Owner: German-Spanish-American consortium led by Max-Planck Institute for Solar System Research (MPS)
With its aperture of 1 meter and nearly 25 meters focal length, the SUNRISE telescope uses innovative mirror technologies, active in-flight alignment and image stabilization systems. Thanks to its high spatial resolution of less than one tenth of an arcsecond, the telescope is capable of resolving structures smaller than 100 km on the solar surface.
The first two flights of SUNRISE took place in June 2009 and June 2013 from Kiruna (Sweden) to the northern coast of Canada with an approximate duration of five and a half days each. The observatory carried two post-focal instruments: SuFI (Sunrise Filter Imager) and IMaX (Imaging Magnetograph eXperiment), an UV camera and an imaging spectropolarimeter.
The third edition of the mission is being prepared for June 2022 and includes Japanese contributions. While keeping the basics of the telescope and the instrument platform, SUNRISE will be provided with a new gondola system and three new post-focal instruments: SuSI (Sunrise Spectropolarimeter and Imager), SCIP (Sunrise Chromospheric Infrared Polarimeter), and TuMag (Tunable Magnetograph), two slit-spectrograph-based and one filtergtaph-based spectropolarimeters working at UV, IR, and visible wavelengths, respectively.