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RHESSI-20 Workshop: Preparing for the Next Decade in High-Energy Solar Physics Research

6–9 Jul 2021
Virtual
Europe/Rome timezone

Session

Plenary session

7 Jul 2021, 17:00
Virtual

Virtual

Connection details will be available soon

Conveners

Plenary session: Plenary session

  • Dale Gary

Presentation materials

pleanary_day1.mp4
  1. 72. The RHESSI Archiving Plan
    Dr Brian Dennis (Goddard Space Flight Center), Dr Kim Tolbert (America University)
    07/07/2021, 17:10
  2. 73. STIX Update
    Prof. Sam Krucker (FHNW)
    07/07/2021, 17:40
  3. 74. EOVSA Update: Science Highlights and Future Outlook
    Prof. Bin Chen (New Jersey Institute of Technology)
    07/07/2021, 18:10

    The Expanded Owens Valley Solar Array (EOVSA) continues to provide daily observations of the Sun in the 1–18 GHz microwave band. The daily multi-frequency full-disk images from EOVSA's pipeline have provided a unique context for supporting other missions including the Solar Orbiter and Parker Solar Probe. The full-resolution science data have offered spatially-resolved spectral diagnostics of...

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  4. 75. Artificial Intelligence and the analysis of solar flares data
    Prof. Michele Piana (Università di Genova)
    07/07/2021, 18:40

    This talk focuses on the exploitation of multi-energy and multi-modal space observations of solar flares by means of computational methods relying on artificial intelligence. Specifically, I will show that SDO/HMI magnetograms and machine learning can identify the magnetic properties that mostly impact the occurrence of extreme flaring events; that SDO/AIA EUV maps and image processing can...

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  5. 76. Using machine learning to calculate the information in flare ribbons
    Dr Brandon Panos (FHNW)
    07/07/2021, 19:10

    Shannon entropy is one of the fundamental concepts of information theory and allows us to quantify the uncertainty of a random variable. A strongly related quantity is called mutual information (MI), which is a measure of the shared information between two random variables, or equivalently, the decrease in uncertainty/entropy of one random variable based on the knowledge of another. We use...

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  6. 66. The SolFER DRIVE Center: Exploring Solar Flare Energy Release
    Prof. James Drake (University of Maryland)
    07/07/2021, 19:40
    Plenary session

    SolFER is a NASA funded DRIVE Science Center whose goal is to explore all
    aspects of Solar Flare Energy release. The Center includes 10
    institutions within the US as well as international collaborators. Our
    goal is a transformative advance in the understanding of explosive
    magnetic energy release and energetic particle production in the solar
    corona across a range of scales, from major...

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