University of Bonn

Overview

The PhD programme in Open System Control of Atomic and Photonic Matter at the University of Bonn delves into the behavior of quantum systems influenced by engineered environments. This programme emphasizes the development of innovative quantum control methods, integrating open-system control with topological protection techniques.

What you'll study

The doctoral research programme is structured around three key research areas, allowing each PhD project to thrive within its designated focus while promoting interdisciplinary collaboration.

• Research Area A: Few-body quantum systems and environments
  • Exploration of tailored environments and their impact on few-body dynamics.
  • Utilization of bottom-up approaches from atomic physics and quantum optics.
• Research Area B: Control of quantum many-body systems by environments
  • Study of the interplay between internal dynamics of many-body systems and their coupling to external reservoirs.
  • Development of strategies for environment-assisted control of quantum systems.
• Research Area C: Topological quantum states in atomic and photonic systems
  • Creation and detection of topological states in various atomic and photonic platforms.
  • Methods focused on enhancing the robustness of quantum control techniques.

Doctoral training components include:

• A supervised research project in alignment with one of the research areas.
• Participation in regular group meetings, seminars, and internal discussions.
• Engagement in scientific writing and presentations, including publications and conference contributions.
• Periodic reviews of project milestones and progress with supervisors.

Entry requirements

Applicants should hold an MSc degree or an equivalent qualification. Proficiency in English is essential, with the expectation of excellent language skills demonstrated through standardized testing.

English requirements

Minimum English test scores are generally expected to be as follows:

• IELTS: 5.5 (overall)
• PTE Academic: 59 (overall)

Career prospects

Graduates of the PhD programme may find diverse career opportunities in academia, research institutions, and industry sectors focusing on quantum technologies and advanced materials. The skills acquired during the programme prepare graduates for impactful roles in scientific research and innovation.