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We develop next-generation implantable and wearable biomedical electronics that seamlessly interface with the human body to enable intelligent, low-power sensing, stimulation, and therapies for brain health, neurotechnology, and precision medicine.

We pioneer beyond-CMOS and next-generation computing technologies to create intelligent, ultra-efficient, and scalable systems for future applications spanning healthcare, robotics, aerospace, IoT, and autonomous technologies.

We develop cryo-CMOS technologies that enable scalable quantum computing and sensing through ultra-low-temperature, high-performance electronic circuits for next-generation quantum systems.

We develop compact, intelligent, and energy-efficient power management solutions that enable autonomous operation of next-generation IoT, wearable, biomedical, and energy-harvesting systems.

We develop silicon-secure and radiation-hardened integrated circuits that ensure trustworthy, resilient, and tamper-resistant electronics for space, defense, and other mission-critical applications.