PhD Position in Theoretical Physics â Dipolar Quantum Gases

University of Innsbruck - IQOQI Innsbruck; Innsbruck; On-site; EUR 16,000 - 22,000; Full time

Job summary

The University of Innsbruck in collaboration with IQOQI Innsbruck invites applications for a PhD position in the Theory Division, focusing on dipolar quantum gases. You will contribute to cutting-edge theoretical research in quantum many-body physics and work closely with experimental and theoretical teams in Innsbruck, Austria.

The role emphasizes numerical modelling, beyond-mean-field effects, and exploring dipolar phases and quantum phase transitions in mixtures, offering strong scientific

Responsibilities

• Numerical simulation of dipolar many-body systems using the Gross-Pitaevskii-equation including beyond-mean-field effects
• Dipolar many-body phases and quantum phase transitions in the bulk
• Dipolar quantum mixtures

Skills

Theoretical physics

Numerical simulation

Quantum many-body physics

Education

PhD student in physics or related field

Job description

We are seeking a talented and highly motivated PhD student to join our Theory Division and become part of the dipolar quantum gases group at the University of Innsbruck and the Institute for Quantum Optics and Quantum Information (www.iqoqi.at), Innsbruck, Austria. This position offers the opportunity to work at the forefront of theoretical research in quantum many-body physics within a vibrant and internationally recognized scientific environment.Current opening:Theo-PhD@Theory Group

Numerical simulation of dipolar many-body systems using the Gross-Pitaevskii-equation including beyond-mean-field effectsDipolar many-body phases and quantum phase transitions in the bulkDipolar quantum mixtures

ABOUT US:You will join an international and collaborative team working at the frontier of quantum science in Innsbruck. The group is jointly located at the University of Innsbruck and IQOQI Innsbruck and works with highly magnetic erbium and dysprosium atoms in ground and Rydberg states.The project offers:

strong scientific ownership;access to a leading quantum science environment;close collaboration with experimental and theoretical teams;training in high-end experimental and theoretical AMO techniques;life and research in Innsbruck, Austria.