In fact, Andrei says, the researchers saw the effect at higher temperatures and lower magnetic fields than are needed to see it in semiconductors, suggesting that the electrons in graphene interact especially strongl
In fact, Andrei says, the researchers
saw the effect at higher temperatures and lower magnetic fields than are needed to
see it
in semiconductors, suggesting that the electrons in graphene interact especially strongl
in semiconductors, suggesting that the
electrons in graphene interact especially strongl
in graphene interact especially strongly.
Because
electrons in graphene move very quickly and scatter little (
see «Ballistic
electrons»), computer chips made from
graphene could
in theory be both faster and experience far less noise from
electron jostling than existing silicon chips.