Laatste nieuws in semicon
Dutch Physicist Builds Quantum Simulator to Control Individual Atoms
Eindhoven, Tuesday, 19 May 2026.
Rianne Lous at Eindhoven University of Technology has constructed SIntAQS, a revolutionary quantum simulator that precisely controls and manipulates individual atoms. Starting construction in summer 2022, her device measures how atoms attract, repel, and become entangled under controlled conditions. The breakthrough transforms abstract quantum physics into practical experimentation tools, positioning the Netherlands as a quantum research leader and potentially accelerating quantum computing development for applications like drug discovery and protein modeling.
India and Netherlands Form Strategic Partnership to Build Semiconductor Supply Chains
The Hague, Sunday, 17 May 2026.
India and the Netherlands have elevated their relationship to a strategic partnership during Prime Minister Modi’s May 16-17 visit, with semiconductors as the centerpiece. The collaboration connects Dutch tech giant ASML with India’s Tata Electronics for an $11 billion chip facility in Gujarat, while linking top universities from both nations through a semiconductor ‘brain bridge.’ This partnership aims to create resilient supply chains and reduce global dependence on existing chip manufacturing hubs.
ASML Partners with Tata Electronics for India's First Major Semiconductor Factory
The Hague, Sunday, 17 May 2026.
Dutch chip equipment giant ASML will support India’s ambitious $11 billion semiconductor manufacturing project in Gujarat, marking a pivotal shift in global supply chains. The partnership enables Tata Electronics to establish India’s first commercial 300mm chip factory, producing semiconductors for automotive, mobile, and AI applications by late 2026.
Europe's Billion-Dollar Cloud Independence Plan Hit by Processor Backdoor Reality
Brussels, Saturday, 16 May 2026.
Europe’s €2 billion sovereign cloud initiative faces a critical flaw: Intel and AMD processors powering these systems contain management engines operating below the operating system level that could provide backdoor access to US authorities. These silicon-level vulnerabilities undermine digital sovereignty efforts, as the hardware remains subject to American law regardless of where data is stored, exposing a fundamental gap in European independence strategies.