Posted 2 years ago Source Comments

SCIENCE!

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Their nanotube bundles carry, gram for gram, up to 100 times as much energy as a standard lithium-ion battery.

Since just a tiny amount of energy is needed to start the reaction before it becomes self-sustaining, Dr Strano says it could be initiated in a small device with the energy in the push of a finger.

And unlike standard batteries, the stored energy would not leak away over time, and requires none of the toxic, non-renewable metals in many batteries.”

: SCIENCE nanotubes bbc the future is here battery fuel cell