The Axis That Made the Chips
The Netherlands built its first computer in Amsterdam in 1952, moved the thinking to Eindhoven, and produced ASML. That line is history. It is also a blueprint.
In the summer of 1952, the first Dutch computer was switched on at the Mathematisch Centrum in Amsterdam. It filled an entire classroom. It was built from 1,200 relay switches and could store about 30 bits of information. At its launch it worked once, briefly, and was then taken out of commission. It was called the ARRA, short for Automatische Relais Rekenmachine Amsterdam. Its builders, Carel Scholten and Bram Loopstra, immediately started over.
The ARRA II worked. And that same year, the Mathematisch Centrum hired a young programmer named Edsger Dijkstra.
Amsterdam
Dijkstra spent the first decade of his career at the Mathematisch Centrum. In 1956, sitting in a cafe in Amsterdam without pen or paper, he worked out a solution to the shortest path problem in about twenty minutes. He published it three years later. It is now used in every navigation system on the planet.
In 1960, together with Jaap Zonneveld, he completed the first working compiler for ALGOL 60, beating every other team in the world by more than a year. The Mathematisch Centrum was also, that same year, the institution from which Electrologica was spun off: the first Dutch computer manufacturer, building the X1 and later the X8 in Rijswijk.
The thinking and the making were already connected, even before Dijkstra moved south.
Eindhoven
In 1962 he joined the Mathematics Department at the Technische Hogeschool Eindhoven. There he built an operating system for the Electrologica X8. The system was called THE, simply the initials of the university. He never chose the name deliberately.
THE was built by six people, working half-time. Its architecture was organised into six strict hierarchical layers, each able to use only the functionality of the layers beneath it. Processes were coordinated using semaphores, a synchronisation primitive Dijkstra had also invented. The paper appeared in Communications of the ACM in 1968, won the ACM Programming Systems and Languages Award in 1971, and is still read in computer science courses today. The following year, Dijkstra received the Turing Award, computing's highest honour, for his contributions to structured programming.
What THE demonstrated was that structure is not a constraint on ambition. It is what makes ambition hold. That logic has not aged: the systems that compound are the ones built with intention from the start.
From Rijswijk to Veldhoven
The people who built the ARRA and the X8 did not disappear when those machines did. Loopstra moved to Electrologica and later to Philips. Scholten did the same. The knowledge migrated into the industrial infrastructure of the Eindhoven region. Philips was already there.
From Philips, in 1984, came ASML, starting in a leaky shed, building lithography machines. ASML now makes the only equipment capable of producing the world's most advanced chips. Every leading chipmaker depends on it.
That continuity is not coincidental. It is what happens when theoretical rigour and a culture of making occupy the same small country for long enough.
Why this is not just history
Amsterdam and Eindhoven are in conversation again about working more closely on technology. The framing is AI, talent, and infrastructure. That framing is right. But the historical depth is worth holding on to, because it clarifies what the axis actually produces.
The Netherlands has theoretical institutions of real quality. It has the most critical piece of hardware infrastructure in the global semiconductor industry. It has a tradition, visible from the ARRA to THE to ASML, of building things that matter from first principles, with limited resources, and getting them right.
Europe is searching for this combination. The question of whether good ideas have somewhere to live, somewhere to scale, is unresolved. The Dutch answer to that question is already seventy years old. It is worth reading carefully.