1. JRA10 Instrumentation for Precise Nuclear Measurements with Trapped Ion Techniques Ari.Jokinen@phys.jyu.fi

2. Core activity of JRA10 Different methods and facilities: JYFLTRAP, ISOLTRAP, ESR, SHIPTRAP JYFL, GSI, ISOLDE-CERN Nuclear spectroscopy Higher beam intensities New ion species Isobaric/isomeric pure beams Accuracy Performance Nuclear structure Nuclear astrophysics Mass models and data libraries Fundamental interactions and symmetries Further exploitation of ion trapping in nuclear physics Accurate measurements for a vast range of exotic nuclei Development of innovative techniques of trapped and stored ions:

3. JYFLTRAP (JYU) SHIPTRAP (GSI, Giessen Univ.) FRS-ESR (GSI, Giessen Univ.) TRIGA (Mainz Univ.) ISOLTRAP/CERN (Greifswald Univ.) Mass-resolved decay spectroscopy FT-ICR detection techniques TOF detector system for Isochronous Mass Spectrometry Very short-lived nuclei Radionuclides produced at reactor FT-ICR detection techniques Implementation of new storage techniques, e.g. electrostatic ion trap for fast isobaric cleaning Exotic isotopes and isomers of refractory elements Trap-assisted spectroscopy P-capture-, p- and r-processes rp- and p-processes short-lived r-process nuclei r-process Innovative techniques to be developed Benefits for astrophysics Facilities

4.  Unique JRA on precision experiments of stored ions by leading European groups (ESR, ISOLTRAP, JYFLTRAP, SHIPTRAP)  TNA facilities (GSI, ISOLDE-CERN,JYU)  Utilizes European synergy to develop innovative techniques  Collaboration with Titan/TRIUMF (Canada), CPT/ANL and Lebit/MSU (USA) and SlowRi/RIKEN (Japan)  Provides extended opportunities to the user community dealing with and contributing to:  Nuclear structure  Nuclear astrophysics  Mass models and data libraries  Fundamental interactions and symmetries  Further exploitation of ion trapping in nuclear physics JRA10: Summary