Invited Speakers

Andres Asensio-Ramos
Gianna Cauzzi
Pradeep Chitta
Sanja Danilovic
Miho Janvier
Andreas Lagg
Juan Martinez-Sykora
Lei Ni
Tiago Pereira
Vanessa Polito
Nour-Eddine Raouafi
Alberto Sainz-Dalda
Alphonse Sterling
Shin Toriumi
Javier Trujillo-Bueno
Tom van Doorsselaere
Steven White



IRIS-9 // 25-29 June 2018 // Göttingen

The 9th IRIS workshop will be held from 25-29 June 2018 in Göttingen, Germany at the Max Planck Institute for Solar System Research (MPS).

The IRIS workshops promote the scientific achievments related to the Interface Region Imaging Spectrograph (IRIS). This mission combines  high-resolution UV spectrographic imaging with advanced numerical modeling in order to gain insight on how the solar atmosphere is energized.

Aims & Themes

The main goal for this upcoming meeting is to enhance the collaborative efforts that use IRIS together with ground-based observatories, in the visible, infrared and radio. Special emphasis will be paid to the upcoming facilities of DKIST, Parker Solar Probe and Solar Orbiter, and to the recent solar observations with ALMA.

If you are a ground-based observer, you do not have to have worked on IRIS data before to participate in the meeting. In fact, the workshop will begin with a one-day tutorial that will introduce what data IRIS provides, how to access and process them, and how to extract information on the physics of the atmosphere. The tutorials will also address the interests of ground-based observers, e.g. how to best coordinate their scientific efforts with IRIS observations. Another topic of discussion will be how ground-based observations could fill gaps in the scientific topics covered by IRIS, and how ground-based observations could best profit from the addition of IRIS data to enhance the scientific return.

Traditionally, modeling of the solar atmosphere has payed a  central role at IRIS workshops, and this one will be no exception.

The workshop will have the following scientific sessions:

  1. Fundamental physical processes and modeling
  2. Chromospheric heating and dynamics
  3. Magnetic coupling and mass flux through the atmosphere
  4. Eruptions in the solar atmosphere
  5. Opportunities and challenges
  6. Science together with future facilities

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