Silicon Quantum Information Processing (QIP) is highly appealing due to excellent spin qubit performances and the expertise of the integrated circuit industry in device scaling. Demonstrations of long-lived, high-fidelity silicon qubits, multi-qubit gates and spin–photon coupling, are promising for the control and interconnect of QIP architectures. Recently, spin qubits in related semiconductors (e.g. germanium) have also emerged as promising implementations of scalable quantum hardware. The formidable challenge of scaling these systems to the level required for meaningful computational applications has also brought to the fore the need for robust cryo-CMOS electronics, which will enable fast control and data processing, as well as schemes to correct errors and protect against decoherence. This meeting will bring together leading researchers from the QIP communities of silicon and related semiconductors, as well as cryo-CMOS designers and engineers who are working at different layers of the “quantum stack”.
| 10:00AM- 10:10AM | Introduction |
| 10:10AM- 10:40AM |
Pablo Cova Farina Quantum dot ladders for quantum computation and simulation
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| 10:40AM-11:00AM |
Federico Fedele Automatic techniques for fast and automatic all-rf tuning of quantum devices
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| 11:00AM-11:30AM |
Mark Johnson Rapid characterisation of over 1000 silicon quantum dots
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| 11:30AM-11:50AM | Break and refreshments |
| 11:50AM-12:20PM |
Gian Salis How are hole-spin qubits in Ge/SiGe heterostructures driven and why do they decohere?
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| 12:20PM-12:40PM |
Ross Leon Exchange control in a MOS double quantum dot made on a 300mm process
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| 12:40PM-1:10PM |
Asen Asenov A Methodology for Cryogenic PDK Re-Centering Using Experimental Data and TCAD Simulations
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| 1:10PM-2:30PM |
Lunch
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| 2:30PM-3:00PM |
Masoud Babaie A Cryo-CMOS Receiver for Spin Qubit Gate-Based Readout: from Modelling to Implementation and Verification
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| 3:00PM-3:20PM |
Mathieu de Krujif Measurement of classical electronics heating a local quantum dot thermometer in silicon
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| 3:20PM-3:40PM |
Janne Lehtinen Custom CMOS platform for quantum processor units
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| 3:40PM-4:00PM |
Stavroula Kapoulea Towards the Development of Quantum Computing System-On-Chip: Bringing Electronics Closer to Qubits
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| 4:00PM-4:10PM | Concluding remarks |
| 4:10PM-5:00PM | Refreshments |
| 5:00PM-6:00PM | Lab tour |
| 7:00PM-9:00PM | Conference Dinner |
