The development of next-generation bioelectronics, as well as the powering of consumer
and medical devices, require power sources that are soft, flexible, extensible, and even …

Abstract The Artificial Intelligence of Things (AIoT) connects everything with intelligence,
while the increase in energy consumption generated by numerous electronic devices puts …

Electronic visual prostheses, or biomimetic eyes, have shown the feasibility of restoring
functional vision in the blind through electrical pulses to initiate neural responses artificially …

Piezoelectric materials convert mechanical stress to electrical energy and thus are widely
used in energy harvesting and wearable devices. However, in the piezoelectric family, there …

Piezoelectric materials that enable electromechanical conversion have great application
value in actuators, transducers, sensors, and energy harvesters. Large piezoelectric (d 33) …

Nonlinear energy harvesters with specially-designed nonlinear characteristics (eg, quasi-
zero stiffness, multi-stability, and internal resonance) have been extensively studied to …

Softening of piezoelectric materials facilitates the development of flexible wearables and
energy harvesting devices. However, as one of the most competitive candidates …

With the advent of the electric vehicle era, the potential function of monitoring,
communication, and energy supply of the pavement system has received utmost research …

Piezoelectric materials are based on the conversion between mechanical and electrical
energy, which is enormous potential for application in developing flexible self-powered …

A conventional energy harvester usually has narrow operational bandwidth, which makes it
difficult to harvest energy with varying frequencies in the actual field. Herein, a nonlinear …