The program of the RF Technology event is full of high-tech knowledge about quantum computing, qubits, quantum hardware and high-frequency technology. The expertise and expertise can certainly be experienced online, but a physical tour Naturally, you want to experience it physically through the various laboratories at QuTech. This is a privilege of the visitors to the RF Technology event. You can go to the Steele lab, the microwave group lab, the QuTech institute lab and the spin-offs QBlox and Delft Circuits.
At the Steele lab the research focuses on using microwave photons trapped in superconducting circuits to probe and control mechanical resonators in the quantum regime. To do this, optomechanics is used. This is a technique in which light confined in a cavity can be used to investigate and control the movement of a mechanical resonator at the quantum level.
Focus in the tour: “Cooling radio waves to their quantum ground state”
In the Electronics Group of the Faculty of Electrical Engineering at TU Delft, extensive high-frequency equipment is available to support the various millimeter wave design activities with the TU Delft research groups. Typical frequency bands of interest are centered around 60 GHz (high-speed communications) and 77 GHz/94 GHz (radar), but characterization equipment is available up to 325 GHz.
Focus on it Microwave group lab: “mm-wave laboratories for device and system characterization”
In addition, there are guided tours QuTech institute lab and spin-offs. The mission of Delft Circuits is to support customers in realizing quantum technologies through special quantum hardware. QBlox overcomes challenges by building control stacks that combine unmatched noise performance, low-latency random control flow, and scalability up to 100 s of qubits.
Sign in here to visit the RF Technology event 2022. You can view the full program here find.
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