Cryogenic CMOS Circuits for Future Scaled Quantum Computing Systems: Challenges and Solutions

Bodhisatwa Sadhu,Kevin Tien,Sudipto Chakraborty, David Frank,Pat Rosno, Daniel Moertl,Mark Yeck,John Bulzacchelli, Daniil Frolov,Devin Underwood, Ken Inoue,Christian Baks,Daniel Ramirez, Jeremy Ekman, Ryan Black, Tim Schmerbeck,Ray Richetta,Dereje Yilma,Andrew Davies, Joseph Glick,Dorothy Wisnieff, Bryce Snell, John Timmerwilke,Raphael Robertazzi, George Zettles,Scott Lekuch, Scott Willenborg, Brian Gaucher,Daniel Friedman

2025 IEEE Custom Integrated Circuits Conference (CICC)（2025）

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Key words

Quantum Computing,Quantum Computing Systems,Quantum Chemical,High Error Rate,Classical Computer,Quantum Error Correction,Single Qubit,Crosstalk,Cryopreservation,Power Consumption,Control Signal,Analog-to-digital Converter,Heat Sink,High Dynamic Range,Cryogenic Temperatures,Control Channel,Low-noise Amplifier,Arbitrary Waveform Generator,Signal Readout,Flux Control,Thermal Interface Materials,Josephson Junctions,Thermal Interface,Qubit State,Pulsed Radiofrequency,Dilution Refrigerator,Waveform Data,Waveform Generator,Thermal Performance,Technological Challenges

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