- are
lattice models of
polarons. In this case,
there may be
small or
large polarons,
depending on the
relative size of the
polaron radius to the lattice...
- Two
polarons interchange sound waves and they
attract to each other,
forming a bound-state when the
strength coupling between the
single polarons and...
-
emits a beam of
polaron particles, the
fictional in-universe
antimatter counterpart of the muon (not to be
confused with the
actual polaron or the actual...
- and is E0 = -0.125720 α2 (for
Pekar polaron E0 = -0.10851128 α2),
where α is electron-phonon coupling. TI-
polarons can
create bound TI-bipolaron states...
-
state of
matter that is
produced at
temperatures close to
absolute zero.
Polarons are
induced by
using a
laser to
excite Rydberg atoms contained as impurities...
- and the
dipolar oscillation.
Bosonic quasiparticles are
distinct from
polarons (fermionic quasiparticle),
which is an
electron plus an
attached phonon...
- (about 350 K) Jahn-Teller
polarons are formed; the material's
ability to
conduct electricity depends on the
presence of the
polarons.
Solid oxide fuel cell...
- plasma.
Polaritons are
mixtures of
photons with
other quasi-particles.
Polarons are moving,
charged (quasi-)
particles that are
surrounded by ions in a...
-
modes (called phonons);
charge displacement modes (in dielectrics,
called polarons);
magnetic spin
oscillation modes (in
magnetic materials,
called magnons)...
-
acoustic phonons and magnons,
excitonic polarons,
polarons in low-dimensional systems, and bipolarons.
Methods of
polaron theory were
applied to the theory...
