Tag: flexible electronics

A new comprehensive review maps the physics, fabrication, and applications of carbon nanotube field-effect transistors as leading candidates to succeed ...

A sequential dual-laser writing technique converts metal-ion-loaded polymer films into binder-free graphene composite electrodes that power high-performance flexible supercapacitors.

Researchers have embedded a conductive, superparamagnetic graphene oxide-iron oxide copolymer hybrid into silicone films that shield X-band electromagnetic interference while ...

A new review in Advanced Composites and Hybrid Materials details how advanced functional materials, signal decoupling strategies and artificial intelligence ...

Researchers have shown that controlled interlayer moiré twisting, introduced by simple off-axis compression, boosts the room-temperature tensile ductility of bulk ...

A new study in npj Flexible Electronics reports a data-driven strategy for building stretchable electrodes whose performance is no longer ...

Fukuoka, Japan—A team at Kyushu University has unveiled prototype thin-film electronic modules that can automatically dock and undock from one ...

In the rapidly evolving world of flexible electronics, the quest for materials that are both highly conductive and mechanically robust ...

In a remarkable leap forward for flexible electronics, researchers have unveiled a fully-integrated in-sensor computing circuit that combines the extraordinary ...

In the rapidly evolving realm of flexible electronics, recent breakthroughs highlight the growing significance of circularly polarized light (CPL) photodetectors, ...