Welcome to the PChem-Bioelectronics group
A lab dedicated to advancements in photoelectroceuticals and living bioelectronics
At the Tian Group, we integrate physical chemistry into the development of bioelectronics and biointerfaces, offering a distinctive approach to the field. By applying principles of physical chemistry, we create diverse electronics-enabled biointerfaces that emulate cellular behaviors, harnessing both classical and quantum phenomena to achieve precise, real-time control of cellular electrophysiology. Our work has led to biophysical tools that provide unprecedented insight into subcellular processes.
We pioneered the concept of photoelectroceuticals and developed a range of platforms that enable the study of electrophysiology across multiple biological scales with high temporal resolution using optical methods. Since 2012, we have led advancements in living electronics, designing composite materials that not only integrate with biological systems but also adapt and respond like natural entities. Looking ahead, we are committed to shaping a future where our innovations drive breakthroughs in healing, environmental sustainability, and scientific exploration.
“When you are enthusiastic about what you do, you feel this positive energy. It’s very simple.”
Paulo Coelho, the author of “The Alchemist”
“The only metrics that will truly matter to my life are the individuals whom I have been able to help, one by one, to become better people.”
How Will You Measure Your Life?”.
Group Highlights
Featured Lab Members
Featured News
Jing Zhang’s wonderful work has been provisionally accepted by Nature Nanotechnology! Her research explores the effects of bioelectrical stimulation on intracellular granule formation and its innovative applications in regenerative medicine.
Featured Publications
In a recent episode of UChicago’s Big Brains podcast, Bozhi Tian shared his outlook on the future of bioelectronics, exploring its potential far beyond biomedical applications. He also spotlighted three publications from his lab—the optical cardiac pacemaker, living bioelectronics, and the antimicrobial patch!