SEEQC publishes results on the first quantum computer to integrate digital qubit control on a single chip at millikelvin temperatures
Today, SEEQC announced results published in a peer-reviewed study in Nature Electronics, demonstrating a new architecture for quantum computing. For anyone tracking quantum computing, these results deserve a careful read.
One of the central challenges in scaling quantum systems is that today’s architectures rely on large volumes of classical control electronics sitting outside the cryostat. That may be workable at the prototype stage, with a small qubit counts, but it doesn’t scale.
SEEQC's approach integrates the digital control layer, built on our Single Flux Quantum (SFQ) logic, directly on the chip, operating at the same ~15mK stage as the qubits themselves. The implications for scalability, power efficiency, system coherence, and cost are enormous.
