Work on the structure, asphericity and dynamics of the solar interior from p-mode frequencies and frequency splittings was carried out primarily in collaboration with Dr. Eff-Darwich (University of La Laguna, Tenerife). This ongoing collaboration produced new results for the inversion of the internal solar rotation rate and further development in inversion methodologies. It also resulted in inferences on the solar stratification. Substantial progress towards the characterization of high-degree p-modes has been achieved. In collaboration with Drs. Rabello-Soares and Schou (Stanford University), we have gained a clear conceptual understanding of the various elements that affect the leakage matrix of the SOI/MDI instrument. This work has preci...
Vigorous turbulent convection near the solar surface excites acoustic waves that propagate through t...
This article reviews solar and stellar seismology, with emphasis on the enormous progress which has ...
This is the final report on a project to develop a theoretical basis for interpreting solar oscillat...
. The Medium-l Program of the Michelson Doppler Imager instrument on board SOHO provides continuous ...
The medium-l program of the Michelson Doppler Imager instrument on board SOHO provides continuous ob...
Helioseismology is the study of solar interior using frequencies of solar oscillations. Frequencies ...
We investigate the structure of the Sun by helioseismic inversion of a set of p-mode frequencies w...
The splitting of the frequencies of the global resonant acoustic modes of the Sun by large-scale Ñow...
Context. Understanding the solar activity cycle - its origin, the mechanisms that drive it, and its ...
The interior of the Sun is not directly observable to us. Nevertheless, it is possible to infer the ...
We report on the latest inferences concerning solar differential rotation that have been drawn from ...
The accurately observed solar p-mode frequencies are employed to constrain the temperature and chemi...
We discuss here two sets of helioseismology data acquired at Big Bear Solar Observatory during the s...
AbstractBasic methods by which the internal structure and dynamics of the Sun can be inferred from o...
Frequency splitting coefficients from Global Oscillation Network Group (GONG) and Michelson Doppler ...
Vigorous turbulent convection near the solar surface excites acoustic waves that propagate through t...
This article reviews solar and stellar seismology, with emphasis on the enormous progress which has ...
This is the final report on a project to develop a theoretical basis for interpreting solar oscillat...
. The Medium-l Program of the Michelson Doppler Imager instrument on board SOHO provides continuous ...
The medium-l program of the Michelson Doppler Imager instrument on board SOHO provides continuous ob...
Helioseismology is the study of solar interior using frequencies of solar oscillations. Frequencies ...
We investigate the structure of the Sun by helioseismic inversion of a set of p-mode frequencies w...
The splitting of the frequencies of the global resonant acoustic modes of the Sun by large-scale Ñow...
Context. Understanding the solar activity cycle - its origin, the mechanisms that drive it, and its ...
The interior of the Sun is not directly observable to us. Nevertheless, it is possible to infer the ...
We report on the latest inferences concerning solar differential rotation that have been drawn from ...
The accurately observed solar p-mode frequencies are employed to constrain the temperature and chemi...
We discuss here two sets of helioseismology data acquired at Big Bear Solar Observatory during the s...
AbstractBasic methods by which the internal structure and dynamics of the Sun can be inferred from o...
Frequency splitting coefficients from Global Oscillation Network Group (GONG) and Michelson Doppler ...
Vigorous turbulent convection near the solar surface excites acoustic waves that propagate through t...
This article reviews solar and stellar seismology, with emphasis on the enormous progress which has ...
This is the final report on a project to develop a theoretical basis for interpreting solar oscillat...