BIU and MultiSpin.AI to Turn AI Faster and Sustainable
As the coordinator of the the MultiSpin.AI project, funded by the European Union's Horizon Europe Program, researchers are leading the development of a new technology that could make AI faster and more sustainable
Pioneering the Future of Computing
The project, which aims to revolutionize how AI computations are performed, is a combined effort of BIU with partners across Europe. At the heart of this innovation is a technology called spintronics, which could overcome the limitations that currently hold back AI development.
BIU's Critical Role
BIU's scientists are working alongside European colleagues to develop new types of magnetic devices, that can switch between multiple magnetic states—a crucial advancement over current binary systems. These devices are fundamental to the project's success, as they will form the basis of a new type of computer processor specifically designed for AI applications.
Why This Matters
The timing of this research is critical. Global data processing reached 97 zettabytes in 2022 and continues to grow exponentially. Current computing systems are struggling to keep pace with this demand, while consuming increasingly concerning amounts of energy. By 2030, information and communication technologies could account for up to 21% of global energy consumption.
The technology being developed addresses these challenges through multiple innovations. The new system makes AI processing significantly more energy-efficient while enabling faster computation speeds. It allows AI to work more effectively in local devices, and perhaps most importantly, helps reduce the environmental impact of digital technologies.
A Collaborative Achievement
The project benefits from the collaboration of BIU with several European institutions. INESC-MN contributes its vast nanofabrication expertise, while UCLouvain provides valuable experience in AI algorithms and ultrafast measurements. SpinEdge brings essential knowledge in spintronic accelerators and commercial development experience to the project, and I-FEVS ensures practical applications in the field of efficient mobility solutions. AMIRES is leading the Dissemination & Communication efforts of the project.
Looking to the Future
This research coordinated by BIU could have far-reaching implications for how we use AI in our daily lives. From medical diagnostics to smart city management, the technology being developed could enable more efficient, sustainable AI applications that process information locally without constant cloud connectivity.
The project represents another significant achievement for BIU’s growing research portfolio and reinforces its position as a leader in cutting-edge technology development.
MultiSpin.AI has received funding from the European Union’s Horizon Program under grant agreement 101130046.
For more information about MultiSpin.AI and to stay updated on the project's progress, please visit multispinai.eu.