physical Electrochemistry |
5.0 |
| Physical Kinetics |
5.0 |
| Photobiology |
5.0 |
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Semester 2 Spring |
| Compulsory Courses |
20.0 |
| Modern Optical Spectroscopy |
10.0 |
| Scientific Research Work I/II p. |
10.0 |
| Optional Courses |
10.0 |
| Concepts of Molecular Modeling |
5.0 |
| Kinetic and Laser Spectroscopy |
5.0 |
| Solid State Theory |
5.0 |
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Semester 3 Autumn |
| Compulsory Courses |
20.0 |
| Digital Optics and Spectral Data Analysis Methods |
5.0 |
| Magnetic Resonance Spectroscopy |
5.0 |
| Scientific Research Work II/II p. |
10.0 |
| Optional Courses |
10.0 |
| Artificial Intelligence |
5.0 |
| Classical and Quantum Molecular Dynamics |
5.0 |
| Mass Spectrometry and Chromatographic Methods |
5.0 |
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Semester 4 Spring |
| Compulsory Courses |
30.0 |
| Master Final Thesis (Study field: Physics) |
30.0 |
Key Learning Outcomes
- The Master's programme will enable graduates to combine practical experimental skills with methodological knowledge.
- Graduates will be able to carry out interdisciplinary scientific experiments using modern spectroscopic research equipment and techniques, to analyze and summarize the results of the experiments carried out, and to assess their practical relevance and application potential in the high-tech industry and development, business, environmental protection, public health or other fields.
Programme Specific Requirements
- Completed university bachelor’s degree studies in physics or chemistry of the physical sciences study field group, materials technology and biotechnology field of the life sciences study field group or technological sciences study field group or other studies closely related to the aforementioned fields.
- In the diploma supplement: No less than 60 per cent of the volume of course units taken shall be in the fields of physics, mathematics, engineering, materials technology, nanotechnologies; the cumulative grade point average of these course units shall be no less than 60 per cent of the maximum possible grade. All course units must be passed (positively assessed).
- Additional points shall be awarded for scientific publications supported by bibliographic links and presentations at scientific conferences in the fields related to the study programme.
- The candidates meeting the aforementioned criteria are invited to the remote motivational interview. During the interview, the candidate’s determination to study in a master’s degree programme based on science is evaluated. If the interview is evaluated negatively, the candidate is not admitted to the study programme.
In addition, all applicants have to fulfil the general admission requirements.
Why choose this programme?
- It draws on the latest theoretical and practical knowledge and state-of-the-art scientific and technological infrastructure and promotes interdisciplinarity.
- It aims to develop highly qualified professionals.
- Graduates will be able to carry out professional scientific, theoretical and experimental research activities in the fields of materials science, chemical physics, biomedicine and related fields.
- Graduates will be able to effectively implement scientific and technological solutions related to chemical physics and its applications in industry, business, environmental protection, public healthcare or other sectors.
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What comes after?
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Graduates can pursue careers in high-tech manufacturing and business, managing technological production processes requiring interdisciplinary knowledge of physics, chemistry, medical physics and biophysics; work in state expert, control and regulatory bodies, the environmental protection, healthcare, science sector or other fields.
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