Fizyka, specjalność: Master’s Study of Theoretical Physics

Opis kierunku

The master's programme in Theoretical Physics is a research-oriented, English-taught degree designed for students passionate about fundamental science, cutting-edge technologies and advanced mathematical modelling.

The programme covers key areas of modern theoretical physics, including quantum physics, quantum computing, particle physics, astrophysics, cosmology, gravity and machine learning in physics. It combines a solid theoretical foundation with flexible course selection, enabling students to tailor their academic path according to their interests and research goals.

Students benefit from close cooperation with internationally recognized researchers, access to advanced research projects and participation in international scientific networks. The programme provides an ideal gateway to doctoral studies, international research careers, and high-tech industries.

What makes studying Theoretical Physics unique?

• Wide spectrum of research areas - from quantum computing and particle physics to cosmology and machine learning.
• Exceptional flexibility - personalized study paths and individual course selection.
• Research-based teaching - direct involvement in international research projects and grants.
• International academic environment - lecturers and students from Europe, Asia, North America and beyond.
• Strong scientific reputation - education delivered by high-class researchers actively publishing and leading global projects.
• Individual mentorship - close cooperation with academic supervisors and small research groups.
• This combination creates a truly elite learning experience for future scientists and innovators.

What you’ll learn
Throughout the programme, students develop advanced knowledge and practical skills in:

• quantum mechanics and quantum field theory,
• particle physics and the Standard Model,
• astrophysics, cosmology and gravitational physics,
• quantum computing and quantum information science,
• mathematical modelling and advanced computational methods,
• machine learning applications in physics,
• scientific research methodology and academic communication.

You will learn to formulate scientific problems, build theoretical models, analyse complex data and communicate research results effectively.

Dla kogo?

Dla kogo?

This programme is designed for:

graduates of physics, mathematics, engineering or related fields

students fascinated by quantum mechanics, cosmology, astrophysics and fundamental physics

candidates seeking strong analytical, computational and research competences, ambitious learners aiming for academic careers, PhD studies, or advanced positions in IT, AI and finance

those who enjoy solving complex problems, working with abstract models, and pushing the boundaries of scientific knowledge

Co po studiach?

Graduates of the programme are highly sought-after in both academic and non-academic sectors. Career opportunities include:

• PhD studies and academic research at leading universities worldwide,
• quantum computing and high-tech industries,
• data science, artificial intelligence and machine learning,
• financial analytics, fintech and quantitative modelling,
• aerospace and advanced engineering sectors,
• research and development in global technology companies.