This thesis is about the design and realisation of a new atomic interferometer experiment at SYRTE. It will allow ultra-sensitive measurements of the vertical gradient of gravity. This experiment will work using ultra-cold atoms as a source, prepared on an atom chip. It will use large momentum transfer beam-splitter, obtained by high order Bragg diffraction. The transport of atoms will be provided by moving optical lattices. A first part of the experimental setup was assembled and its operation was validated by producing a dual interferometer. This interferometer is performed on two atomic clouds produced successively from the same source of cold atoms, and interrogated by the same pair of Raman beams. A new method of differential phase ext...
This work describes the technology developed for the transportable gravity gradiometer, ''GGtop", co...
My thesis consists in developing a new atom interferometer using Bose Einstein condensate sources. T...
This work focuses on the development of a cold-atom inertial sensor measuring the gravity, the verti...
This thesis is about the design and realisation of a new atomic interferometer experiment at SYRTE. ...
Cette thèse porte sur la conception et la réalisation d’une nouvelle expérience d’interféromètre ato...
This manuscript details the thesis work done at SYRTE on the cold atom gradiometer experiment. The g...
L'interférométrie atomique est une technologie quantique en pleine maturité qui fournit l'une des ap...
Atom interferometry is a maturing quantum technology which provides one of the most precise approach...
This work focuses on the development of a new generation of cold-atom inertial sensor. Its architect...
We present the realisation of a matter wave interferometer which measures the accelerationof gravity...
Le travail présenté dans ce manuscrit porte sur l'avancement de l'expérience FORCA-G (FORce de CAsim...
Cette thèse présente le développement de deux interféromètres atomiques pour des mesures ultra-sensi...
This work has shown the feasibility of measuring the gravity by atom interferometry, combining atomi...
This manuscript describes the study and the development of inertial sensors based on atom interferom...
Atom interferometry is applied to absolute measurement of gravity acceleration $g$, to provide an ac...
This work describes the technology developed for the transportable gravity gradiometer, ''GGtop", co...
My thesis consists in developing a new atom interferometer using Bose Einstein condensate sources. T...
This work focuses on the development of a cold-atom inertial sensor measuring the gravity, the verti...
This thesis is about the design and realisation of a new atomic interferometer experiment at SYRTE. ...
Cette thèse porte sur la conception et la réalisation d’une nouvelle expérience d’interféromètre ato...
This manuscript details the thesis work done at SYRTE on the cold atom gradiometer experiment. The g...
L'interférométrie atomique est une technologie quantique en pleine maturité qui fournit l'une des ap...
Atom interferometry is a maturing quantum technology which provides one of the most precise approach...
This work focuses on the development of a new generation of cold-atom inertial sensor. Its architect...
We present the realisation of a matter wave interferometer which measures the accelerationof gravity...
Le travail présenté dans ce manuscrit porte sur l'avancement de l'expérience FORCA-G (FORce de CAsim...
Cette thèse présente le développement de deux interféromètres atomiques pour des mesures ultra-sensi...
This work has shown the feasibility of measuring the gravity by atom interferometry, combining atomi...
This manuscript describes the study and the development of inertial sensors based on atom interferom...
Atom interferometry is applied to absolute measurement of gravity acceleration $g$, to provide an ac...
This work describes the technology developed for the transportable gravity gradiometer, ''GGtop", co...
My thesis consists in developing a new atom interferometer using Bose Einstein condensate sources. T...
This work focuses on the development of a cold-atom inertial sensor measuring the gravity, the verti...