Common Questions

Why is Cambridge largest spinout being built in Italy and not the UK?

CamGraPhIC, a Cambridge graphene photonics spinout, received EUR 211m of Italian state aid approved by the European Commission in April 2026. The UK had no comparable grant mechanism. The IP stays in Cambridge; manufacturing goes to Pisa and Bergamo.Source: European Commission

What is the Cambridge Graphene Centre and what does it research?

The Cambridge Graphene Centre is a research centre within the University of Cambridge Department of Engineering. It developed the graphene-based optical transceiver technology that CamGraPhIC is commercialising for AI data centres and telecoms.

How many Nobel laureates has the University of Cambridge produced?

The University of Cambridge has produced over 100 Nobel laureates across physics, chemistry, medicine, economics and literature.

Background

The University of Cambridge was thrust into the UK lab-to-factory debate in April 2026 when the European Commission approved EUR 211m (GBP 183m) of Italian state aid for CamGraPhIC, a graphene photonics spinout of the Cambridge Graphene Centre. Professor Andrea Ferrari, who co-founded CamGraPhIC, called it "the largest single grant ever made to a University of Cambridge spinout". Pilot manufacturing facilities will open in Pisa and Bergamo in 2028; the IP remains in Cambridge, but the jobs, the factory, and the industrial capital do not.

Founded in 1209, Cambridge is one of the world oldest and most productive research universities. Its collegiate structure comprises 31 colleges spanning the arts, sciences, and engineering. The university has produced over 100 Nobel laureates and has a spinout track record that includes Arm (chip IP), Darktrace (AI cybersecurity), and Abcam (antibody reagents). The Cambridge Graphene Centre, housed within the Department of Engineering, has been the source of foundational graphene research on which CamGraPhIC transceiver technology is based.

Cambridge anchors the innovation cluster known as Silicon Fen, which the UK Government has positioned as its primary deep-tech growth engine. The CamGraPhIC case crystallises a structural tension in UK Science policy: the university generates world-class IP but the country has struggled to convert that IP into domestic manufacturing at scale. The government ProQure quantum commercialisation programme applies an explicitly different model, co-locating state capital with UK facilities to keep the factory close to the lab; the graphene episode shows the approach has not yet been applied consistently across sectors.