Scaling for Quantum
Quantum technology promises breakthroughs across computing, sensing, and communications—but only if we solve the hardest challenge: manufacturing at scale. Nexus is making that possible.
REDEFINING ‘POSSIBLE’
THE NEXUS ADVANTAGE
By merging cutting-edge photonics with scalable manufacturing, Nexus is redefining what’s possible for quantum—and accelerating its journey from research to real-world impact.
FOUNDATION OF QUANTUM SYSTEMS
The best low-noise, precision lasers
It starts with precision: building the best low-noise lasers - Nexus technology allows for frequency noise improvement greater than one million times compared to alternatives, setting a new benchmark for stability and coherence. But precision alone isn't enough. The real breakthrough comes when these lasers are seamlessly integrated onto application-specific Photonic Integrated Circuits (PICs), reducing size and cost by more than 100x.
Integration unlocks scalability
By embedding high-performance lasers directly into PICs, we create compact, robust, and manufacturable photonic front-ends tailored for quantum applications. Whether it's quantum sensing, communication, or computing, this platform approach enables scalable deployment across all quantum modalities. The result is a transformative leap: from lab-scale prototypes to industrial-grade quantum systems, powered by integrated photonics.
THE NEXUS DIFFERENCE
Borrowing from the proven playbook of semiconductor manufacturing: wafer-scale fabrication, rigorous testing, singulation, and advanced packaging – we transform quantum and photonics. The results:
Tunable (any wavelength, every time)
Low-noise (up to a million times better than competitors)
Mass manufacturable (towards billions of units)
Tiny (millimeter-sized)
Self-calibrated (guaranteed long-term stability)
LAB TO REAL-WORLD
This transforms quantum from bespoke, lab-scale systems into mass-producible technology, enabling millions of units to be deployed globally.
Learn more about our technology here.