Master's thesis — Novel Cryogenic Resonators

Master's thesis — Novel Cryogenic Resonators

Are you curious about how the product lifecycle of quantum technologies unfolds—transforming cutting-edge research from the lab into a market-ready product and gathering feedback from the very first customers? Join us for a master’s thesis where you can explore this journey first-hand, developing the next-generation cryogenic microcavity platform for QED experiments. More specifically, you will be involved in:

• CAD & precision mechanical design for cryogenic conditions
• Optical alignment, optics design and integration of microcavity systems

Target group: Students enrolled at a University (Physics/Optics/Mechanical Eng.)

About Us

We are Qlibri GmbH , a deep-tech spin-off from LMU Munich.

Our mission: enable new frontiers in quantum optics by building novel optical microcavity systems.

At the heart of our work are optical microcavities that enhance the interaction between light and matter by orders of magnitude. In our newest project, we take these cavities to ultra-low temperatures in the most powerful cryostats to perform quantum electrodynamics (QED) experiments with leading research groups worldwide.

• Curiosity for optics, cryogenics, and quantum technologies
• Eagerness to work independently and contribute your own ideas
• Enjoy teamwork in a multidisciplinary environment
• Enrollment at a University studying Physics, Optics or Mechatronics

What We Offer

• Hands-on experience with cryogenic setups down to ultra-low temperatures
• Work in a diverse, open-minded, and dynamic team in Munich
• Collaborate directly with world-class researchers in QED and nanophotonics
• Team events, networking opportunities, and a fun work atmosphere

We will be happy to arrange a lab tour and introduce you to the team as part of the recruiting process.

Excited to meet curious minds and future collaborators,

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