01
Gaussian Boson Sampling
Scalable photonic processors that leverage quantum interference of indistinguishable photons to solve classically intractable sampling problems.
Photonic Quantum Computing, Engineered for the Real World
PhotoniQ commercializes research inventions in photonic quantum computing, Gaussian Boson Sampling, continuous-variable quantum optical computing, and optical tweezers for sensing.
Quantum optics
Core expertise
Photonics
Our foundation
Deep tech
Our DNA
Research spinout
Built to impact
WHAT WE BUILD
Core Technologies. Real-World Impact.
A product-focused portfolio built around scalable photonic quantum architectures, precision optical systems, and disciplined commercialization.
02
Continuous-Variable Quantum Computing
Harnessing continuous degrees of freedom of light for universal quantum computing with Gaussian and beyond-Gaussian operations.
03
Optical Tweezers & Sensing
Ultra-precise manipulation and sensing at the microscale for biophysics, materials, and quantum-enhanced measurements.
04
Research Commercialization
Spinning breakthrough research into robust, manufacturable products that deliver real-world value across industries.
WHY PHOTONICS
Our Advantage
PhotoniQ is built on the strengths of light itself: scalable information carriers, low-noise operation, and precision at the quantum frontier.
Advantage
Scalable by Nature
Photonic systems scale to millions of modes with minimal crosstalk and high bandwidth.
Engineered to support credible quantum computing and sensing platforms.
Advantage
Low-Noise Architectures
Light is inherently low-loss and immune to many forms of environmental noise.
Engineered to support credible quantum computing and sensing platforms.
Advantage
Precision & Sensitivity
Photonics enables exquisite control and measurement at the quantum limit.
Engineered to support credible quantum computing and sensing platforms.
Advantage
Research to Product
Deep research expertise with a clear path from invention to impactful products.
Engineered to support credible quantum computing and sensing platforms.
FROM LAB TO IMPACT
Turning Research into Real-World Solutions
We bridge fundamental research and commercial impact through a disciplined, iterative path from discovery to deployment.
1
Research
Pushing the boundaries of photonic quantum science in our labs and with academic partners.
2
Prototype
Building and validating novel architectures and devices with rigorous testing and simulation.
3
Platform
Engineering scalable, reliable platforms ready for integration and deployment.
4
Product
Delivering products that solve real-world problems across computing, sensing, and beyond.