Not exact matches
Crucially, the
pattern was a projection of the spacings of the energy levels in the hydrogen atom, as laid out in the
wave function, with bright rings where
electrons were present and dark lanes where they were not (Physical Review Letters, doi.org/mmz).
What's important are not the individual
electrons or radio
waves that get transmitted from your computer but the
pattern of bits they describe.
Due to their quantum mechanical
wave - like properties, when
electrons are scattered off a crystal, they interfere with each other to create a diffraction
pattern.
The theory is that these photons produced a curling
pattern of polarization, called a B - mode, that is causally connected to what happens when an
electron interacts with a gravitational
wave.
«What we see as
electrons, protons or quantum mechanical
waves are manifestations of the fundamental super microscopic scale of these field
patterns, Milton says.
17 Not to be outdone, Stanford scientists used scanning tunneling microscopy and holograms to write information within the interference
patterns formed by
electron waves on a copper sheet.
When the plane
wave returns and crosses the molecule, it produces an interference
pattern with the stationary part of the
electron wave function, like two trains of water
waves crossing and forming a checkerboard disturbance.
They visualized interference fringes and the
pattern of flow of
electron waves from a quantum point contact, made an imaging
electron wave interferometer, and imaged magnetic focusing in GaAs / AlGaAs, and they have imaged the
electron cyclotron orbit in graphene / hBN structures.
In cuprate superconductors, another state blocks and interacts with superconductivity: the charge - density -
wave, in which the
electrons assume a static
pattern, different from the
pattern that the material's crystal structure defines.
Which is why light manifests in the form it does, because in order to be perceived, it must journey, and in ding so, removes one straight line vector of motion, from within the shape of jitter, which is the distribution
pattern of
electron orbits, and becomes perceived as the
wave pattern we see it as.