This Master's program offers a unique approach to advanced studies in quantum physics and chemistry. It focuses on integrating students into active scientific research from the outset. The curriculum is built around individual research projects, guided by a dedicated supervisor. Unlike traditional programs, the emphasis is less on attending specific lectures and more on self-directed learning, active participation in research, and personalized tutoring. Students benefit from their own research budget, extensive laboratory access, and specialized library resources. The program also includes opportunities for internships and encourages creative projects in the Makerspace@UW studio.
Graduates are equipped with advanced skills in quantum physics and chemistry, enabling them to tackle complex problems in both research and industry. The program's focus on mathematical modeling, data analysis, and communication makes graduates highly adaptable to various scientific and technological fields.
Admission for candidates with foreign diplomas follows the same rules as for candidates with Polish diplomas. Foreigners from outside the EU/EFTA/OECD or with unrecognized diplomas follow the same admission rules.
Application fees and student ID payments are separate from tuition fees.
You need a Bachelor's degree in a relevant field and English language proficiency at least at the B2 level (CEFR), which can be proven by a certificate or assessed during the interview.
Tuition fees apply to citizens of Non-UE/EFTA countries and Switzerland. Specific fee amounts can be found on the University's dedicated fee pages.
Registration for the program closes on July 9, 2026, with the written examination scheduled for July 14, 2026, and interviews on July 16, 2026.
Applications are submitted online through the University of Warsaw's Internet Recruitment of Candidates (IRK) system, involving creating an account, completing the online form, paying a fee, and attending an exam and interview.
This program emphasizes integration into active scientific research from the start, focusing on self-directed learning, individual research projects with a supervisor, and personalized tutoring, rather than traditional lectures.
Graduates are prepared for roles such as scientific researchers, data analysts, developers of mathematical models, and experts in quantum technologies within research and industry.