imec Secures €2.86 Million for Quantum Computing Innovation
Leuven, Wednesday, 10 December 2025.
imec, led by Anton Potočnik, receives €2.86 million to revolutionize quantum processor technology, marking a pivotal step for the Netherlands in the global quantum race.
A Leap Forward in Quantum Computing
The Leuven-based research center, imec, has received a €2.86 million funding boost to advance its groundbreaking approach to building quantum processors. Led by researcher Anton Potočnik, the project, known as SuperQold, aims to address significant challenges in quantum computing, including the efficient readout of qubits at millikelvin temperatures. This initiative marks a pivotal moment for both imec and the European Union in the race for quantum technology leadership [1].
Innovative Techniques in Quantum Processor Development
SuperQold’s strategy involves placing the electronics that read qubits directly next to them, operating at temperatures just millikelvin above absolute zero. This method reduces the need for excessive cabling in cooling systems and eliminates the need for large, energy-intensive measurement equipment at room temperature. Furthermore, it enhances the speed and efficiency of error correction, which is essential for scalable quantum computers. These advancements are crucial as current quantum processors, which can support hundreds of qubits, must eventually scale to millions to be practically useful [1][2].
The Role of Advanced Nano-Electronics
Imec’s approach with SuperQold demonstrates that advanced nano-electronics can function at extremely low temperatures, enabling the reliable readout of qubits. This technique is expected to eliminate major hardware bottlenecks, facilitating the transition from laboratory quantum processors to industrial-scale production. By integrating complementary metal-oxide-semiconductor (CMOS) technology at such low temperatures, SuperQold aims to reshape the construction of superconducting quantum processors and unlock truly scalable architectures [1][3].
Implications for the Semiconductor Industry
This innovation in quantum computing not only signifies a breakthrough in processor technology but also underscores the growing importance of integrating quantum capabilities into the semiconductor industry. As SuperQold progresses, it is likely to influence developments in superconducting electronics, quantum simulations, and ultra-low power electronics. The success of this project could position imec as a key player in the global quantum computing landscape, further solidifying the European Union’s commitment to technological sovereignty in the quantum realm [1][3].