Quiet Sun radiative losses as inferred from spatially coupled inversions | Adur Pastor Yabar
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17.04.2023
Co-author
Affiliation
Stockholm University, Sweden
Main category
Natural Sciences (Astrophysics and Astrononmy)
Caption
The solar heating problem involves a coupled system (including the photosphere and chromosphere), thus requiring its study as a whole system. This requirement often leads to the combination of observations with different instrumental effects. One important missing piece in this context is the capability to observationally constrain the various physical mechanisms that heat the outer layers as predicted from numerical simulations. In this contribution we present the implementation of a newly-developed inversion algorithm that expands the capabilities of the NLTE inversion code STiC to better handle inversions combining multi-resolution observations, which can provide more constrained physical inferences. Read more at https://espos.stream/2023/04/13/Pastor/.
Further information
Further reading
Link to the European Solar Physics Online Seminars (ESPOS) webpage: https://espos.stream/2023/04/13/Pastor/
Language
English
DOI
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