Graphene – flakes of crystalline carbon just a single atomic layer thick – is a promising electrode material for supercapacitors, but on its own doesn’t achieve the charge-storing capacity ...

The new material’s conductivity is 100 times higher than commercial products. Scientists accidentally discover powerful ...

Graphene has been a wonder material ... or using metal as one electrode and air as the other. New supercapacitors that hold much more energy than existing devices could also be possible.

you can literally print patterns of graphene using the laser in your DVD burner. By making the shapes shown above, you can introduce an electrolyte and turn the whole thing into a supercapacitor.

c, d) Discharged air electrode using FGS with C/O = 14 and C/O = 100, respectively. (© American Chemical Society) Even 3D-printed graphene batteries, using graphene ink, have already been demonstrated ...

Typical construction of a supercapacitor: (1) power source, (2) collector, (3) polarized electrode, (4) Helmholtz double layer, (5) electrolyte having positive and negative ions, (6) separator. (Image ...

One great example is the structural supercapacitor project, which combines composite and energy ... For example, lithium-sulfur batteries struggle with conductivity and cycle life, which graphene can ...

"The exceptional performance and durability of our electrodes shows great potential for graphene PEDOT's use in supercapacitors that can help our society meet our energy needs," said corresponding ...

in South Korea have developed a faradaic supercapacitor that can reportedly achieve high energy and power density thanks to transition metal-based electrode materials. To build these electrodes ...