This work presents a detailed study of helium 4 optically pumped magnetometers based on atomic alignment. Although their physical behavior is restricted to low magnetic fields (B≲150 nT), the dynamic range of such sensors may easily be extended using a back action loop on the magnetic field.We explicitly derive analytic expressions of the optical signals of helium magnetometers based on atomic alignment for the three atomic transitions D_0, D_1 et D_2. Doing so we are able to specifically study the different sensor architectures possible. We carefully present the two different ways of measuring a signal using atomic alignment: absorption and linear birefringence. We highlight new architectures of Hanle magnetometers, notably the possibility...
We have investigated the dependence of lock-in-demodulated Mx-magnetometer signals on the orientati...
The light absorbed by an atomic vapour in a transverse optical pumping experiment exhibits resonant ...
Optically pumped atomic magnetometers (OPMs) offer highly sensitive magnetic measurements using comp...
This work presents a detailed study of helium 4 optically pumped magnetometers based on atomic align...
Nous présentons une étude détaillée des magnétomètres hélium 4 à pompage optique en alignement. Ces ...
The measurement of the Earth magnetic field, using satellites of reduced volume –so called cube-sats...
Parametric-resonance magnetometer is a high-sensitivity quantum sensor characterized by applying the...
We report a laser-pumped He-4 atomic magnetometer with light shift suppression through the atomic se...
International audienceWe propose a helium scalar magnetometer based on a triple resonance setup, sho...
Three methods associated with optical pumping of $^4$He (2 $^3$S$_1$) metastable atoms can be used t...
Optically pumped magnetometers usually rely on optical pumping using circularly- or linearly-polariz...
La mesure du champ magnétique terrestre avec des satellites réduits en volume –des cube-sats ou des ...
Optical pumping was originally suggested by Kastler [1] in 1950 and since the early 1960's numerous ...
One describes the main characteristics of a magnetometer using the level crossing resonances studied...
$^4$He (2 $^3$S$_1$) metastable atoms are optically pumped with intensity modulated light. The use o...
We have investigated the dependence of lock-in-demodulated Mx-magnetometer signals on the orientati...
The light absorbed by an atomic vapour in a transverse optical pumping experiment exhibits resonant ...
Optically pumped atomic magnetometers (OPMs) offer highly sensitive magnetic measurements using comp...
This work presents a detailed study of helium 4 optically pumped magnetometers based on atomic align...
Nous présentons une étude détaillée des magnétomètres hélium 4 à pompage optique en alignement. Ces ...
The measurement of the Earth magnetic field, using satellites of reduced volume –so called cube-sats...
Parametric-resonance magnetometer is a high-sensitivity quantum sensor characterized by applying the...
We report a laser-pumped He-4 atomic magnetometer with light shift suppression through the atomic se...
International audienceWe propose a helium scalar magnetometer based on a triple resonance setup, sho...
Three methods associated with optical pumping of $^4$He (2 $^3$S$_1$) metastable atoms can be used t...
Optically pumped magnetometers usually rely on optical pumping using circularly- or linearly-polariz...
La mesure du champ magnétique terrestre avec des satellites réduits en volume –des cube-sats ou des ...
Optical pumping was originally suggested by Kastler [1] in 1950 and since the early 1960's numerous ...
One describes the main characteristics of a magnetometer using the level crossing resonances studied...
$^4$He (2 $^3$S$_1$) metastable atoms are optically pumped with intensity modulated light. The use o...
We have investigated the dependence of lock-in-demodulated Mx-magnetometer signals on the orientati...
The light absorbed by an atomic vapour in a transverse optical pumping experiment exhibits resonant ...
Optically pumped atomic magnetometers (OPMs) offer highly sensitive magnetic measurements using comp...