structure to synthesize novel materials. At GSI, heavy-ion beams delivered by the SIS-18 accelerator (and in the future by SIS-100) can penetrate through several mm of a diamond anvil cell (DAC) and deposit

synchrotron SIS and the experimental storage-cooler ring ESR. Ions of all elements, from hydrogen to uranium, can be accelerated up to momenta given by the 18 Tm maximum rigidity of the SIS. Even for uranium

facilities to be used by SPARC at FAIR: SIS100 (synchrotron with a maximum magnetic rigidity of 100 Tm) APPA cave (high energy single pass experiments at SIS100) HESR (high energy experimental storage [...] and to the transfer of CRYRING to the current ESR . Whereas the high energy APPA cave offers direct SIS100 beams of highly charged heavy ions up to 10 GeV/u, HESR can store cooled beams at energies of up

APPA Cave: P.-M. Hillenbrand HESR: Th. Stöhlker Y. Litvinov CRYRING: M. Lestinsky HITRAP: F. Herfurth SIS100: D. Winters Collaboration Secretary Lea Wunderlich (GSI)

experimental facilities to be used by SPARC at FAIR-MSV: APPA cave (high energy single pass experiments at SIS100) HESR (high energy experimental storage ring, maximum magnetic rigidity of 50 Tm) ESR (experimental [...] rigidity of 1.4 Tm) HITRAP (trapping and low energy beam facility for highly charge ions at the ESR) SIS100 (synchrotron with a maximum magnetic rigidity of 100 Tm) Delivery of SPARC equipment at GSI/FAIR

few-electron systems at low temperatures. Highly charged ions are accelerated in the heavy-ion synchrotron SIS, stripped in a foil to the desired charge state and injected into the storage ring ESR. In the ESR

Torilov „suspended“ St. Petersburg State University Dr. Günter Weber HI Jena Dr. Danyal Winters SIS100/SIS18 Prof.Dr. Takayuki Yamaguchi Saitama University Prof.Dr. Yuhu Zhang Institute of Modern Physics

C. Kleffner (GSI), A. Reiter (GSI), U. Ratzinger(IAP) DESIGN STATUS OF THE FAIR SYNCHROTRONS SIS100 AND SIS300 AND THE HIGH ENERGY BEAM TRANSPORT SYSTEM P. J. Spiller (GSI), U. Blell (GSI), O. Boine-F [...] Scintillating Screen Applications in Beam Diagnostics B. Walasek-Höhne (GSI) Beam Diagnostic Layout for SIS100 at FAIR M. Schwickert (GSI), P. Forck (GSI), T. Hoffmann (GSI), P. Kowina (GSI), H. Reeg (GSI) Sem-Grid [...] (GSI), W. Ensinger (TU Darmstadt) HB 2010 in Morschach Observation of Space Charge Effects on Tune at SIS-18 with New Digital Base Band Tune Measurement System R. Singh (GSI), P. Forck (GSI), P. Kowina (GSI)

SPARC LoI 2004/04/25: Letter of Intent for SPARC 2004/04/14: Letter of Intent for laser cooling at SIS100/300 2004/02/23: Letter of Intent for FLAIR Technical Design Reports 2020/10: Technical Report For [...] the Design, Construction and Commissioning of the SPARC laser systems for laser cooling at the FAIR SIS100 2018/11/01: Technical Design Report: The CRYRING Internal Jet Target 2018/05/20: Technical Design

gas monitor. For all ion species with energies above 50 MeV/u slowly extracted from the synchrotron SIS a classical viewing screen system is used. Three different target materials have been investigated