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Cryogenic CMOS Control Electronics: Overcoming the Thermal Interconnect Bottleneck in Quantum Superc

This story is from 2026-09-28. It is preserved in the archive; the latest stories are on the live feed.

Inside a modern superconducting quantum computer, the dilution refrigerator must keep the quantum processor unit (QPU) at an astonishing 15 millikelvin—colder than deep interstellar space. Today’s state-of-the-art quantum architectures connect each individual physical qubit to room-temperature micr…

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  1. 2026-09-28 15:54 · DEV Community — Machine Learning
    Cryogenic CMOS Control Electronics: Overcoming the Thermal Interconnect Bottleneck in Quantum Superc

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