Solid-State
Quantum Sensing
on a Chip.
Building clinical-grade magnetometry for scale via standard semiconductor fabrication.
Room temp · Chip-scale · Solid-state
Built on 10+ years of NV-centre research and engineering, now being developed into manufacturable, chip-scale photonics.
High-performance sensing
Room-temperature quantum magnetometry designed to move beyond specialist facilities into wearable and rugged systems.
Brain-signal and neurological sensing
For next-generation MEG-style imaging and neurological diagnostics, removing the need for cryogenic or shielded-room infrastructure.
- ✓ Compact sensors designed for integration
- ✓ Room-temperature operation
- ✓ Path to manufacturable, scalable systems
Monitoring in demanding environments
Brain-signal sensing where conditions are challenging: vibration, motion, or constrained space, without heavy infrastructure.
- ✓ Solid-state design for robustness
- ✓ Built to support noise-mitigation strategies
- ✓ Compact form factor for system integration
Research and validation
Labs and consortia collaborating with us on characterisation, validation, and a path to adoption.
The Technology
Nitrogen-Vacancy in Diamond
We use the quantum properties of Nitrogen-Vacancy (NV) centres in diamond, integrated with silicon photonics. Our team has been advancing NV-centre sensing for over a decade: from academic research to the photonic architectures that enable today’s chip-scale sensors.
Our patent-pending photonic enhancement architecture is designed to enable high sensitivity with low-power, eye-safe excitation via standard semiconductor fabrication.
Read our full technology overview
Partnerships
We are developing solid-state quantum sensing for partner-led adoption. We welcome pilots, strategic partnerships, grant-funded collaborations, and early conversations about what you need.
Partners with a defined use case who want to test sensing in a product or clinical workflow, with clear success criteria and room to iterate.
Early evaluation in research and non-regulated environments to generate performance data and iterate quickly.
Designed to integrate into clinical systems through partnerships with established medical device manufacturers.
FAQ
Quick answers to common diligence questions, from the physics basics to integration and go-to-market pathways.
The Founding Team
Combining deep physics expertise with commercial and legal strategy.
Dr Agnethe Seim Olsen
Ex-CERN, MIT, senior analyst, PhD in ML. 4+ years Management in Public sector.
Dr Joe Smith
10+ years engineering nitrogen-vacancy centres in diamond and the photonic architectures needed for chip-scale sensing. Led major grant-funded programmes and supports RobQuant’s IP and technical roadmap.
Sam Smith
Qualified patent attorney (UK/EU). Expert in building patent portfolios and litigation defence.