… , a Glan Taylor polarizer and a Fresnel rhomb to produce circularly polarized light. The light
… and the signal is generated by altering the input circular polarization of the excitation light. b …

… The possibility to control the circular polarization state of radiation from quantum emitters
has drawn the attention of researchers in recent years. The reason for this are the various …

… polarizer and a quarter-wave plate, which inevitably leads to half energy loss upon conversion
of unpolarized incident light into linearly polarized … , perovskites and quantum dots (QDs). …

… Circular polarization dependence of dipole recombination of spin-polarized states within
a self-assembled quantum dot has been previously studied [8]. The numerical results in [8] …

… The degree of effective circular polarization of … of polarization with the same frequency 26.61
kHz, with a quarter-wave phase plate and a linear polarizer analyzer of circular polarization …

… formed by three identical quantum dots in a triangular … the circular polarization of light. By
varying the orientation and magnitude of the magnetic field one can control the polarization and …

… In a circular quantum dot, the addition energy shows a clear structure as a function of N due
to the shell filling and the spin-polarized half filling. In an elliptic quantum dot, however, the …

… the PL polarization from these states evolves from linear to elliptical to left or right circular in
… Zeeman effects in semiconductor nanocrystal quantum dots (NQDs) synthesized by colloidal …

… quantum dots (QDs) by introducing 2D chiral perovskite as a chiral source, providing spin
polarized … circular polarized luminescence intensities of chiral 2D hybrid organic–inorganic …

… emitting with opposite circular polarizations. Different unidirectional and polarization-deterministic …
The cross waveguide with quantum emitters could be used not only for deterministic …