Transient electronics, which can be tuned to be completely or partially dissoluble,
degradable, and disintegrable, create new opportunities in the upcoming ubiquitous …

Flexible and degradable pressure sensors have received tremendous attention for potential
use in transient electronic skins, flexible displays, and intelligent robotics due to their …

Transient electronics are a rapidly emerging field due to their potential applications in the
environment and human health. Recently, a few studies have incorporated acid-labile imine …

Current understanding of molecular design principles for degradable imine-based polymer
semiconductors is limited to semicrystalline polymer morphologies. Herein, we design and …

Today's electronics are manufactured to provide stable functionality and fixed physical forms
optimized for reliable operation over long periods and repeated use. However, even when …

Private information protection of electronic chips which store large amounts of sensitive data,
is a crucial issue in electromechanical systems nowadays. Here, a self-destructive microchip …

Transient electronics represents a class of technology defined by components that
physically or chemically disintegrate, dissolve, or otherwise disappear in a controlled …

Featuring acid-labile yet conjugated bonds along the polymer backbone, imine-based
organic semiconductors are emerging as viable candidates for transient electronics. To …

Transient microchips have promising applications in data security and privacy protection. A
simple fabrication process and short transient time are two crucial requirements for transient …

Precise control of the life cycle of materials has become critical. Long-lasting materials are
not always the best—for example, nondegradable plastic waste is now a serious …