ROADMAP
One hBN foundation, two development directions
Our roadmap builds on shared hBN materials development and characterisation, with branches in quantum photonics and semiconductor device stacks.
Shared foundation and development directions
Materials development and characterisation underpin both branches. Later stages are directional and subject to technical validation and commercial priorities.
Quantum photonics
Research-grade emitters are available today. Development work progresses towards integrated emitters, photonic chips and packaged source hardware for communications and sensing.
Semiconductor device stacks
Developing hBN materials for semiconductor devices, including future 2D electronics, with integration as a longer-term objective.
Quantum-photonics development
Quantum-photonics development concepts
- AVAILABLE NOW
Mapped emitters
Coordinate-mapped hBN emitters for early-access research use with suitable optical equipment.
- IN DEVELOPMENT
Packaged source modules
Fibre-coupled single-photon source modules intended to simplify use in laboratory and prototype systems.
- PLANNED
Application modules
Application-specific modules for quantum key distribution, random-number generation, sensing and education.
- LONGER-TERM
Photonic-circuit integration
Longer-term integration of quantum-light sources with photonic circuits for compact modules and OEM systems.
The quantum-photonics branch includes parallel work on:
- packaged plug-and-play single-photon source modules
- photonic integrated circuits
These strands build towards compact source hardware and integrated quantum photonic circuits.
Mapped emitters are available on an early-access basis. Later stages are directional and subject to technical validation and commercial priorities.
NEXT STEP
Discuss a technical partnership
Talk with Photon Foundry about research emitters, quantum photonics or semiconductor materials and integration.