Creating Stretchable, Biocompatible Triboelectric Nanogenerators That Ignore Stretching
“Researchers have developed a new type of triboelectric nanogenerator (TENG) that is both stretchable and insensitive to stretching. This new development, published in ACS Nano, could be used to power stretchable, biocompatible electronics in the future.
The TENG is made of two layers of silicone and gold electrodes and can generate electricity when stretched. What makes this new TENG different is that it is insensitive to stretching, meaning that the voltage output remains stable regardless of the amount of stretching. This is an advantage over traditional TENGs, which become less effective when stretched beyond a certain point.”
In a recent breakthrough, researchers have developed a stretchable and insensitive triboelectric nanogenerator (TENG). This new invention could have significant implications for the field of biocompatible electronics, as it is able to generate electricity when stretched without losing its effectiveness, unlike traditional TENGs. This development could power future stretchable, biocompatible electronics and pave the way for more innovative uses of this technology.
source: Phys.org