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Graduates of the master's study program Theoretical physics have extensive knowledge of oncepts and notions of theoretical physics and master a powerful mathematical apparatus able to solve complex physical problems. They are familiar with simulation methods and can work with advanced software; they are also able to prepare a talk on the topic they interested in and explain the results of their own work. The graduates with the specialization Elementary particles keep track with the current knowledge about the structure of matter, as provided by the quantum field theory and the Standard Model of particle physics based on it. During studies they typically participate in the search for possible extensions of the Standard Model, taking place in close connection with the experiments on the accelerators at CERN, and in case they cooperate more extensively with CERN they have experience with modern shared programming and numerical methods such as Monte Carlo. The graduates with the specialization Mathematical physics and gravity master formal approaches to the study of open problems in the whole spectrum of physical theories from quantum field theory to the theory of condensed matter. They are also acquainted with the current state of knowledge about the issues falling under the general theory of relativity, especially about the physics of black holes and the structure and evolution of the universe, and have general knowledge of astronomical observations essential for understanding of the processes in the universe, such as observations of the anisotropies of cosmic microwave background, or recent detection of gravitational waves coming from the merging of black holes. The graduates with the specialization Many-particle physics have a detailed idea of the current state of knowledge about the properties of solids in a wide range of external conditions. They are proficient in modern methods facilitating the researcher to manage the complexity of many-particle systems, as well as in advanced mathematical methods by which such systems are described. Graduates receive the title Mgr.
Programme overview
Main Subject
Physics and Astronomy
Degree
MSc
Study Level
Masters
Study Mode
On Campus
Graduates of the master's study program Theoretical physics have extensive knowledge of oncepts and notions of theoretical physics and master a powerful mathematical apparatus able to solve complex physical problems. They are familiar with simulation methods and can work with advanced software; they are also able to prepare a talk on the topic they interested in and explain the results of their own work. The graduates with the specialization Elementary particles keep track with the current knowledge about the structure of matter, as provided by the quantum field theory and the Standard Model of particle physics based on it. During studies they typically participate in the search for possible extensions of the Standard Model, taking place in close connection with the experiments on the accelerators at CERN, and in case they cooperate more extensively with CERN they have experience with modern shared programming and numerical methods such as Monte Carlo. The graduates with the specialization Mathematical physics and gravity master formal approaches to the study of open problems in the whole spectrum of physical theories from quantum field theory to the theory of condensed matter. They are also acquainted with the current state of knowledge about the issues falling under the general theory of relativity, especially about the physics of black holes and the structure and evolution of the universe, and have general knowledge of astronomical observations essential for understanding of the processes in the universe, such as observations of the anisotropies of cosmic microwave background, or recent detection of gravitational waves coming from the merging of black holes. The graduates with the specialization Many-particle physics have a detailed idea of the current state of knowledge about the properties of solids in a wide range of external conditions. They are proficient in modern methods facilitating the researcher to manage the complexity of many-particle systems, as well as in advanced mathematical methods by which such systems are described. Graduates receive the title Mgr.
Admission Requirements
The entry requirements include a submitted application, proof of English proficiency, and an entrance exam (or an equivalent test based on the bachelor's degree curriculum).
30 Apr 2026
2 Years
Sep
Tuition fees
International
1,800 EUR
Scholarships
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Theoretical Physics
Bratislava, Bratislava, Slovakia
# 601-675QS Subject Rankings
24 monthsProgramme duration
1,800 EURTuition Fee/year
30 Apr, 2026Application Deadline
Programme overview
Main Subject
Physics and Astronomy
Degree
MSc
Study Level
Masters
Study Mode
On Campus
Graduates of the master's study program Theoretical physics have extensive knowledge of oncepts and notions of theoretical physics and master a powerful mathematical apparatus able to solve complex physical problems. They are familiar with simulation methods and can work with advanced software; they are also able to prepare a talk on the topic they interested in and explain the results of their own work. The graduates with the specialization Elementary particles keep track with the current knowledge about the structure of matter, as provided by the quantum field theory and the Standard Model of particle physics based on it. During studies they typically participate in the search for possible extensions of the Standard Model, taking place in close connection with the experiments on the accelerators at CERN, and in case they cooperate more extensively with CERN they have experience with modern shared programming and numerical methods such as Monte Carlo. The graduates with the specialization Mathematical physics and gravity master formal approaches to the study of open problems in the whole spectrum of physical theories from quantum field theory to the theory of condensed matter. They are also acquainted with the current state of knowledge about the issues falling under the general theory of relativity, especially about the physics of black holes and the structure and evolution of the universe, and have general knowledge of astronomical observations essential for understanding of the processes in the universe, such as observations of the anisotropies of cosmic microwave background, or recent detection of gravitational waves coming from the merging of black holes. The graduates with the specialization Many-particle physics have a detailed idea of the current state of knowledge about the properties of solids in a wide range of external conditions. They are proficient in modern methods facilitating the researcher to manage the complexity of many-particle systems, as well as in advanced mathematical methods by which such systems are described. Graduates receive the title Mgr.
Programme overview
Main Subject
Physics and Astronomy
Degree
MSc
Study Level
Masters
Study Mode
On Campus
Graduates of the master's study program Theoretical physics have extensive knowledge of oncepts and notions of theoretical physics and master a powerful mathematical apparatus able to solve complex physical problems. They are familiar with simulation methods and can work with advanced software; they are also able to prepare a talk on the topic they interested in and explain the results of their own work. The graduates with the specialization Elementary particles keep track with the current knowledge about the structure of matter, as provided by the quantum field theory and the Standard Model of particle physics based on it. During studies they typically participate in the search for possible extensions of the Standard Model, taking place in close connection with the experiments on the accelerators at CERN, and in case they cooperate more extensively with CERN they have experience with modern shared programming and numerical methods such as Monte Carlo. The graduates with the specialization Mathematical physics and gravity master formal approaches to the study of open problems in the whole spectrum of physical theories from quantum field theory to the theory of condensed matter. They are also acquainted with the current state of knowledge about the issues falling under the general theory of relativity, especially about the physics of black holes and the structure and evolution of the universe, and have general knowledge of astronomical observations essential for understanding of the processes in the universe, such as observations of the anisotropies of cosmic microwave background, or recent detection of gravitational waves coming from the merging of black holes. The graduates with the specialization Many-particle physics have a detailed idea of the current state of knowledge about the properties of solids in a wide range of external conditions. They are proficient in modern methods facilitating the researcher to manage the complexity of many-particle systems, as well as in advanced mathematical methods by which such systems are described. Graduates receive the title Mgr.
Admission Requirements
Tuition fees
International
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
How to get a full scholarship
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