Progress of Seismology of the Sun and Stars

Introductory review of solar and stellar oscillations.- Solar equilibrium models and physical processes governing the solar internal structure.- Progress towards a unified equation of state.- Effects of overshooting and magnetic field at the base of the solar convection zone on the 5-minute p-mode eigenfrequencies.- Convective nonovershooting in stellar cores.- Solar neutrino experiments.- Improving the asymptotic approximations of higher-order radial oscillations in stars.- Second-order asymptotic theory of solar acoustic oscillations.- Excitation mechanisms of solar oscillations.- What are the observed high-frequency solar acoustic modes?.- Driving and damping of oscillations.- Nonlinear oscillations in the convective zone.- Asymptotic analysis of inertial waves in the convective envelope of the sun.- Trends in helioseismology observation and data reduction.- The spectrum of solar p-modes and the solar activity cycle.- Helioseismology from the South Pole: Results from the 1987 campaign.- Observations of solar cycle variations in solar p-mode frequencies and splittings.- Measuring solar structure variations from helioseismic and photometric observations.- Evidence for radial variations in the equatorial profile of the solar internal angular velocity.- The effect of large-scale flows on oscillation ring diagrams.- Observations of p-mode absorption in active regions.- Frequencies, linewidths, and splittings of low-degree solar p-modes.- An experiment to measure the solar ? = 1 rotational frequency splitting.- Phase relation between velocities and temperature fluctuations of the solar 5-minute oscillation.- Influence of photospheric 5-minute oscillations on the formation of chromospheric fine structures.- p-Mode analysis of the IPHIR data.- Search for g-modes in theIPHIR data.- Solar g-modes.- A problem with the 160-minute pulsation of the sun.- The IRIS network for full disk helioseismology. full disk helioseismology. Present status of the programme.- Helioseismology Observations by Solar-A satellite.- The Soho project and helioseismology.- Magnetic field modulation issues for improving global solar oscillation measurements from space.- Construction of long-life magneto-optical filters for helioseismology observations.- Comments on helioseismic inference.- Structure of the solar Core inferred from inversion of frequencies of low-degree p-modes.- Second-order asymptotic inversions of the sound speed inside the sun.- Testing solar envelope models using intermediate-degree p-Mode frequencies.- On the inverse problem of high-degree solar acoustic oscillations: Local analysis of p-Mode ridges.- Two-dimensional inversion of rotational splitting data.- Contribution of high-degree frequency splittings to the inversion of the solar rotation rate.- Has the sun's internal rotation changed through this activity cycle ?.- Internal solar rotation and the boundary layer non-linear dynamo.- Toward seismology of ? Scuti stars.- Oscillations in roAp stars.- In search of the Ap instability strip.- ? Circini: Variability in the infrared and visible.- Pulsations and chemical composition of main sequence magnetic stars.- The seismology of sun-like stars.- Acoustic oscillations in main-sequence stars: HD155543.- Search for five-minute oscillations in late-type stars by Fabry-Perot interferometer.- Mode trapping in pulsating white dwarfs.- Chemical composition and instability mechanism in the PG1159 stars.- Mode identification in a slowly rotating star from line profile variations.- Long-term variations of nonradial oscillations in a rapidly rotatingearly-type star (? oph).- Low-frequency oscillations of rotating massive stars.- The MUSICOS network for MUlti-SIte COntinuous Spectroscopy.- Seismology of Jupiter.