Earlier this year, the ARCHIMEDES project partner Institute of Electronics and Computer Science (EDI) took a significant step forward by joining a national memorandum focused on the development of quantum technologies in Latvia. The memorandum, initiated by Latvian State Radio and Television Centre (LVRTC), was signed at the iconic Zaķusala television (TV) tower, marking a new chapter in Latvia's technological advancements.
The memorandum, originally introduced last year by the LVRTC, represents a unified effort to advance quantum technologies in the country. It brings together various state institutions, scientific organizations, private companies, and IT industry leaders to foster collaboration and innovation. The goal is to solidify Latvia's position as a key player in the rapidly evolving field of quantum technology.
Modris Greitāns, Director of EDI, emphasized the importance of this comprehensive cooperation model. "The achievements we have already realized show the potential of Latvia in the quantum technology sector. This memorandum will further enhance our role and contributions," Greitāns noted. EDI's involvement in international research consortia, such as A-IQ Ready and ARCHIMEDES, underscores its commitment to driving quantum sensor technology development in Europe.
EDI is collaborating with major industry players like AVL List, Mercedes-Benz, and research institutes from Germany and Spain. Together, they are working on developing the world's smallest, most energy-efficient, and high-performance quantum sensor. This sensor will have the capability to measure magnetic fields, electric fields, temperature, and pressure with unprecedented precision. The potential applications for this technology are vast, including underground and tunnel robot localization during rescue missions, electric vehicle motor control, and defect detection. The sensor is also set to be integrated into the wings of glider-type electric aircraft, where it will monitor battery health and charge states, enhancing both energy efficiency and pilot safety.
A critical contribution from EDI to this project is its expertise in microelectronics and digital circuit design. The institute is tasked with developing a chip that will control the quantum sensor and ensure the retrieval of accurate data, making the project’s outcomes more impactful.
For the ARCHIMEDES project, this initiative brings additional outreach results, targeting key audiences including national and European policymakers, the scientific community, and the general public. Notably, three Latvian ministers attended the signing event, where they were briefed on the ARCHIMEDES project, EDI's research activities, and its roadmap for quantum sensing.
