The research focuses on the atmosphere of the Sun with its rich structure, dynamics, and variety of phenomena, as reveled by observations carried out with state-of-the-art space-born and ground-based telescopes. The research, which is carried out observational activities and analysis of data, also extends to investigation of heliophysics, by considering the impact of solar variability on Earth’s climate, space weather, and space climate.
– Plasma-magnetic field interplay in the solar atmosphere
– Solar variability and Earth’s climate
– Solar activity, space weather and space climate
– European Solar Telescope Project
– Synoptic solar observations
EST European Solar Telescope
EST is the 4-meter class solar telescope in the ESFRI 2016 Roadmap, to be located in the Canary Islands. It will be optimised for studies of the magnetic coupling between the deep photosphere and upper chromosphere. EST Conceptual Design was financed by the European Commission within the FP7. The project has involved 29 partners, plus 9 collaborating institutions, from 15 different countries. INAF-OAR contributed to the study of various parts of the telescope and lead the activities aimed at the definition of requirements and preliminary design of the observatory control and data handling. Since then, INAF-OAR has also contributed to the FP7 SOLARNET (2013-2017), which brings together and integrates the major European research infrastructures in the field of high-resolution solar physics, to the H2020 GREST (2016-2019), which is intended to take the European Solar Telescope (EST) to the next level of development by undertaking crucial activities to improve the performance of current state-of-the-art instrumentation, and to the H2020 PRE-EST (2017-2020) that will address the legal, financial, and socio-economic issues for the attainment of the EST in the next decade.
Read more at : http://www.solarnet-east.eu/
Read more at : www.est-east.eu
IBIS-A: The IBIS data Archive
The IBIS data Archive (IBIS-A) contains data acquired with IBIS (Interferometric BIdimensional Spectropolarimeter), an imaging spectro-polarimeter based on a dual Fabry-Perot interferometric system. The IBIS-A has been designed to realize the storage, the management, and the retrieval of the IBIS data through a VO compliant archive. Currently, IBIS-A includes 29 TB of data taken during 26 observing campaigns carried out from 2012 to 2019 on 152 days. The data are stored at the INAF OAR. INAF-OAR leads the IBIS-A will be soon integrated in the SOLARNET-SVO and US-VSO Virtual Solar Observatory archives. IBIS-A is realized in a joint effort of Italian research groups contributing to the SOLARNET project.
Read more at: http://ibis.oa-roma.inaf.it/IBISA/
Synoptic observations of the Sun
Exemple of full-disk images obtained with the PSPT (Precision Solar Photometric Telescope, left picture) at the INAF-OAR, at CaII K (393.3nm, middle picture) and Red continuum (607.2 nm, right picture).
INAF-OAR has operated the PSPT (Precision Solar Photometric Telescope) since July 1996 in the framework of projects aimed to understand the processes responsible for solar irradiance variations. The PSPT produces daily seeing-limited full-disk digital images various spectral bands, with a 0.1% pixel-to-pixel relative photometric precision. INAF-OAR also contributes to the digitization and analysis of the time series of historical full-disc solar observations taken over the last century, e.g. the CaII K and Hα spectroheliograms acquired from 1926 to 1974 at the G.B. Donati tower of the Arcetri Observatory, and from 1964 to 1979 at the equatorial spar of the Rome Observatory.
Study of the plasma-magnetic field interplay in the solar atmosphere
INAF-OAR leads a PRIN-INAF-2014 project that aims to acquire and analyse new multi-wavelength data taken with the IBIS (Interferometric BIdimensional Spectropolarimeter), one of the best existing imaging spectro-polarimeters. The analysis of the new data aims at advancing the understanding of the interplay between the plasma and the magnetic field in generating the heating and the evolution of the large-scale magnetic structures affecting the space weather.