Integrated Nanophotonics and Quantum Technologies

Our research spans nanophotonics, semiconductors, nonlinear, ultrafast, and quantum optics. We develop metasurfaces and photonics to scale atom-based quantum computers and for low SWaP quantum sensors.

Our Research

We investigate novel computational techniques including inverse design and reinforcement learning to create non-intuitive structures and optimise the performance of our photonics devices
Nanophotonic Design

We deploy inverse design, reinforcement learning, and neural networks to model complex light-matter interactions and optimize next-generation photonic devices while ensuring fabrication compatibility.

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Nanofabrication

We explore and develop advanced nanofabrication techniques that allow us to pattern complex structures using materials that are transparent in the UV and visible spectrum.

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Device Integration

We think about how our devices enable next-generation quantum technologies and optical computing. Our optical testing lab allows us to characterize device performance.

Our Team

We are a multi-disciplinary team spanning computational optimization, quantum and ultra-fast optics and photonics for quantum information.

Team