The Tian Research Group

Welcome to the Tian group

 

A lab dedicated to advancements in photoelectroceuticals and living bioelectronics

 

At the Tian Group, we explore the compelling intersection of biology and electronic materials, driven by a passion for innovation. Our work focuses on designing groundbreaking materials and advanced devices that emulate life, while redefining and harmonizing the interface between humans and electronics. By replicating cellular behaviors with semiconductor materials and enhancing biological systems through semiconductor technologies, we strive to expand the boundaries of scientific discovery. Our research emphasizes the development of transformative biophysical tools that reveal the complexities of subcellular processes. Central to our efforts is achieving precise, real-time control of cellular electrophysiology, a vital step in understanding the mechanisms of cellular communication. Since 2012, we have been at the forefront of developing living electronics composed of composite materials that mimic natural systems. We look to the future, aspiring to a world transformed by our discoveries, offering new possibilities in healing, environmental balance, 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.”

Clayton M. Christensen, in “How Will You Measure Your Life?”.

 

 

Group Highlights

Featured Lab Members

Chuanwang Yang has spearheaded an exciting new frontier in the Tian Lab: e-sustainability! His innovative efforts are shaping a greener future for electronics. Check out one of his recent publications in this area.

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

Our review highlights optoelectronic neuromodulation’s potential, showcasing innovative nanomaterials for precise, leadless neural targeting. We envision advanced therapies for neurological and systemic disorders through cutting-edge material and AI integration. Check the paper
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