Submitted by Dr O. Hadeler on Thu, 22/03/2018 - 12:35
Sensor CDT student Tiesheng Wang and his supervisor Stoyan Smoukov have developed a new supercapacitor made from a "candy cane" like flexible polymer material composite. Its flexibility and higher charge holding properties could enable new sensor applications, such as implantable sensors.
Tiesheng Wang, a final year PhD student of the Sensor CDT, has developed a new flexible polymer material which moves electrical energy storage to new heights.
He weaved together a conducting polymer with an ion-storage polymer to form a new supercapacitor material with higher charge density than conventional polymer materials. In addition the material is flexible, allowing it to be incorporated into wearable sensors.
Tiesheng presented this work at the 255th National Meeting & Exposition of the American Chemistry Society (ACS) in New Orleans in March 2018. Read the full ACS press release here.
His ground breaking research captured the scientific audience at a press conference held at the meeting.
