The American announcements come a few hours before a highly symbolic moment for French technological strategy. This Friday, Emmanuel Macron must bring together at the CEA’s Very Large Computing Center in Bruyères-le-Châtel a large part of the European industrial, scientific and political apparatus around quantum, semiconductors and computing infrastructures.
The timing immediately gives another dimension to the American initiative, because while Paris is preparing the extension of the first French quantum plan launched in 2021, Washington has already taken an additional step, that of the assumed industrialization of the sector.
The American Department of Commerce announced the allocation of $2 billion to nine quantum companies, with a unique system combining public subsidies and direct equity investments by the federal government. The United States does not only want to support research and wants to lock down future critical quantum computing infrastructure.
This decision marks a spectacular acceleration of American industrial doctrine. After semiconductors, artificial intelligence and cloud infrastructures, Washington is now addressing quantum as an issue of national sovereignty comparable to nuclear or space.
The European approach does not have to be ashamed of the amounts invested across the Atlantic, but differs in method. In France, the first quantum plan of 1.8 billion euros above all made it possible to structure a still fragmented scientific and entrepreneurial ecosystem: laboratories, deeptech startups, research programs and first industrial collaborations. The objective of the meeting organized this Friday in Bruyères-le-Châtel now seems much broader: connecting quantum to the battle of semiconductors and the question of European computing power.
The announced presence of players such as ASML, STMicroelectronics, CEA, CNRS, INRIA, Fraunhofer Society and IMEC shows that Paris now wants to treat these subjects as an industrial continuum. The real subject is no longer just scientific and becomes manufacturing, energy and geopolitics.
The big beneficiary of the American plan is IBM, which alone will receive a billion dollars to build what it presents as the first American factory dedicated to specialized quantum chips. This announcement alone sums up the changing times, quantum is gradually leaving the laboratory to enter the logic of strategic industrial infrastructures.
As with artificial intelligence, the battle is quickly moving to the physical layers: specialized processors, cryogenic control, advanced materials, packaging, interconnections and sovereign manufacturing capabilities.
Washington is now moving forward with a complete power logic. The Trump administration is not only funding startups but building a national portfolio of critical technologies. The federal state becomes a shareholder, secures industrial chains and distributes its bets between several technological architectures, superconductors, photonics, silicon or quantum annealing.
This diversification also reveals a reality that is still largely open, because no one knows today which technology will really dominate the large-scale quantum computing market, and the United States therefore prefers to invest massively in several scenarios simultaneously.
The reasoning is identical to that observed in artificial intelligence: it is better to control infrastructures before the market consolidates rather than trying to catch up with an already established oligopoly. The American administration now explicitly accepts this logic.
For France and Europe, the political sequence of this Friday therefore takes on another meaning. It is no longer just about defending academic excellence or a few promising deeptech champions. The question becomes industrial: does Europe simply want to participate in the next IT revolution or control part of its critical infrastructures?
Response this Friday with the expected announcementsEmmanuel Macronwhich will have to show whether France simply intends to support its quantum ecosystem or really change scale to try to bring out its own equivalents of NVIDIA, TSMC Or ASML in the era of quantum computing.
