Planqc pursues the overarching goal of further developing the software and infrastructure of the MUNIQC-Atoms demonstrator in such a way that, on the one hand, reliable validation of potential control software in a dedicated test environment is enabled and, on the other hand, the demonstrator can be integrated into the infrastructure of the LRZ high-performance computing centre.
What are the goals?
How do we plan to achieve that?
Set up a test bed that replicates the critical hardware components of the MUNIQC Atoms demonstrator
Systematically test the functionality and performance of the control software developed by planqc
Integrate a modular monitoring system into the testbed to record key environmental and operating parameters
Extend planqc's proof-of-principle implementations of the Quantum Device Management Interface to include the demonstrator into the Munich Quantum Software Stack
If you’d like to work on building quantum computers based on neutral atoms and be part of a team turning cutting-edge research into real technology, it’s worth taking a look at planqc. We’re a Munich-based startup working at the intersection of physics, engineering, and software to push quantum computing forward. You can find more about us and our open roles here.
Fabian has an interdisciplinary background in physics and computer science, with research experience in tensor network methods and the theory of superconductivity. After completing a PhD in physics, he moved into industry, working as a software engineer on blockchain technologies. He now focuses on developing control software for neutral atom quantum systems, combining high-performance software engineering with close-to-hardware challenges.
Luna obtained her Master’s degree in Quantum Science and Technology at TUM, with a Master’s thesis at MPQ focused on Tensor Network methods. During three years as a software engineer at planqc, she gained experience in quantum software development and system integration, and has recently transitioned to the electrical engineering team, where she is expanding her expertise in hardware and control systems.
Kai obtained his PhD in CSE at the TUM for research on scientific visualization and real-time GPU techniques. With more than 20 years of experience in academic research and industry, he joined planqc in 2025. He is currently working on the control software for neutral atom quantum computers, as well as the Quantum Device Management Interface for HPC integration of the machines.
Fabian Schrodi fabian.schrodi(at)planqc.eu
Julia Koller Julia.koller(at)planqc.eu
Sponsored by the Federal Ministry of Education and Research, grant number 13N17637