Within this research group, we develop implantable and wearable medical devices that interface with the human body and organs using electrical, optical, and ultrasound-based stimulation, recording, sensing, communication, and power delivery. Our research aims to understand and optimize how electronic systems interact with the human body, enabling the creation of safe, intelligent, and energy-efficient biomedical circuits and systems for in-vitro, ex-vivo, and in-vivo medical and clinical applications. Areas of interest include brain–computer interfaces, neurotherapeutics, and health monitoring technologies, with a primary focus on developing low-power and wearable biosensors, implantable and minimally invasive devices, and analog front ends for bio-signal acquisition.
Capacitively Coupled Chopper-Stabilized Neural Amplifier With Input Impedance of 6.7 GΩ
Miniaturized 3-Channel Wireless Intra-Cardiac Acquisition System