Researchers at Dongguk University in South Korea have developed a battery-free, flexible graphene transistor that mimics biological synapses and can recognize human activity without any external power source.
Researchers at Dongguk University in South Korea have developed a battery-free, flexible graphene transistor that mimics biological synapses and can recognize human activity without any external power source.
The device is a graphene-channel ion-gel-gated transistor (g-IGT), fabricated on a flexible PET substrate, with monolayer CVD graphene as the channel and an ion-gel electrolyte (based on the ionic liquid...
The page is ready to read now. The fuller skim-friendly version will appear here automatically.
Researchers at Dongguk University in South Korea have developed a battery-free, flexible graphene transistor that mimics biological synapses and can recognize human activity without any external power source. The device is a graphene-channel ion-gel-gated transistor (g-IGT), fabricated on a flexible PET substrate, with monolayer CVD graphene as the channel and an ion-gel electrolyte (based on the ionic liquid EMIM-TFSI) serving as the gate dielectric.
The device is a graphene-channel ion-gel-gated transistor (g-IGT), fabricated on a flexible PET substrate, with monolayer CVD graphene as the channel and an ion-gel electrolyte (based on the ionic liquid EMIM-TFSI) serving as the gate dielectric.
Open the app view to save this story, compare related coverage, and continue from the same source.