An important source of impact from the WaLSA Team
Check out our Image of the Month, featuring images or videos related to the WaLSA Team’s activities.
The movie here illustrates propagating waves in the upper chromosphere of a sunspot (observed in the core of Ca II 854.2 nm spectral line, with the Swedish 1-m Solar Telescope).
A 170 page review article to coincide with the dawn of next-generation telescopes, published in Living Reviews in Solar Physics. The complete review is designed to be easily accessible by students, post-doctoral researchers, and academics, with the article publicly available at https://WaLSA.team/LRSP.
Discovery of several wave modes (i.e., more than 30 eigenmodes) coexisting within a large sunspot, published in Nature Communications.
A Special Issue published by the WaLSA Team, comprising a great set of 15 cutting-edge research articles from 55 unique authors spanning 34 research institutes.
A breakthrough research project (with the WaLSA Team) presenting, for the first time, an observational evidence for a definite link between chromospheric activity (Alfvenic perturbations) and chemical composition variations in the corona.
A Nature Astronomy publication from the WaLSA Team, unveiling how the magnetic waves grow in strength as they propagate in the lower solar atmosphere.
Marco Stangalini of INAF/ASI (and of the WaLSA Team) explains about propagation of magnetohydrodynamic (MHD) waves in the atmosphere of one of the largest sunspots emerged onto the Sun's surface over the past 20 years. This work is a result of an international collaboration, including four members of the WaLSA Team.
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