Indexed by: Article

First Author: Wu, Zhigang

Correspondence Author: Wu, Zhigang

Co-author: Zhigang*; Hjort, Klas; Jeong, Seung Hee

Journal: Proceedings of the IEEE

Included Journals: SCI

Document Type: J

Volume: 103

Issue: 7

Page Number: 1211 - 1225

ISSN No.: 0018-9219

Key Words: Elastic substrate; microfluidic electronics; radiofrequency (RF) device; reconfigurable system; stre

Date of Publication: 2015-06-01

Abstract: Recently, the shrinking of the personal computer market has given a clear signal that it is time to divert our focus from the strategy of miniaturization of transistors to a different strategy with emerging technologies. As a new form of electronics, stretchable electronics has significantly advanced in the past few years by micro/nanofabrication of thin films of traditional stiff and hard materials such as silicon, metals, and ceramics, and especially subsequent transfer process on an elastic substrate. However, such a thin structure often suffers from high resistance that leads to low

Links to published journals: http://ieeexplore.ieee.org/document/7113792/