Superconducting circuits represent the only solid-state technology that currently enables both high-speed (up to 60 GHz) and low-power (currently only about 10–20 mW) microelectronic chips.
From September 11 to 13, 2023, the workshop was held for the 12th time, bringing together international researchers and interested participants working on the design of superconducting electronic integrated circuits. As usual, the workshop began with an introduction to the fundamentals of this circuit technology, assuming the educational background of graduates in electrical engineering or physics.
On the second and third days, participants exchanged experiences on the current state of research and implementation, as well as on possible development paths toward practical realization.
A new aspect of this workshop was the increased participation of representatives from industrial companies. This development can be attributed to the growing interest in quantum technologies since 2021.
Since the current state of quantum computing relies on the use of superconducting quantum bits (qubits), superconducting microelectronic circuits are considered highly promising candidates for system integration.
Link to the announcement
Link to the announcement (PDF)
Link to the program (PDF)
Link to the university webpage text (PDF)
Contact: Prof. Hannes Töpfer
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