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MIT Technology Review has named NanoEngineering professor, Dr. Sheng Xu, among their top innovators under 35 for this year.  Professor Xu is being recognized for his work in engineering off-the-shelf electronics into flexible, stretchable, and wearable options. For more information on Dr.

We at the Department of NanoEngineering would like to congratulate NanoEngineering professor and Department Chair, Joseph Wang, for receiving a Doctor Honoris Causa from Comenius University in Bratislava.  Dr.

The Department of NanoEngineering would like to extend its congratulations to our Chair, Dr. Joseph Wang, for being honored with the 2018 ESEAC Lifetime Achievement Award in Electroanalytical Chemistry.  The award celebrates Dr. Wang's significant achievements in Electrochemistry.  

NanoEngineering Department Chair, Joseph Wang, and NanoEngineering Professor Liangfang Zhang combined technologies to develop nanorobots that can swim through blood and remove harmful bacteria and the toxins they produce.

The Acta Materialia paper by UC San Diego Nanoengineering professors Marc A. Meyers and Vlado A.

Researchers at UC San Diego have developed a test that can rapidly screen for signs of pancreatic cancer in a drop of blood.

Congratulations to NanoEngineering professor, Darren Lipomi, and his team, Mohammad A. Alkhadra and Samuel E. Root, who have been announced as the 2018 winners of the Lectureship and Best Paper Award.

A temporary tattoo developed by UC San Diego researchers and led by Joseph Wang, Chair of the NanoEngineering Department, and Patrick Mercier, has been enrolled in a phase I clinical trial.  This "tattoo sensor" would provide type 1 or type 2 diabetics with a needle-less option for monitoring the

Congratulations to NanoEngineering professor, Dr. Marc Meyers for receiving the 2018 Robert Franklin Mehl Award at the TMS Institute of Metals Lecture.  Dr.

A team of researchers led by NanoEngineering professor, Sheng Xu have developed a stretchable, flexible patch that can aid in performing ultrasound imaging on objects that do not have perfectly flat surfaces.  This new technology allows the patch to conform without compromising electronic functio