- what is
effectively two
independent ring
lasers (each
having two
counterpropagating beams) of
opposite circular polarization coexist in the same ring...
- be
cooled to a few
microkelvin or less. The
superposition of two
counterpropagating beams of
light with
orthogonal polarizations creates a
gradient where...
-
important to be
aware of this. When the ring
laser setup is rotating, the
counterpropagating beams undergo frequency shifts in
opposite directions. This frequency...
-
Constructive interference of
mutually coherent counterpropagating waves on a thin
material enhances the wave-matter interaction,
while destructive interference...
-
stimulated Raman process,
where the atom
redistributes photons between the
counterpropagating laser beams which form the lattice. In this picture, it is clearer...
-
direction is
given by k4 = k1 + k2 − k3, and so if the two pump
beams are
counterpropagating (k1 = −k2), then the
conjugate and
signal beams propagate in opposite...
- }}_{o+}}
representing anisotropic differences in the one-way
speed of
counterpropagating beams along an axis, κ~tr{\displaystyle {\tilde {\kappa }}_{tr}} representing...
-
spatial light modulators. With
interfering light sheets, two
coherent counterpropagating sheets are sent into the sample. The
interference pattern between...
- mol****es is
based on the
principle of
polarization gradient cooling.
Counterpropagating beams of
circularly polarized light cause a
standing wave,
where the...
- {r} ,t)=V_{\text{twist}}(z,r,\theta ,t)}
might be
formed by two
counterpropagating optical vortices with
wavelengths λ ± = 2 π c / ω ± {\displaystyle...
