Design of Electronic Control Systems for Quantum Computing
Thu. January 31| 10:15 AM - 10:55 AM | Great America 1
Pass Type: 2-Day Pass, All Access Pass, Alumni All Access Pass, Boot Camp Pass, Expo Pass
Track: Sponsored Sessions
Audience Level: Intermediate
Session Type: Sponsored Session
Description: One of the challenges for the practical realization of quantum computers is the classical control of the individual qubits. Generally speaking, this classical controller needs to generate and acquire long sequences of microwave and DC pulses in order to initialize the qubits, execute the quantum algorithms (gates), and perform the readout of the result. All these pulses need to be generated with perfect real-time control, inter-channel synchronization, and must be phase-coherent. In addition, fast feedback loops are needed to perform quantum error correction much faster than the coherence time of the qubits. All those challenges can only be addressed with cutting-edge scalable microwave electronics and comprehensive software tools.
Quantum Engineering Solutions (QES) | General Manager