This article reviews solar and stellar seismology, with emphasis on the enormous progress which has been made recently in the observation and understanding of solar p-modes. Precision measurements of p-mode frequencies and frequency splittings allow a greater understanding of the structure of the solar interior, while p-mode amplitudes and linewidths shed light on the mode excitation mechanism, which is probably stochastic excitation by turbulent convection. The prospects for making similar measurements on other stars are also discussed
Two papers on different aspects of the excitation and damping of solar oscillations were accepted fo...
Context.This paper deals with the analysis of observational data series of solar-like stars. In deal...
The observed power spectrum of the solar five minute oscillations is discussed from the viewpoint th...
We investigate the stability of the radial p-modes of the Sun by computing nonadiabatic eigen-values...
The stochastic excitation of solar oscillations due to turbulent convection is reviewed. A number of...
We review techniques for measuring stellar oscillations in solar-type stars. Despite great efforts, ...
Current observational methods for studying these oscillations at large horizontal wavenumbers are di...
We investigate the rates at which energy is supplied to individual p-modes as a function of their fr...
Context. Understanding the solar activity cycle - its origin, the mechanisms that drive it, and its ...
A review on acoustic mode damping and excitation in solar-type stars is presented. Current models fo...
There has been tremendous progress in observing oscillations in solar-type stars. In a few short yea...
Copyright © 2010 American Astronomical Society / IOP PublishingThe discovery that p-mode frequencies...
We discuss here two sets of helioseismology data acquired at Big Bear Solar Observatory during the s...
Acoustic power and oscillation amplitudes of radial oscillations computed for a solar model are c...
The sun being the nearest star, seismic observations with high spatial resolution are possible, thus...
Two papers on different aspects of the excitation and damping of solar oscillations were accepted fo...
Context.This paper deals with the analysis of observational data series of solar-like stars. In deal...
The observed power spectrum of the solar five minute oscillations is discussed from the viewpoint th...
We investigate the stability of the radial p-modes of the Sun by computing nonadiabatic eigen-values...
The stochastic excitation of solar oscillations due to turbulent convection is reviewed. A number of...
We review techniques for measuring stellar oscillations in solar-type stars. Despite great efforts, ...
Current observational methods for studying these oscillations at large horizontal wavenumbers are di...
We investigate the rates at which energy is supplied to individual p-modes as a function of their fr...
Context. Understanding the solar activity cycle - its origin, the mechanisms that drive it, and its ...
A review on acoustic mode damping and excitation in solar-type stars is presented. Current models fo...
There has been tremendous progress in observing oscillations in solar-type stars. In a few short yea...
Copyright © 2010 American Astronomical Society / IOP PublishingThe discovery that p-mode frequencies...
We discuss here two sets of helioseismology data acquired at Big Bear Solar Observatory during the s...
Acoustic power and oscillation amplitudes of radial oscillations computed for a solar model are c...
The sun being the nearest star, seismic observations with high spatial resolution are possible, thus...
Two papers on different aspects of the excitation and damping of solar oscillations were accepted fo...
Context.This paper deals with the analysis of observational data series of solar-like stars. In deal...
The observed power spectrum of the solar five minute oscillations is discussed from the viewpoint th...