Open-source research software and datasets for quantum-, beyond-CMOS technologies and low-power IoT systems.
- Logic-in-Memory architectures – design space exploration exploiting logic-in-memory paradigm and open RTL flows
- Field-Coupled Nanocomputing (FCN) – simulation, synthesis, verification
- IoT & Edge‑AI Systems – energy‑efficient IoT systems, optimization, monitoring, AI on the edge
- Quantum control & instrumentation – firmware, RTL design, drivers and calibration tools
- Beyond-CMOS CAD – new synthesis, placement and EDA algorithms
- Nanoelectronics - nanocomputing, nanosensing, molecular electronics
Our goal is to bridge the gap between emerging devices, classical and quantum world, enabling rapid, reproducible research.
Each project is hosted as a stand-alone repository under this organisation.
Clone a repo, follow its README and you’re good to go. If something breaks,
please open an issue and include:
- Environment (OS, compiler/interpreter, toolchain rev)
- Steps to reproduce (exact command line)
- Expected / actual behaviour