Atom Deflections As A Function Of Laser Detuning For A Constant

Atom deflections as a function of laser detuning for a constant ...
Atom deflections as a function of laser detuning for a constant ...
Atom deflections as a function of laser detuning for a constant ...
Atom deflections as a function of laser detuning for a constant ...
Enhancement η as a function of the detuning Δ for various laser powers ...
Enhancement η as a function of the detuning Δ for various laser powers ...
Atom cloud temperature as a function of detuning of the cooling laser ...
Atom cloud temperature as a function of detuning of the cooling laser ...
Retrieved dipole phase shifts as a function of detuning for fixed laser ...
Retrieved dipole phase shifts as a function of detuning for fixed laser ...
Measured signal as a function of a relative laser detuning for various ...
Measured signal as a function of a relative laser detuning for various ...
Enhancement η as a function of the detuning Δ for various laser powers ...
Enhancement η as a function of the detuning Δ for various laser powers ...
The polarization rotation angle as a function of laser detuning for ...
The polarization rotation angle as a function of laser detuning for ...
Normalized fluorescence intensity as a function of laser detuning for ...
Normalized fluorescence intensity as a function of laser detuning for ...
Number of atoms is shown as a function of (a) 420 nm MOT laser detuning ...
Number of atoms is shown as a function of (a) 420 nm MOT laser detuning ...
Mechanical transduction amplitudes as a function of laser detuning Δ ...
Mechanical transduction amplitudes as a function of laser detuning Δ ...
(a) Decay of the atom number with time for a laser detuning ...
(a) Decay of the atom number with time for a laser detuning ...
3: Atomic phase shift as a function of probe laser detuning (b), fit ...
3: Atomic phase shift as a function of probe laser detuning (b), fit ...
6 -Local detuning ∆ (m J →m J ) loc as a function of the laser detuning ...
6 -Local detuning ∆ (m J →m J ) loc as a function of the laser detuning ...
(a) Shielding efficiency η as a function of laser detuning Δ and ...
(a) Shielding efficiency η as a function of laser detuning Δ and ...
(a) P1 as a function of laser detuning scanned about two radial modes k ...
(a) P1 as a function of laser detuning scanned about two radial modes k ...
The OD as a function of the probe laser detuning from the F = 3 → F ...
The OD as a function of the probe laser detuning from the F = 3 → F ...
Time delay as a function of spectral detuning between the laser and the ...
Time delay as a function of spectral detuning between the laser and the ...
(a) Temperature T of the atomic gas as a function of the laser detuning ...
(a) Temperature T of the atomic gas as a function of the laser detuning ...
(a) Temperature T of the atomic gas as a function of the laser detuning ...
(a) Temperature T of the atomic gas as a function of the laser detuning ...
A numerical result of f as a function of the measurement laser detuning ...
A numerical result of f as a function of the measurement laser detuning ...
17 -Two-body loss coefficient β as a function of the laser detuning ∆ ...
17 -Two-body loss coefficient β as a function of the laser detuning ∆ ...
(a) Absorption signal as a function of laser frequency detuning (Δν L ...
(a) Absorption signal as a function of laser frequency detuning (Δν L ...
The OD as a function of the probe laser detuning from the F=3 → F ...
The OD as a function of the probe laser detuning from the F=3 → F ...
The OD as a function of the probe laser detuning from the F=3 → F ...
The OD as a function of the probe laser detuning from the F=3 → F ...
5 -Position of the atomic cloud center z c as a function of laser ...
5 -Position of the atomic cloud center z c as a function of laser ...
(A) Measured molecule phase as a function of preparation laser ...
(A) Measured molecule phase as a function of preparation laser ...
FIG. S.1. g (2) (0) as a function of laser detuning. a) Theory model ...
FIG. S.1. g (2) (0) as a function of laser detuning. a) Theory model ...
Theoretical curves for the number of trapped atoms as a function of ...
Theoretical curves for the number of trapped atoms as a function of ...
Normalized photon rate as a function of laser detuning. (a) Schematic ...
Normalized photon rate as a function of laser detuning. (a) Schematic ...
a Atomic population inversion 3 as a function of the laser intensity ...
a Atomic population inversion 3 as a function of the laser intensity ...
η c as a function of the mode-splitting and the laser detuning. η c is ...
η c as a function of the mode-splitting and the laser detuning. η c is ...
The detunings of the laser fields are shown as a function of the bond ...
The detunings of the laser fields are shown as a function of the bond ...
The deflection φ as a function of the number of absorbed photons for ...
The deflection φ as a function of the number of absorbed photons for ...
Number of photons from the cavity as a function of the pump laser ...
Number of photons from the cavity as a function of the pump laser ...
Atom density and laser intensity (detail of flat top) for red detuning ...
Atom density and laser intensity (detail of flat top) for red detuning ...

Loading image details...

Source
Dimensions