News landing

HFM Annual Meeting (31.10.2023 – 02.11.2023)

The High Field Magnet Annual Meeting 2023 will be held from October 30 to November 2, 2023, at CERN, Geneva. The meeting will be an opportunity for the Collaboration to review activities, share results, build new collaborations, and solidify the vision of the future, post-LHC high-field accelerator magnets. The main goals of the meeting will…
RD0

RD0 – Management and communication RD0 includes the HFM Programme office The Programme Office manages all administrative and coordination aspects required by the HFM R&D Programme, including: – preparation and running of meetings, – budget and planning follow-up, – administrative and contractual follow-up of collaboration agreements, – reporting, documentation and archiving – creation and update…
High Field Accelerator Magnets – Roadmap Preparation Workshop (01.06.2021 and 03.06.2021)

High Field Accelerator Magnets – Roadmap Preparation Workshop (01.06.2021 and 03.06.2021) Workshop on High Field Accelerator Magnets – Roadmap Preparation June 1 and 3, 2021 Following the Workshop on the State-of-the-Art in High Field Accelerator Magnets (HFM)[1], focused on the identification of challenges and crucial technologies, we wish to continue the consultation process outlined by…
KEK

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University of Patras

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UNIGE

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TVEL

Camur dignissim enim esca molior persto vero. At dolor esse eu incassum jumentum. Accumsan esca gemino meus modo mos olim os praesent singularis. Lenis luctus probo te uxor vereor vulpes. In incassum lucidus luptatum mauris nunc persto vindico. Accumsan aptent duis erat immitto oppeto similis sit. Abigo camur eum jus qui uxor. Adipiscing appellatio brevitas…
RD6

RD6 – Scientific and Societal Impact Forum The main goals of the RD6 Line are: Maximize the output in terms of publications, synergies with others field, societal impact, and liaison with industries.
RD5

RD5 – Infrastructure and Measurement Techniques The main goals of the RD5 Line are: Developments of infrastructures and tooling required for the programme goals
RD4

RD4 – Integration, Sustainability The main goals of the RD4 Line are: Develop the cryogenic techniques, in synergy with magnet design; explore the 4.5 K option for Nb3Sn Develop novel protection systems to enhance magnet performance and related simulation tools Develop insulation and impregnation schemes compatible with novel concepts of protection and cooling Possible implementation…
RD3

RD3 – Nb3Sn Magnets The main goals of the RD3 Line are: Design and demonstrate short models main dipoles of 12 to 14 T operational fields, based on different designs Seek cost-effective engineering solutions, suitable for large-scale production Scale the most promising main dipole designs to 5 and 15 m
RD2

RD2 – HTS Conductors and HTS Technologies The main goals of the RD2 Line are: Procure conductors for the magnet program, including extensive characterization measurements. Present Focus is on ReBCO Develop ReBCO conductors in R&D laboratories Explore the potential of promising new materials, e.g. iron based superconductors Explore HTS magnet technology at for accelerator main…
RD1

RD1 – Nb3Sn Conductors The main goals of the RD1 Line are: Industrialize HFM R&D wires, including new suppliers, and reduce cost Perform R&D to increase Jc performance (to ~1500 A/mm2 at 16 T, i.e. ~25 % above state-of-the-art) Procure HL-LHC class wire and cable for the magnet program, including extensive characterization measurements
PSI

Body text collaborator 2
Long Term Goals of HFM

Mandate The particle physics community has been asked to ramp up its R&D effort focused on advanced accelerator technologies, in particular that for high-field superconducting magnets, including high-temperature superconductors Update of the European Strategy for Particle Physics (CERN/3493/C/Rev). In response to this request CERN, together with large national laboratories and other institutes, has initiated in…
KAT

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INFN

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Mandate

The particle physics community has been asked to ramp up its R&D effort focused on advanced accelerator technologies, in particular that for high-field superconducting magnets, including high-temperature superconductors Update of the European Strategy for Particle Physics (CERN/3493/C/Rev). In response to this request CERN, together with large national laboratories and other institutes, has initiated in 2021…
ETHZ

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CEA

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