Graphene has extremely high electron drift velocity, enabling relativistic effects at quantum scales

Ultra-clean graphene violates the Weidman-Franz law, showing decreased thermal conductivity as electrical conductivity increases

When electrons move in opposite directions at relativistic speeds, the Doppler effect creates conditions for negative entropy

Graphene can harness Brownian motion of thermal energy to create a permanent battery that recharges itself

These graphene discoveries provide a window into quantum entanglement and zero-point energy manipulation