International audienceWe briefly present our recent progress to model in 3-D the excitation and propagation of internal waves in the deep solar radiative interior. By modeling a rotating spherical convection zone on top of a radiative interior with a realistic seismically calibrated stable stratification (i.e solar-like Brunt-Väisälä frequency), we are able to generate a large spectrum of internal waves and modes thanks to the continuous pummeling of convective plumes. When comparing with an adiabatic oscillation code we find a good overall agreement and confirm that those waves are gravity waves
International audienceSeismic and magnetic observations have suggested the presence of a stably stra...
The excitation of internal gravity waves by penetrative convective plumes is investigated using 2-D ...
Aims. We study the properties of internal gravity waves (IGWs) detected in synthetic observations th...
International audienceWe briefly present our recent progress to model in 3-D the excitation and prop...
Context. Internal gravity waves (IGWs) are studied for their impact on the angular momentum transpor...
Context. Internal gravity waves (hereafter IGWs) are studied for their impact on the angular momentu...
We present numerical simulations of penetrative convection and gravity wave excitation in the Sun. G...
Context. The revolution of helio- and asteroseismology provides access to the detailed properties of...
International audienceContext. The revolution of helio- and asteroseismology provides access to the ...
International audienceContext. The rich harvest of seismic observations over the past decade provide...
Stably stratified fluids, such as stellar and planetary atmospheres, can support and propagate gravi...
The importance of waves propagating in the stars is twofold. First, they offer a great opportunity t...
International audienceRecent photometric observations of massive stars show ubiquitous low-frequency...
We review the properties of internal gravity waves under physical condi-tions like those of the sola...
The low frequency gravity waves emitted at the base of the solar convection zone are able to extract...
International audienceSeismic and magnetic observations have suggested the presence of a stably stra...
The excitation of internal gravity waves by penetrative convective plumes is investigated using 2-D ...
Aims. We study the properties of internal gravity waves (IGWs) detected in synthetic observations th...
International audienceWe briefly present our recent progress to model in 3-D the excitation and prop...
Context. Internal gravity waves (IGWs) are studied for their impact on the angular momentum transpor...
Context. Internal gravity waves (hereafter IGWs) are studied for their impact on the angular momentu...
We present numerical simulations of penetrative convection and gravity wave excitation in the Sun. G...
Context. The revolution of helio- and asteroseismology provides access to the detailed properties of...
International audienceContext. The revolution of helio- and asteroseismology provides access to the ...
International audienceContext. The rich harvest of seismic observations over the past decade provide...
Stably stratified fluids, such as stellar and planetary atmospheres, can support and propagate gravi...
The importance of waves propagating in the stars is twofold. First, they offer a great opportunity t...
International audienceRecent photometric observations of massive stars show ubiquitous low-frequency...
We review the properties of internal gravity waves under physical condi-tions like those of the sola...
The low frequency gravity waves emitted at the base of the solar convection zone are able to extract...
International audienceSeismic and magnetic observations have suggested the presence of a stably stra...
The excitation of internal gravity waves by penetrative convective plumes is investigated using 2-D ...
Aims. We study the properties of internal gravity waves (IGWs) detected in synthetic observations th...