The Tian Research Group

Welcome to the Tian group

 

A lab dedicated to advancements in photoelectroceuticals and living bioelectronics

 

In the Tian Group, we are immersed in the mesmerizing intersection of biology and electronic materials. Our enthusiasm fuels our work in crafting innovative materials and cutting-edge devices that mimic life. We are intrigued by replicating cellular functions using advanced semiconductor materials and enhancing biological systems with semiconductor technology. Our commitment to innovation leads us to create groundbreaking biophysical tools, shedding light on the intricacies of subcellular processes. A key focus of our research is mastering the real-time control of cellular electrophysiology, crucial for understanding cellular communication. Since 2012, our journey has explored the fascinating field of living electronics made from composite materials, aiming to mirror natural processes. 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

Changxu has been making remarkable strides in advancing sustainability within healthcare applications. His innovative approach integrates eco-friendly practices and cutting-edge technologies to reduce environmental impact while improving healthcare outcomes!

 

Featured News

Saehyun’s paper has been published in DEVICE, where we unveiled a novel phenomenon of ‘selective excitability’ in microbial systems. Additionally, we successfully developed an electroceutical patch designed to inhibit biofilm formation.

Featured Publications

Chuanwang’s paper on the sustainable microfabrication of bioelectronics and catalytic robotics has been featured as a cover in Nature Sustainability! This work also demonstrates a roll-to-roll scalable fabrication setup.

See the paper. See the video.

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