Modern societies increasingly depend upon knowledge. Scientific discovery drives healthcare, technological innovation strengthens economies and evidence informs public policy. Yet while knowledge has become one of the world’s most valuable resources, surprisingly little attention is paid to where new knowledge actually originates.
Artificial intelligence can retrieve information within seconds, while digital platforms distribute knowledge almost instantly. Neither, however, creates the scientific foundations upon which future discoveries depend. That remains the work of research universities.
Reliable knowledge is rarely created at speed. It is built through curiosity, criticism and scientific rigour.
Few institutions illustrate this role more clearly than Leiden University. For nearly five centuries it has contributed not only to education, but also to the continuous production of knowledge that shapes science, society and public life.
Read More
Paying for a cup of coffee has become one of the simplest actions in modern life. A card is tapped, a phone is held against a terminal and within seconds the transaction is complete. Yet behind that everyday moment lies a sophisticated financial infrastructure connecting banks, payment networks, clearing systems and central banks. As Europe becomes increasingly digital, understanding who operates that invisible architecture is becoming a strategic question in its own right.
For most people, a payment begins and ends with a familiar gesture. Whether using a debit card, a smartphone or a digital wallet, the experience feels almost effortless. The technology has become so intuitive that few consumers pause to consider what actually happens after pressing “Pay.”
In reality, a digital payment is the result of several independent systems working together. The payment application initiates the transaction, banks verify the accounts involved, payment networks route the request, clearing and settlement systems complete the transfer, and central bank infrastructure provides the monetary foundation that ultimately makes the entire process possible.
Every payment may feel instantaneous. The infrastructure behind it has taken decades to build.
Like electricity or telecommunications, this architecture has been designed to remain invisible. Its success is measured precisely by the fact that people rarely notice it.
Read More
For decades, Europe has exercised global influence in a distinctive way. Rather than building industrial champions through state direction, it built markets through regulation. Competition law, the Single Market and later the General Data Protection Regulation (GDPR), the Digital Markets Act (DMA), the Digital Services Act (DSA) and the AI Act demonstrated Europe’s ability to shape global technology by writing the rules.
This regulatory approach became known as the Brussels Effect: Europe’s capacity to influence global markets not through economic scale alone, but through the power of its legal framework. Today, however, Europe faces a different challenge.
Writing the rules is no longer enough. Artificial intelligence, semiconductor manufacturing, quantum technologies and advanced industrial systems require physical infrastructure, long-term investment and coordinated industrial capabilities. That reality is beginning to reshape Europe’s relationship with its own industries.
The Strategic Seven are not simply asking Europe to regulate the future. They are asking Europe to help build it.
The European Commission has brought together the leaders of seven of Europe’s most influential technology companies—ASML, Airbus, Siemens, SAP, Nokia, Ericsson and Mistral AI—while appointing Siemens Chairman Jim Hagemann Snabe as Special Envoy for Industrial Artificial Intelligence.
Taken separately, these appear to be ordinary policy announcements. Taken together, they suggest something far more significant. Europe is quietly experimenting with a new model of industrial governance.
Read More
Leiden University demonstrates that the future of Europe depends not only on applying knowledge, but on continually creating it. As artificial intelligence transforms access to information, the production of reliable new knowledge may become one of Europe’s most strategic capabilities.
Wageningen University & Research has evolved far beyond agriculture. By integrating biology, artificial intelligence, robotics and environmental science, it is helping shape the resilient food systems upon which Europe’s future health, security and sustainability increasingly depend.
Migration challenges democracies to reconcile universal human rights with the practical realities of governance, institutional capacity and public trust. The question is not whether values matter, but how they can be translated into sustainable and legitimate public policy.
Can smaller universities become strategic assets? The University of Twente demonstrates that innovation is not defined by scale alone, but by the ability to integrate technology, entrepreneurship and society into a distinctive model of European excellence.