Quantum I/O: Fabricating next generation photonic circuits to unlock scalable quantum computing
Quantum I/O: Fabricating next generation photonic circuits to unlock scalable quantum computing
Project
Quantum computers are rapidly approaching an I/O (input/output) bottleneck that will inhibit their commercial impact. To solve real-world problems, quantum computers need low-cost, reliable and energy-efficient methods to control and read out millions of qubits. Today, quantum computers use advanced versions of coaxial cables, the same cables that bring cable TV into your home. The challenge is that we need millions of these cables in a single computer to realize the potential of quantum computing. Just as fibre optics are replacing coaxial cables for your home internet, this project will deliver novel fabrication processes to replace bulky, expensive and energy inefficient equipment with a new generation of photonic circuits, developed in Canada.
"Our photonic interconnect technology is not just an incremental improvement; it's a foundational leap for Canada's semiconductor and quantum sectors. By enabling unprecedented energy efficiency and scalability, we are directly addressing critical bottlenecks in the burgeoning quantum computing landscape. This empowers Canada to lead in the development of a sovereign supply chain for quantum computing whose benefits will extend into next-generation data centers, secure quantum communications, semiconductor manufacturing and the industries that rely upon them for their own digital transformation."
— Quantum Recon
Quantum Recon
Quantum Recon, based in Vancouver, BC, develops interconnect technology and fabrication processes for modular quantum computing. The company’s platform features integrated photonic circuits and devices that enhance system scaling, support fault-tolerant operations, and enable high-fidelity quantum communication.
Project Metrics
"FABrIC funding is the accelerant for our photonic interconnects, propelling us across the 'valley of death' to market readiness. It means we're hiring and retaining more top Canadian talent, rapidly prototyping, and scaling production, ultimately ensuring Canada's leadership in the global semiconductor and quantum race."
— Quantum Recon
Quantum Recon
Quantum I/O: Fabricating next generation photonic circuits to unlock scalable quantum computing
Targeted Industry/ies:
Digital Technologies & Telecommunications
Process Development
Round 1
British Columbia, Vancouver
$691,000
