Condensate Polarization As A Function Of Pump Power And Incident Linear

Condensate polarization as a function of pump power and incident linear ...
Condensate polarization as a function of pump power and incident linear ...
Condensate polarization as a function of pump power and incident linear ...
Condensate polarization as a function of pump power and incident linear ...
Condensate polarization as a function of pump power and incident linear ...
Condensate polarization as a function of pump power and incident linear ...
DLP polarization maps as a function of pump power and QWP angle. Panels ...
DLP polarization maps as a function of pump power and QWP angle. Panels ...
DLP polarization maps as a function of pump power and QWP angle. Panels ...
DLP polarization maps as a function of pump power and QWP angle. Panels ...
Power at fundamental frequency recorded as a function of incident pump ...
Power at fundamental frequency recorded as a function of incident pump ...
Color online Output power as a function of incident pump power at a ...
Color online Output power as a function of incident pump power at a ...
Linear polarization as a function of incident electron energy of the ...
Linear polarization as a function of incident electron energy of the ...
Linear polarization as a function of incident electron energy of the ...
Linear polarization as a function of incident electron energy of the ...
Linear polarization as a function of incident electron energy due to ...
Linear polarization as a function of incident electron energy due to ...
Absorption efficiency as a function of incident pump power under lasing ...
Absorption efficiency as a function of incident pump power under lasing ...
Linear polarization as a function of incident electron energy of the ...
Linear polarization as a function of incident electron energy of the ...
Pump power and polarization dependence of transient dynamics. a The ...
Pump power and polarization dependence of transient dynamics. a The ...
a) Zeeman-splitting in the linear regime and condensate as a function ...
a) Zeeman-splitting in the linear regime and condensate as a function ...
Depolarization loss L a as a function of pump power P p for several rod ...
Depolarization loss L a as a function of pump power P p for several rod ...
Output power and polarization extinction ratio (PER) as functions of ...
Output power and polarization extinction ratio (PER) as functions of ...
Output power and polarization extinction ratio (PER) as functions of ...
Output power and polarization extinction ratio (PER) as functions of ...
Average condensate spin and intensity, as functions of pump spin and ...
Average condensate spin and intensity, as functions of pump spin and ...
Total intensity of each polarization vs pump power as in Fig. 3, but ...
Total intensity of each polarization vs pump power as in Fig. 3, but ...
(a) Condensate polarization for a ring pump of diameter d = 12 µm at P ...
(a) Condensate polarization for a ring pump of diameter d = 12 µm at P ...
(a) Condensate polarization for a ring pump of diameter d = 12 µm at P ...
(a) Condensate polarization for a ring pump of diameter d = 12 µm at P ...
(a) Pump-induced changes in the polarization of the probe as a function ...
(a) Pump-induced changes in the polarization of the probe as a function ...
(a) Condensate polarization for a ring pump of diameter d = 12 µm at P ...
(a) Condensate polarization for a ring pump of diameter d = 12 µm at P ...
Condensate fraction ϕ as a function of the absolute value of the ...
Condensate fraction ϕ as a function of the absolute value of the ...
Pump power and pump polarization dependence a Quadratic pump power ...
Pump power and pump polarization dependence a Quadratic pump power ...
Reflectance for p-polarization as a function of the incident angle at ...
Reflectance for p-polarization as a function of the incident angle at ...
Same as in Fig. 5 but with linear polarization of the incident wave ...
Same as in Fig. 5 but with linear polarization of the incident wave ...
Colormap of polarization degree, P as defined in Fig. 3, as a function ...
Colormap of polarization degree, P as defined in Fig. 3, as a function ...
Pump-power dependences of the degrees of linear polarization ρ l and ...
Pump-power dependences of the degrees of linear polarization ρ l and ...
Pump-power dependences of the degrees of linear polarization ρ l and ...
Pump-power dependences of the degrees of linear polarization ρ l and ...
The degree of circular polarization, ξ, as a function of the pumping ...
The degree of circular polarization, ξ, as a function of the pumping ...
Output power vs. incident pump power for a double pass (60 reflections ...
Output power vs. incident pump power for a double pass (60 reflections ...
Polarization state of the signal light at different pump power (PP ...
Polarization state of the signal light at different pump power (PP ...
FIG. S5. Full linear polarization analysis of the incident X-ray beam ...
FIG. S5. Full linear polarization analysis of the incident X-ray beam ...
(color online). Pump polarization dependence of A which is defined by ...
(color online). Pump polarization dependence of A which is defined by ...
Dependence of the polarization spectra on pump power with fixed HCL ...
Dependence of the polarization spectra on pump power with fixed HCL ...

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