Deliverables

Deliverable Deliverable Name Work Package Lead Beneficiary Due Date Status
D1.1 Assessment of high-energy heavy ion operation in CHARM during CERN proton physics periods WP1 CERN 2024-06-30 Achieved
D2.1 Communication and dissemination plan WP2 CERN 2023-06-30 Achieved
D2.2 Exploitation and data management plan WP2 CERN 2023-12-31 Achieved
D2.3 Knowledge transfer turnover report WP2 CERN 2025-12-31 Pending
D2.4 Final report on communication, dissemination, outreach and exploitation WP2 CERN 2026-12-31 Pending
D3.1 Numerical characterization of the CHARM beamline and of detector response WP3 CERN 2024-12-31 Achieved
D3.2 Modelling of shielding materials and configurations for test setup standardisation WP3 GSI 2024-12-31 Achieved
D3.3 GCR/SPE simulator optimizer software WP3 GSI 2024-12-31 Achieved
D3.4 Demonstration of LET uncertainty reduction from simulations as a complement to experimental measurements WP3 CERN 2025-12-31 Pending
D4.1 Beam instrumentation for high-energy low intensity heavy ion beam characterization WP4 GSI 2023-12-31 Achieved
D4.2 Calibrated CERN beam instrumentation documented and installed in the accelerator WP4 CERN 2024-12-31 Achieved
D4.3 Experimental measurements on GSI beam instrumentation and dosimetry WP4 GSI 2025-12-31 Pending
D4.4 Documentation on the target station construction and use WP4 GSI 2025-12-31 Pending
D4.5 Report on microdosimetry for GRC simulator calibration WP4 GSI 2025-12-31 Pending
D4.6 Intercomparison between CERN and GSI instrumentation and standardisation WP4 CERN 2026-12-31 Pending
D5.1 Finalised list of beam parameter requirements concurring to establish a TRL 6-7 for the CHARM facility WP5 ADS 2023-06-30 Achieved
D5.2 Validation of beam parameter quality of CERN and GSI infrastructures for testing of electronics WP5 UNIPD 2025-08-31 Achieved
D5.3 Verification of the beam parameter suitability for testing 3D structures WP5 UNIPD 2025-12-31 Pending
D5.4 Verification of the compliance with beam parameter requirements and awarding of TRL 6-7 WP5 ADS 2025-12-31 Pending
D5.5 Implications of beam energy in single event testing for various levels of device integration WP5 UNIPD 2026-12-31 Pending
D5.6 Guideline on SEE qualification procedures for high complexity devices and board-level testing with VHE ion beams WP5 UNIPD 2026-12-31 Pending
D6.1 GCR/SPE simulator setup WP6 GSI 2024-12-31 Achieved
D6.2 Dosimetry of the GCR/SPE simulator with shielding WP6 GSI 2025-12-31 Pending
D6.3 Radiobiology of the GCR/SPE simulator with shielding WP6 GSI 2026-12-31 Pending
D7.1 Definition of extraction methodology for parallel use of the heavy ion beamline for different energies WP7 CERN 2023-12-31 Achieved
D7.2 Demonstration of the achievements in terms of beam parameters (energy, LET, range, size) WP7 CERN 2024-12-31 Achieved
D7.3 Established framework for user access to the CHARM ion facility WP7 CERN 2026-12-31 Pending
D8.1 Established framework for user access to the GCR/SPE simulator WP8 GSI 2026-12-31 Pending
D8.2 Installation plan for the GCR simulator in the CBM vault WP8 GSI 2026-12-31 Pending
D8.3 Preparation of the FAIR GCR simulator WP8 GSI 2026-12-31 Pending
D9.1 User interface tool for beam experimentation WP9 COSYLAB 2026-05-31 Pending
D9.2 User experiment lifecycle interface deployment WP9 COSYLAB 2026-12-31 Pending
Please use this open-access publication to reference the HEARTS project:
R. García Alía et al., "The HEARTS EU Project and its Initial Results on Fragmented High-Energy Heavy Ion Single Event Effects Testing", in IEEE TNS, doi:10.1109/TNS.2025.3530502.

The HEARTS project is funded by the European Union under Grant Agreement No. 101082402, through the Space Work Programme of the European Commission.
Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or European Commission. Neither the European Union nor the granting authority can be held responsible for them.