Research-grade hBN emitters
Characterised samples for qualified research and development laboratories, supplied case by case.
2D MATERIALS AND DEVICES
hBN materials for quantum photonics and semiconductor devices
Photon Foundry is developing hBN materials and technologies for quantum photonics and semiconductor device stacks. Research-grade single-photon emitters are available today; packaged sources and semiconductor applications are development directions.
Hexagonal boron nitride
Why hBN
Our work builds on expertise in hexagonal boron nitride, a two-dimensional layered material, and its defects. We are developing this foundation for quantum photonics and semiconductor device stacks. In quantum photonics, hBN hosts single-photon emitters that operate at room temperature.
Photon Foundry at a glance
- ORIGIN: University of Technology Sydney spin-out
- FOUNDATION: founder-led, peer-reviewed hBN research
- CAPABILITY: room-temperature quantum emitters
- TRACTION: initial paid research-sample sales
Products and development
One material foundation, two development directions
Our hBN materials development and characterisation support work in quantum photonics and semiconductor devices.
Packaged single-photon sources
Fibre-coupled modules intended to deliver room-temperature quantum light through practical optical interfaces.
Semiconductor materials
Developing hBN for semiconductor device stacks, including future 2D electronics.