Archer & Emergence Quantum forge graphene device partnership
Archer has entered into a collaboration agreement with Emergence Quantum to advance quantum technology development in the area of quantum materials and devices, with a particular focus on graphene and related carbon materials.
According to the agreement, Emergence Quantum will work closely with Archer to develop a strategic technology programme aimed at guiding joint research, development and commercialisation efforts. This collaboration seeks to bridge the gap between cutting-edge scientific discoveries and their practical application, leveraging the expertise of both companies to create technologies with potential real-world impact.
The partnership is designed to target innovation in both quantum and advanced electronics, with an emphasis on utilising graphene and associated carbon-based materials to enable new device designs. Graphene, a form of carbon known for its exceptional strength, conductivity and flexibility, is seen as a promising platform for the next generation of quantum devices.
Phased research programme
The collaboration will be structured around a Phased Innovation and Commercialisation Programmeme. The first phase will focus on mapping the potential applications for graphene within both quantum and non-quantum domains, defining technical directions, and preparing for subsequent development and funding opportunities. This foundational work will provide the necessary groundwork for future activities.
Phase two will move towards execution, with efforts centred on the experimental validation of high-impact concepts. During this phase, the companies plan to deliver prototype demonstrations in the most promising application areas, which could include quantum computing, sensing, or advanced electronics applications.
Emergence Quantum possesses experience in strategic quantum technology development, having supported large multinational quantum companies, including IONQ. The company brings a multidisciplinary team to the table, which Archer expects will accelerate path from research to commercial products.
Dr Simon Ruffell, Chief Executive Officer of Archer, commented on the new partnership:
"Graphene and carbon-based materials offer a powerful platform for enabling quantum devices that are both scalable and commercially relevant. By combining Archer's unique expertise in quantum carbon films, including graphene, with Emergence Quantum's world-class capability and leveraging their experience we're setting the stage for rapid advancement in quantum materials and devices."
Dr Thomas Ohki, Chief Technology Officer and Chief Science Officer of Emergence Quantum, also commented on the collaboration:
"We're excited to work with Archer on this ambitious program. Our work with large multinational quantum companies has shown how strategic partnerships can accelerate quantum technology development. We see significant opportunity to bring that same momentum to Archer's graphene-based innovation."
Commercialisation focus
The partnership is expected to help Archer in its mission to turn research breakthroughs into commercially viable quantum and advanced electronic applications. Both Archer and Emergence Quantum aim to address the technical challenges involved in developing scalable quantum devices, with the hope that their collective expertise in materials science and quantum technologies will support progress through each stage of the joint programme.
Archer is focused on building advanced semiconductor devices for use in quantum computing, sensing, and medical diagnostics, using a carbon-based platform engineered for compatibility with existing manufacturing processes.
Emergence Quantum's experience is centred on bringing research innovations to marketplace readiness in quantum computing, quantum sensing, and energy efficient computing, having previously supported companies, including IONQ, in their development and scaling initiatives.
The companies have not disclosed specific financial details regarding the collaboration or forthcoming project activities.
