The Solar Internal Rotation Project II. Analysis of Inversion Techniques.

Bibcode
2025ghh..confP.115C
Christensen-Dalsgaard, Jørgen; Basu, S.; Breton, S. N.; Broomhall, A. M.; Dey, P.; Eff-Darwich, A.; García, R. A.; Howe, R.; Jain, K.; Korzennik, S.; Kosovichev, A.; Larson, T. P.; Mandal, K.; Mathur, S.; Salabert, D.; Schou, J.; Tripathy, S. C.; Ulrich, R. K.; Vorontsov, S. V.; Solar Internal Rotation Team
Bibliographical reference

SDO 2025 Science Workshop: A Gathering of the Helio-hive! Online at <A HREF="https://sdo2025.sdo-workshops.org/">https://sdo2025.sdo-workshops.org/<…

Advertised on:
2
2025
Number of authors
20
IAC number of authors
2
Citations
0
Refereed citations
0
Description
Many techniques have been developed to analyse observations of solar rotational splittings to infer properties of the solar internal rotation rate. In preparation for the analysis of the extensive sets of data now available, we carry out tests and comparisons of a variety of inversion techniques, characterized by their resolution and error properties. Our ability to infer specific features in solar rotation is investigated through analysis of artificial data based on prescribed internal solar rotation rates.
Type
Non-refereed

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