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Astrophysics and Astrononmy
WP10 Virtual Access
Natural Sciences (Astrophysics and Astrononmy)
Date of upload:
16.12.2020
Abstract:
Presentation of Workpackage 10 Virtual Access at Forum on Telescopes and Databases
Solarnet Access to High Performance Computing at CSCS
Natural Sciences (Astrophysics and Astrononmy)
Date of upload:
18.12.2020
Abstract:
Overview of the Solarnet access program to HPC with Piz Daint.
HELLRIDE: A test bench for the back-end of SPRING by Hemanth Pruthvi
Natural Sciences (Astrophysics and Astrononmy)
Date of upload:
12.04.2021
Co-author:
M.Roth, D. Soltau
Abstract:
HELLRIDE: A test bench for the back-end of SPRING
SUNRISE-III: EAST Trans-National-Access Program
Natural Sciences (Astrophysics and Astrononmy)
Date of upload:
16.12.2020
Co-author:
The Sunrise III consortium
Abstract:
Sunrise II will offer a fraction of the observing time within the Solarnet Trans-NAtional Access Program. This presentation is intended to present Sunrise to the Solarnet community.
WP4 Engagement, Dissemination and Communication 2nd General Assembly
Natural Sciences (Astrophysics and Astrononmy)
Date of upload:
11.02.2021
Abstract:
An overview of SOLARNET activities related to Engagement, Dissemination and Communication during 2020, and the plans for 2021
Report on Modular WFS: hardware implementation and integration of the WFS prototype
Natural Sciences (Astrophysics and Astrononmy)
Date of upload:
24.02.2021
Co-author:
G. Viavattene, F. Giorgi, I. Ermolli, A. Marassi, F. Pedichini, M. Stangalini
Abstract:
We report report on hardware implementation and integration of the modular WFS prototype (WP7.4)
WP3 Report 2021
Natural Sciences (Astrophysics and Astrononmy)
Date of upload:
12.02.2021
Abstract:
Report on activities carried out in WP3
WP6 Solarnet-GA 20210112
Natural Sciences (Astrophysics and Astrononmy)
Date of upload:
22.02.2021
Co-author:
Carlos Dominguez-Tagle, Michiel van Noort, Francesco Bianda, Michele Bianda and all WP6 participants
Abstract:
The progress of the Solarnet H2020 WP6 is presented. It consists of four tasks:
1.- Improvements of techniques of image slicers for 2D spectroscopy
2.- Microlens-fed spectrograph
3.- Design concept of a Narrow-Band Tunable-Filter for EST
4.- Absolute high precision polarization measurements
WP3 Report
Natural Sciences (Astrophysics and Astrononmy)
Date of upload:
11.02.2021
Abstract:
Report on the activities carried out in WP3
On automated flare detection: from science case to an operational method
Natural Sciences (Astrophysics and Astrononmy)
Date of upload:
03.03.2021
Co-author:
M. Korsós, R. Erdély
Abstract:
The presentation, starting from the description of the results obtained from the analysis of science cases, indicates the steps that are foreseen in order to broaden the analysis to a larger dataset and to apply the results to flare forecasting and flare detection.
A Prototype Lucky-Imaging pipeline at USET ROB
Natural Sciences (Astrophysics and Astrononmy)
Date of upload:
19.02.2021
Abstract:
In this presentation I provide an overview of the current status of prototype lucky-imaging pipeline developed at USET ROB. The pipeline produces solar images with an overall increased resolution compared to any of the input images.
Ongoing work on post focus instrumentation with IBIS 2.0
Natural Sciences (Astrophysics and Astrononmy)
Date of upload:
24.02.2021
Co-author:
G. Viavattene (1), I. Ermolli (1), R. Cirami (2), G. Calderone (2), D. Del Moro (3), P. Romano (4), I. Coretti (2), F. Giorgi (1 ), V. Baldini (2), P. Di Marcantonio (2), L. Giovannelli (3), S. L. Guglielmino (4), M. Murabito (1), M. Oliviero (5), F. Pedichini (1), R. Piazzesi (1), M. Aliverti (6), E. M. Redaelli (6), F. Berrilli (3), F. Zuccarello (7)
Abstract:
The Interferometric BIdimensional Spectrometer IBIS, which operated until 2019 at the Dunn Solar Telescope, is undergoing a hardware and software revision that will allow soon to perform new measurements of the magnetic and velocity fields in solar atmosphere at high spatial, spectral and temporal resolution. We present the opto-mechanical layout and control system for the new instrument, called IBIS 2.0, which have been developed to interface it to the Vacuum Tower Telescope, and describe future steps.
There are no posters within this category so far.
There are no papers within this category so far.