-
namely small-radius
excitons,
named Frankel exciton, and large-radius
excitons,
often called Wannier-Mott
excitons. A
Frenkel exciton occurs when the distance...
- In physics, the
exciton–polariton is a type of polariton; a
hybrid light and
matter quasiparticle arising from the
strong coupling of the electromagnetic...
-
excitation (state) of
solid or
liquid matter (such as a phonon, plasmon, or an
exciton).[example needed]
Polaritons describe the
crossing of the
dispersion of...
-
materials with a
large exciton binding energy, it is
possible for a
photon to have just
barely enough energy to
create an
exciton (bound electron–hole pair)...
-
magnetic field. Like
excitons,
trions can be
created by
optical excitation. An
incident photon creates an
exciton, and this
exciton binds to an additional...
-
known as an
exciton. The
carrier multiplication effect in a dot can be
understood as
creating multiple excitons, and is
called multiple exciton generation...
-
published later in the 2000s.
Condensed excitons are a
superfluid and will not
interact with phonons.
While the
normal exciton absorption is
broadened by phonons...
-
called an
exciton and
their spatitial separation is
defined by the
exciton Bohr radius. In a
nanostructure of
comparable size to the
exciton Bohr radius...
-
electrons and
holes can be
bound to
excitons that are hydrogen-like
states of matter. At the same time, the
exciton binding energy is few to
hundreds of...
- with
tunable chemical potential. BEC of
plasmonic quasiparticles (plasmon-
exciton polaritons) has been
realized in
periodic arrays of
metal nanoparticles...
