​Biography
Hi! Welcome to my website! I am currently  a postdoctoral research fellow with ​Professor Yi Cui and in a close collaboration with Professor Zhenan Bao at Stanford and Professor Jeffrey A. Reimer​ at Berkeley. I work on bioinspired materials and devices for electrochemical interfaces and healthcare applications. Prior to joining the Cui Group, I performed postdoctoral research jointly advised by Professors Daniel Kohane and Robert Langer at Harvard and MIT, and was working on remote-controlled pain therapeutics from biomaterials to smart drug delivery systems.
​​In my graduate thesis work, mentored by Professors Gengfeng Zheng and Dongyuan Zhao, I explored the development of functional nanowire materials and devices, and carbon quantum dots​ synthesis, and the application of novel nanowire devices in cells, tissues, and animals, especially for bioimaging, biosensing and restoration of sight in blind mice from Fudan. 

Jing Tang, PhD​
Postdoctoral Research Fellow

Address: 476 Lomita Mall, McCullough Building 224, Stanford, 94306.
​Email: jingtang@stanford.edu, jingtangbio@gmail.com
Tel: (650) 885 1066

Professional Education

• Postdoc, Stanford University | SLAC, Materials Science and Engineering (2017-Present) 
• Postdoc, Harvard Medical School | MIT, Chemical Engineering & Biomedical Engineering (2017)       
• PhD, Fudan University (Graduated with Highest Honors), Chemistry & Materials Science and Engineering (2016.1) ​​                                    

​Research Interests 

• Bioinspired Materials and Devices, Single Atom Catalysts, Electrochemistry.
• Bioelectronics, Biosensor, Biomaterials and Drug Delivery, Nanomedicine.
• Soft Materials, Artificial Retina, Brain Machine Interfaces, Neuroscience.

Sustainable Soft/Hard Materials and Devices Meet Precision Health

                   Sustainability

                     Materials and Devices

   Healthcare

                     Stanford                                                        Harvard                                                              MIT                                                             Fudan