Researchers from the Photonics Packaging Group, led by Prof. Peter O’Brien and based at Tyndall National Institute (a flagship research centre of University College Cork), are delighted to join the EPIQUE Project, a European initiative to develop a scalable, fault-tolerant photonic quantum computer. The €10.3 million project is funded through Horizon Europe’s Quantum Flagship programme and brings together 18 partners across 12 countries, including academia and deep-tech SMEs.
EPIQUE (European Photonic Quantum Computer) aims to position Europe as a global leader in photonic quantum computing by advancing key technologies and delivering scalable prototypes that support new quantum applications in both industry and academia.
Photonics is a promising platform for quantum computing due to its low decoherence and suitability for distributed systems. EPIQUE will move beyond bulky optical setups by developing compact, integrated solutions. The project will focus on advanced nanofabrication, high-efficiency quantum components, and scalable architectures using materials such as silicon nitride and lithium niobate.
At its core is measurement-based quantum computing, a scalable approach that will support three demonstrators, each capable of entangling more than 10 qubits, with a roadmap to systems exceeding 1,000 qubits. The goal is to lay the foundations for general-purpose, fault-tolerant photonic quantum computers.
Prof. Peter O’Brien, Head of the Photonics Packaging Group at Tyndall, said:
We’re delighted to bring our expertise in advanced packaging to the EPIQUE Project. This is an exciting step forward for quantum technology in Europe, and we look forward to collaborating with leading partners to deliver breakthrough innovations in quantum technologies.
The Tyndall team will play a key role in the packaging and advanced integration of photonic components, essential for building scalable and reliable quantum circuits. Their work will support both the near-term and long-term industrialisation of photonic quantum computing platforms.
The project runs from January 2024 to December 2026 and is expected to attract additional private sector investment, reinforcing the EU’s position at the forefront of quantum innovation.
