A fully edible supercapacitor has been developed from food-grade materials by researchers in the USA.
Researchers in China build powerful and durable all-solid-state supercapacitors using black phosphorus nanoflakes.
Flexible MXene/carbon composite electrodes composed of alternating layers of titanium carbide-based MXene and carbon nanotubes have been fabricated.
A soft laminate simultaneously functions as a high-efficiency bending actuator and a high-efficiency open-air supercapacitor.
Synthesized form of niobium oxide developed at UCLA has a great facility for storing energy.
Rice lab finds vanadium oxide/graphene material works well for lithium-ion storage.
Professor X. W. Lou and co-workers report a new method to grow nanosheets on conductive substrates as a conductive agent-free electrode for supercapacitors.
Scientists present unique crumpled nitrogen-doped graphene nanosheets as supercapacitor materials for energy-storage.
Researchers at Florida International University develope micro-supercapacitors with exceptional high performance and frequency response.
A Chinese research team have constructed a powerful new supercapacitor using two types of graphene – composite and porous.