Stretchable electronics combines the electronic performance of conventional wafer-based semiconductor devices and mechanical properties of a rubber band, and thus can have very broad applications that ...

In the past, stretchable electronics featured at least one brittle element. The overall pliability of the electronic device was therefore only as robust as its most rigid component. The ...

Find out how researchers at the University of Cambridge have developed stretchable, self-healing 'jelly batteries' that could ...

Researchers at Xi'an Jiaotong University developed Template-Constrained Additive printing for making more durable electronic ...

This panel session dives into the technical challenges in the field of flexible electronics—and what engineers need to know ...

The technique mimics the self healing properties of human skin, accelerating the development of biomedical devices ... electronic skin, embedding these rigid sensors and transistors into ...

So, it’s probably not ready for mobile devices just yet ... the Korean company sees this stretchable display as a game-changer for innovation in the consumer electronics world.

Organic-based electronic materials enable the possibility ... Attempts to develop a conductor that can stretch without breaking have largely focused on increasing the conductivity of an elastic ...

Scientists develop a stretchable paper-based generator that creates electricity from water evaporation, offering a flexible ...

Liquid metals can be used as conductive inks or embedded in elastomeric substrates to create flexible and stretchable electronic devices, such as sensors, antennas, and interconnects. The fluidity and ...

"The device is constructed from several electronic components printed onto a thin, flexible and stretchable polymer material.

Anyone who enjoys opening up consumer electronics knows iFixit to ... for those tabs signify the device was blessed with stretch-release adhesives. All we have to do is apply a firm and steady ...