Microwave metrology for superconducting quantum circuits

Bieler, M.; Priyadarshi, S.; Tian, H.; Kieler, O.; Kohlmann, J.; Oberto, L.; Enrico, E.; Fasolo, L.; Arikan, M.; Coskun Ozturk, T.; Nissilä, J.; Selvasundaram, P. B.; Fordell, T.; Seppä, J.; Manninen, A. J.; Kemppinen, A.; Koepfli, S. M.; Leuthold, J.; Astafiev, O.; Antonov, V.; Viheriälä, J.; Spirito, M.; Sebastiano, F.; Bozbey, A.; Razmkhah, S.

Quantum technologies and quantum computing offer exciting new possibilities but also significant challenges that must be overcome to achieve their potential, including the need for fundamental microwave metrology at cryogenic temperatures to support the booming quantum technology industry. The European SuperQuant project, which is introduced in this contribution, aims at establishing novel metrological and scientific tools for the measurement of microwave signals in circuits in-situ in cryogenic environments down to the millikelvin range using a combination of superconducting, semiconducting, integrated and conventional photonics, and plasmonic techniques.

Microwave metrology for superconducting quantum circuits / Bieler, M.; Priyadarshi, S.; Tian, H.; Kieler, O.; Kohlmann, J.; Oberto, L.; Enrico, E.; Fasolo, L.; Arikan, M.; Coskun Ozturk, T.; Nissilä, J.; Selvasundaram, P. B.; Fordell, T.; Seppä, J.; Manninen, A. J.; Kemppinen, A.; Koepfli, S. M.; Leuthold, J.; Astafiev, O.; Antonov, V.; Viheriälä, J.; Spirito, M.; Sebastiano, F.; Bozbey, A.; Razmkhah, S.. - (2022), pp. 463-464. (Intervento presentato al convegno Conference on Precision Electromagnetic Measurements 2022 tenutosi a Wellington, Nuova Zelanda nel 2-16 Dicembre 2022).