Not exact matches
Unlike the other
electrons in the material, which
move about freely, the density
wave is a periodic, fixed
electron phase that seems to compete with and hinder the superconducting phase.
These rolling
electron waves could then be described as right -
moving with spin up, left -
moving with spin down, and so on.
He studied the phenomenon in the context of
electrons moving through impure materials (
electrons behave as both particles and
waves), but under certain circumstances it can happen with other types of
waves as well.
He realized that if the material is well - ordered, like a crystal, with its atoms evenly distributed, the
electrons move freely as
waves.
It was previously discovered that
electrons on helium can form a two - dimensional crystal, and some unique phenomena occur when this crystal
moves along the helium surface, due to the interaction between
electrons and surface
waves.
As neutrons (blue line) scatter off the graphene - like honeycomb material, they produce a magnetic Majorana fermion (green
wave) that
moves through the material disrupting or breaking apart magnetic interactions between «spinning»
electrons.
Some of the photons bounced off
electrons that were being
moved around by gravitational
waves that had been quantum - mechanically created during inflation and had become classical objects.
«We can use the light
waves to regulate how the
electrons move and how much electricity is generated.»
Those predictions can only be possible, though, if the
electron - hole pairs in the sample behave as wavelike objects
moving throughout the whole crystal like
waves in an ocean.
However, a consequence of Ampere's Law and Faraday's Law is that a charged particle, such as an
electron,
moving in an orbit should radiate energy as electromagnetic
waves.
Next, the team used low - energy diffraction equipment that sends
waves of slow -
moving electrons at the surface.
In this case, the
electrons will absorb the energy of the light
wave and increase their energy state, often
moving outward from the nucleus of the atom into an outer shell or orbital.
Conversely, when
Electrons or Protons
move, they create «fields» and then perhaps (propagated) «
waves» as well.