We are seeking for a curious and motivated PhD student to join our optomechanics team and work at the interface between meta-optics and optomechanics.
Recent advances in meta-optics have led to an advanced control over light-matter interaction, greatly contributing to different research directions including imaging, nonlinear optics, biosensing and photonic computing. While less explored, meta-optics also offers great opportunities in the field of optomechanics, which studies the interactions of optical and mechanical properties, with applications to both fundamental physics and technologies.
Project backgroundThe project aims to exploit the latest advances in meta-optics to gain further control over optomechanical interactions. Through a precise engineering of the electromagnetic modes supported by the metasurfaces, one can control the optical forces they experience and, consequently, their mechanical response. By investigating unprecedented effects, this research is poised to both advance our fundamental understanding and drive new technological developments.
Job descriptionYou work will cover all the steps from idealization of the system to its full characterization:
- The design of optomechanical metasurfaces using numerical simulations
- Their nanofabrication in a clean room environment
- The characterization of their optomechanical properties.
Profile - The successful candidate shares our passion for cutting edge research, brings in their motivation and creativity, can clearly communicate, enjoys working closely and respectfully within a team and has basic experience in laboratories and in data analysis.
- Prior experience in nanofabrication, nano- and meta-optics, optomechanics, vacuum technology, programming for experiment control is highly valued but not mandatory.
We offer - We are an international and interdisciplinary research group at the ETH Zürich that has made pioneering contributions to optomechanics.
- During your PhD, you will get exposed to a multitude of technologies including nanofabrication, optics, lasers, data analysis, vacuum technology and numerical simulations.
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