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The latest wave of electronic advancements will be more compact, speedier, and more intelligent than anything we've seen. Our investigations into smart systems and nano-scale electronics are fueling this transformation.
Many of our projects bridge technology and biology. Drawing inspiration from natural processes, we design electronic, robotic, and computing systems featuring AI and self-organizing capabilities. We also employ machine learning to analyze and interpret medical data, self-governing systems, and error-resistant technologies.
This comprehensive approach is grounded in our foundational research into cutting-edge nanoelectronic materials and components, encompassing bio-molecular electronics and spin-based quantum devices.
Our research benefits from top-tier facilities, such as:
The Bio-inspired Systems and Technologies (BIST) hardware laboratory
The Intelligent Robotics Research Center
State-of-the-art cleanrooms for device manufacturing
Bio-inspired technologies experimental lab
Advanced ultra-high vacuum molecular beam epitaxy facilities