SciTransfer
Organization

STIFTUNG INSTITUT FUR SONNENPHYSIK (KIS)

Germany's solar physics institute leading European Solar Telescope development and high-resolution Sun observation research infrastructure.

Research institutespaceDE
H2020 projects
4
As coordinator
1
Total EC funding
€3.1M
Unique partners
80
What they do

Their core work

KIS is Germany's dedicated solar physics research institute, based in Freiburg, focused on understanding the Sun through high-resolution observations and advanced telescope instrumentation. They play a central role in the development of the European Solar Telescope (EST), a flagship 4-meter facility on the ESFRI roadmap. Their work spans solar magnetism, radiation studies, and space weather — connecting fundamental astrophysics to practical concerns like Earth's climate and satellite operations. They also contribute to pan-European research infrastructure clusters linking astronomy, particle physics, and open science data systems.

Core expertise

What they specialise in

Solar physics and high-resolution solar observationprimary
3 projects

Core expertise demonstrated through PRE-EST, SOLARNET (as coordinator), and their broader solar telescope instrumentation work.

European Solar Telescope (EST) developmentprimary
2 projects

Directly involved in EST preparatory phase (PRE-EST) and led SOLARNET which integrates European solar physics infrastructure for the 4m EST.

Research infrastructure governance and ESFRI roadmap facilitiessecondary
3 projects

Participated in ASTERICS and ESCAPE clustering ESFRI infrastructures, and PRE-EST addressed ERIC governance and procurement for EST.

Open science and astronomical data managementsecondary
2 projects

ESCAPE focused on EOSC integration, virtual observatories, and open science for astronomy and particle physics infrastructures.

Space weather and solar-terrestrial interactionsemerging
1 project

SOLARNET keywords explicitly include space weather and Earth climate connections, signaling applied relevance beyond pure astrophysics.

Evolution & trajectory

How they've shifted over time

Early focus
Solar telescope planning and governance
Recent focus
Solar physics integration and space weather

KIS began its H2020 participation contributing to broad research infrastructure clustering (ASTERICS, 2015) and telescope planning (PRE-EST, 2017), with early keywords centered on governance, ERIC structures, procurement, and observatory coordination. By 2019, they had moved into a leadership role with SOLARNET, shifting focus toward the scientific substance — magnetism, radiation, astrophysics, and applied topics like space weather and Earth's climate. The trajectory shows a clear move from infrastructure planning participant to scientific integration leader.

KIS is consolidating its position as the coordinating hub for European solar physics, increasingly connecting fundamental solar research to applied domains like space weather forecasting and climate science.

Collaboration profile

How they like to work

Role: infrastructure_providerReach: European21 countries collaborated

KIS primarily participates as a partner in large ESFRI-scale consortia but has demonstrated coordination capability with SOLARNET — their largest project by far (EUR 2.3M). With 80 unique partners across 21 countries from just 4 projects, they operate in very large international networks typical of research infrastructure initiatives. This breadth signals an organization comfortable working in complex multi-national settings, making them a reliable partner for ambitious pan-European proposals.

KIS has built an extensive network of 80 partners across 21 countries through just 4 projects, reflecting their involvement in major ESFRI infrastructure clusters. Their reach spans nearly all of Europe and connects the astronomy, particle physics, and solar physics communities.

Why partner with them

What sets them apart

KIS is one of very few European institutes exclusively dedicated to solar physics, giving it deep specialization that generalist observatories or university departments cannot match. Their coordination of SOLARNET — the integrating activity for European solar physics — positions them as the natural nexus point for any consortium needing solar observation expertise. For partners building proposals around space weather, solar energy variability, or next-generation telescope instrumentation, KIS brings both the scientific depth and the established European network to anchor these efforts.

Notable projects

Highlights from their portfolio

  • SOLARNET
    Their flagship project as coordinator (EUR 2.3M) — the main integrating activity for high-resolution solar physics across Europe, directly feeding into the European Solar Telescope.
  • ESCAPE
    Connected KIS to the broader ESFRI ecosystem (SKA, CTA, KM3NeT, CERN) and EOSC, expanding their network well beyond solar physics into open science data infrastructure.
  • PRE-EST
    The preparatory phase for the 4-meter European Solar Telescope — a flagship ESFRI facility that represents the long-term strategic goal of KIS's work.
Cross-sector capabilities
Space weather monitoring and forecastingClimate science (solar radiation variability)Open science data infrastructure and EOSCPrecision optical instrumentation and telescope engineering
Analysis note: Strong profile despite only 4 projects — the keyword data is rich and the SOLARNET coordination role clearly establishes KIS's centrality in European solar physics. The only limitation is the relatively narrow H2020 footprint, but this reflects deep specialization rather than limited activity.