Key takeaways
- First generation quantum secure networks use quantum key distribution to protect classical data, while second generation networks aim to distribute entanglement itself over fiber.
- Building a quantum link between cities like Chicago and New York requires quantum repeaters, since photons degrade over distance and can't simply be amplified like classical signals.
- Qunnect's approach focuses on making quantum networking hardware compatible with existing telecom infrastructure rather than requiring entirely new fiber or specialized cooling.
- Room temperature quantum memory based on atomic vapor cells is a key part of making practical, deployable quantum repeaters instead of relying on cryogenic systems.
Summary
Noel Goddard, CEO of Qunnect, a hardware company working to transform standard telecom networks into quantum secure communication networks is interviewed by Yuval Boger. Noel and Yuval spoke about 1st and 2nd-generation quantum secure networks, what one would need to do to create a secure link between Chicago and New York, the intersection of physics and telecom network engineering, and much more.
Read the full transcript on The Quantum Computing Report here