System bottleneck
Quantum-photonic teams can demonstrate sophisticated systems yet still struggle to source, characterise and integrate dependable emitters.
INVESTORS
hBN materials for photonics and semiconductors
Photon Foundry is engaging prospective seed investors to advance a shared hBN materials foundation for quantum photonics and semiconductor device stacks. Research-grade single-photon emitters are available to research users today.
Investment thesis
One materials foundation, two development directions
Our development direction combines hBN materials and characterisation with quantum photonics and applications in semiconductor device stacks, including future 2D electronics. Our existing quantum-photonics work provides a scientific foundation and early commercial experience.
Room-temperature hBN
Photon Foundry is engineering hBN emitters for repeatable fabrication, photonic coupling and practical packaging without cryogenic operation.
Commercial gap
A substantial peer-reviewed foundation exists; the value-creation work is repeatable production, stable packaging and partner-ready integration.
Quantum photonics
Our quantum-photonics track record
Founder-led research
UTS spin-out built on a decade of founder-led, peer-reviewed hBN quantum-photonics research.
Technical breadth
Published work spans room-temperature emission, deterministic emitter fabrication, photonic coupling and proof-of-concept applications.
Paid research demand
Initial paid research-sample sales provide early demand evidence, external evaluation and product feedback.
Australian capability
Sydney-based development creates a pathway for an Australian source component in the quantum-hardware supply chain.
Quantum-photonics commercial path
Start with research users; expand as integration matures
A component-first model creates near-term technical feedback while packaging and partner work build towards higher-value modules and integration.
- Available now
Characterised research emitters
Supply early-access emitters to R&D users who can evaluate performance and inform product requirements.
- In development
Packaged source modules
Engineer stable optical interfaces for pilots in sensing, communications and photonic systems.
- Longer term
Integrated source hardware
Build product and supply relationships with PIC, OEM and system partners as manufacturing readiness matures.
Use of capital
What seed capital enables
Seed capital would support shared hBN materials development and characterisation, alongside engineering for quantum photonics and development of semiconductor applications.
Materials development and characterisation
Advance hBN materials, process repeatability and characterisation for both development directions.
Packaging and photonic integration
Engineer stable optical interfaces, packaged modules and initial PIC-integration pathways.
Team and laboratory capacity
Build the engineering capability and dedicated laboratory infrastructure needed for faster iteration and customer support.
Defensible IP
Protect company-created manufacturing, integration and packaging know-how as the technology matures.
Next step
Request the investor materials
Review the founding team and technical evidence, then request the investor deck or arrange a discussion with Photon Foundry.
This page is for information only and is not an offer to issue securities.