Bioelectronics

CEF researchers develop neural interfaces, sensors, and microchips that interact with biological systems using advanced nanomaterials and ultra-low-power circuits. These innovations enhance health monitoring and medical treatments by improving precision and power efficiency.

Researchers in CEF are developing novel devices, sensors, and microchips that can interact with biological systems. These include neural interfaces, electrochemical sensing platforms, and wearable systems for health monitoring.

Leveraging breakthroughs in nanomaterials, nanoelectronics, ultra-low-power circuit design, and integrated microsystems, we have pioneered innovative solutions that can be deployed both in in-vitro and in-vivo settings. Our research enables new approaches to interface biology with enhanced precision, versatility, and power efficiency.

These advancements are pivotal in developing new methods for studying biological functions and diseases, and they hold significant potential for driving technological innovations in health monitoring and medical treatment.

Related CEF Projects

  • Bayes Innovation Fellowship
a model brain with a patch of sensors in a circuit - bioeletronics

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