Laatste nieuws in semicon
Dutch Quantum Startup Achieves 18-Qubit Breakthrough at Fraction of Expected Cost
Delft, Thursday, 30 April 2026.
Groove Quantum’s remarkable achievement of building an 18-qubit processor in under two years while spending significantly less than anticipated demonstrates how germanium-based technology could revolutionize quantum computing economics. The Delft-based company leverages existing semiconductor manufacturing infrastructure, potentially solving one of quantum computing’s biggest challenges: scalable production costs.
Netherlands Secures €30 Million to Lead Global Brain-Inspired Computing Revolution
Groningen, Wednesday, 29 April 2026.
The University of Groningen has landed a €9 million government grant that unlocks €30 million in total funding to develop neuromorphic computing systems that could slash energy consumption by up to 10,000 times compared to current technology. This brain-inspired approach mimics how neurons process information, potentially transforming artificial intelligence while dramatically reducing the massive energy footprint of data centers and digital technologies across multiple industries.
Dutch Research Institute TNO Extends Partnership with Japanese Firm to Advance Critical Chip Technology
Delft, Tuesday, 28 April 2026.
TNO and Ushio have successfully tested increased source frequency in their extreme ultraviolet light technology, opening new research possibilities for next-generation semiconductor manufacturing. This advancement strengthens the Netherlands’ position in the global chip equipment industry, supporting companies like ASML that depend on EUV technology for producing the world’s most advanced computer processors.
Dutch and Danish Universities Join Forces to Slash Silicon Carbide Manufacturing Energy Costs
Eindhoven, Sunday, 26 April 2026.
A groundbreaking partnership between TU Eindhoven and DTU Copenhagen aims to revolutionize how silicon carbide semiconductors are produced by dramatically reducing energy consumption in manufacturing processes. This collaboration addresses a critical challenge in the semiconductor industry, where silicon carbide is essential for electric vehicle components and renewable energy systems but requires energy-intensive production methods. The four-year research program will pioneer advanced sintering techniques and optimization tools to make manufacturing more sustainable while meeting growing demand for efficient power devices in clean energy applications.