Lukas Scheller
Institute: Institute for Data Processing and Electronics (IPE)
Room: 305
Phone: +49 721 608-24091
Email: lukas.scheller#kit.edu
GitHub: luscheller
Research
As part of my PhD thesis, my research focuses on building scalable room temperature control electronics for superconducting qbits. I am particularly interrested in how many heterogeneous components can interact to communicate with large-scale quantum computers.
Project Involvement
QSolid is a project involving twenty-five German institutions from science and industry to build a real-world quantum computer. As part of my research effort, I am developing firmware and software for room-temperature control electronics (the so-called 'QiController') to read out and communicate with many coupled qubits.
qBriqs aims at investigating the quality of the measurement chain to read out and control superconducting quantum devices. As part of this project, my aim is to provide and enhance software and firmware for control and readout electronics for a highly parallel high-frequency signal generation and signal acquisition electronics system.
KSETA Workshops
Together with my colleague Timo Muscheid, I have given the FPGA programming with hands on workshop on September 18th to 25th 2023. As part of this workshop, we explained FPGA fundementals using a RedPitaya SDR board.