Light-Neuro: En neuromorf protonisk plattform för accelererad beräkning

Important results from the project

The Light-Neuro project aimed to develop an advanced neuromorphic photonic platform for enhanced computing capabilities. We successfully realized neurons based on LNOI (Lithium Niobate on Insulator), and 8-mode matrix multiplier based on silicon, and developed software that performs matrix multiplication by tuning the heaters. These achievements are critical for building scalable neuromorphic systems. Collaborations with international partners facilitated these advancements, ensuring technological breakthroughs.

Expected long term effects

The Light-Neuro project realized LNOI-based neurons and 6-mode and 8-mode matrix multipliers on silicon, with software for matrix multiplication via heater tuning. These advancements are crucial for scalable neuromorphic systems, showcasing LNOI and silicon’s potential for high-speed computing. The project strengthens Sweden’s leadership in neuromorphic technology and opens opportunities for future innovation and commercialization through international collaboration.

Approach and implementation

** Denna text är maskinöversatt ** The The Light-Neuro project followed a structured approach, focusing on the development of LNOI-based neurons and silicon matrix multipliers. The project combined nanofabrication, software development, and testing phases, collaborating with international partners for expertise and resources. Despite delays due to cleanroom issues, alternative facilities were utilized to keep the timeline on track. This adaptive strategy ensured that key milestones were achieved efficiently.