A quantum computer controlled by superconducting digital electronics at millikelvin temperature

A quantum computer controlled by superconducting digital electronics at millikelvin temperature

A quantum computer controlled by superconducting digital electronics at millikelvin temperature

Nature’s #1 most-read cover page article & in the top 2% of all research papers ever tracked

Nature Magazine just published a peer-reviewed study by SEEQC that represents a major breakthrough for quantum computing. It's now the journal's #1 most-read cover page article & in the top 2% of all research papers ever tracked.

SEEQC has solved one of the foundational problems blocking large-scale quantum computers. Today's systems run control electronics at room temperature and pipe signals down individual wires into an ultra-cold cryostat — one wire per qubit. That architecture cannot scale.

SEEQC demonstrated that digital control electronics can operate directly on-chip at the same millikelvin temperature as the qubits themselves, with one wire serving multiple qubits. When BlueYard first backed SEEQC, many saw this as the stuff of science fiction. Not anymore.

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