PhD position in theoretical condensed matter physics and quantum information
Full Time/Student Programs
Education
18 Apr 2024
Beer Sheva
Verified by Turrior
Content + Source + Freshness • 13 Dec 2025 • 95% confidence
85 / 100
Offer value
High value due to strong academic reputation, well-defined research focus, and opportunities for skill development in advanced physics.
- Mentorship under leading physicists
- Focus on innovative research in quantum systems
- Strong potential for academic publication
Pros
- Strong mentorship under a respected professor and established researchers
- Opportunities to publish research and advance academic credentials
- Access to cutting-edge research in quantum information
Cons
- High academic expectations and stress associated with PhD programs
- Limited practical work beyond academic research
- Relocation to Israel may not suit all candidates
Who it's for
Graduate / Postgraduate • Full-time, on-campus
Good fit
- Physics graduates with a strong interest in research
- Individuals eager to work on advanced theoretical projects
- Those looking to publish in scientific journals
Not recommended for
- Candidates looking for immediate industry employment
- Those without a Master's degree in a related field
- Individuals not interested in deep theoretical work
Motivation fit
Passion for advanced physics research and quantum informationDesire to contribute to scientific knowledge through academic workMotivation to develop technical skills in programming and research methodology
Key skills
Theoretical physicsPython programmingResearch methodologyAnalytical thinking and problem solving
Score: 85/100 AI verified analysis
About the job
The PhD position is in the group of Prof. Dganit Meidan at Ben Gurion University, Israel. The group is part of the condensed matter theory group consisting of: Yevgeny Bar Lev, Doron Cohen, Eytan Grosfeld, Yigal Meir and Moshe Schechter.
The research focus is on open quantum system and monitored random circuits. In particular, the exploration of entanglement phase transitions and emergent dynamical topological phases using a combination of numerical and analytical tools.
The call is open for applicants holding a very good MSc degree in theoretical physics, experience in Python is desirable. The application should include a CV, at least one recommendation letter, a copy of university diploma with courses and grades.
