AQLAS, a consortium spearheaded by Italy’s Istituto Nazionale di Ricerca Metrologica (INRiM), has secured €2.5 million from the European Innovation Council’s (EIC) Transition programme to develop quantum computing innovation.
The funding can be channelled into creating a cutting-edge, high-precision laser module designed particularly for atomic quantum computer systems—a crucial aspect for the evolving quantum know-how market.
Quantum computing, a quickly increasing discipline, depends closely on frequency-stabilised lasers to carry out duties akin to cooling, manipulating, and detecting quantum bits. Present laser methods are predominantly tailor-made for laboratory use, presenting challenges in scalability and affordability for industrial purposes.
AQLAS seeks to bridge this hole by delivering a extra economical, compact, and environment friendly answer. The proposed laser module is predicted to be 4–10 instances smaller and a pair of–5 instances cheaper than present high-performance methods, providing a leap in quantum computing accessibility and trade viability.
Dr Carlo Sias, Principal Investigator at AQLAS, expressed the imaginative and prescient driving the mission: “Our AQLAS answer will facilitate entry to high-quality {hardware} with decrease pricing
and simpler use, thus encouraging the manufacturing of business quantum computer systems
for the European quantum computing trade.”
The INRiM is a public scientific analysis physique finishing up and selling analysis in metrology, and creating probably the most superior measurement requirements and strategies and associated applied sciences. To this finish, as a signatory to worldwide agreements on metrology, upon delegation of the competent establishments, and equally to the metrological institutes of different international locations, INRiM creates and maintains the nationwide requirements for items of measurement.
The consortium contains notable gamers from throughout Europe, together with Acceler8 (Malta), SILENTSYS (France), and IDIL Fibres Optiques (France). These companions carry experience in strategic R&D, ultra-low noise system growth, and superior optical fibre and laser applied sciences, respectively.
By leveraging this collaborative experience, AQLAS goals to place Europe as a world chief in quantum computing—a discipline anticipated to outline the subsequent period of technological development.
By addressing the present limitations of quantum laser know-how, AQLAS is contributing to the way forward for quantum computing and fostering the institution of a sturdy European quantum trade.