PhD in Spatiotemporal Integrated Metamaterials
Core
Design and fabricate chip-scale metamaterials with time-varying modulation for nonreciprocal photonic devices to enable optical communication and quantum applications.
Role type
PhD researcher in photonics and nanofabrication
Builds
Dynamically modulated metamaterials integrated into photonic circuits
Domain
Photonics, nanofabrication, and optical communication
Required skills
Theoretical design of dynamically modulated structures, numerical simulation, advanced nanolithography, experimental characterization of light transport, on-chip fabrication
Preferred skills
Experience in nonreciprocal photonics, photonic integration, interdisciplinary collaboration
Technologies
Nanolithography, photonic circuits, optical communication systems
Responsibilities
Design and simulate time-varying metamaterial structures, fabricate devices using advanced nanolithography, experimentally demonstrate nonreciprocal light transport, collaborate with industrial partners and international consortium members
Seniority
PhD candidate, research-focused
