Paragraf – Graphene Sensors Driving European Strategic Autonomy
Paragraf is a Cambridge-based pioneer engineering the next generation of electronic sensors with atom-thin graphene technology. This young company has swiftly gained recognition for manufacturing graphene-based devices that operate in extremes where conventional sensors fail. From ultra-cold quantum laboratories to the high-radiation environment of space, Paragraf’s sensors promise unprecedented performance. The company’s flagship graphene Hall effect sensors can measure magnetic fields with extraordinary sensitivity at cryogenic temperatures – a breakthrough enabling new possibilities in quantum computing, aerospace, and even submarine detection. Founded as a University of Cambridge spin-off, Paragraf has attracted strategic investors and collaborators who see its potential to disrupt multiple industries. In the defence realm, its technology hints at future navigation systems that remain accurate without GPS and magnetic detectors that could quietly track submarines. Paragraf stands at the intersection of advanced materials and strategic technology, embodying how European innovation can reduce reliance on imported components. This introduction offers a glimpse into Paragraf’s story and innovations, setting the stage for a deeper analysis of how this graphene specialist could strengthen Europe’s technological autonomy and defensive edge.