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Advanced Superconducting Materials

Advanced Superconducting Materials. Scientific context. State of the art research in:  Correlated electron physics: cuprates, TM oxides, pnictides, organic conductors, heavy fermions, etc.  New quantum phases : d-wave pairing, spin liquids, electronic liquid crystals,

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Advanced Superconducting Materials

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  1. Advanced Superconducting Materials

  2. Scientific context State of the art research in:  Correlated electron physics: cuprates, TM oxides, pnictides, organic conductors, heavy fermions, etc.  New quantum phases: d-wave pairing, spin liquids, electronic liquid crystals, stripes, orbital ordering, triplet localization, Luttinger, FFLO and BE condensation, etc.  Exotic superconductivity: cuprates,, pnictides, heavy-fermions

  3. An example of excellence URhGe:  Discovered in Grenoble (Dai Aoki, ERC 2010)  Extreme conditions of temperature and field  Collaboration INAC / Néel / LNCMI  Trained young researchers

  4. Application potential Tools and applications  Extreme conditions: Low temperatures, high magnetic fields, high pressures, atomic scale,…  Advanced instrumentation: X ray and neutron scattering, NMR, spectroscopy, nanosquid, magnetometry,…  Emergent applications: High Tc superconductors, multiferroics, thermoelectrics, graphene electronics etc. Potential for industrial users Potential for industrial applications

  5. Grenoble positioning •  Recognized know-how & excellence heritage in magnetism and superconductivity •  Benefit from European large-scale facilities (part of SNRI!) • (magnetic fields, synchrotron and neutron sources) •  Competitive and attractive at international level • (ANR & ERC grants, awards, publications, intal collaborations) •  Young permanent researchers • Strong Ongoing collaborations between INAC, I. Néel & LNCMI (3xA+): 90 joint publications in 2005-2010 • Local industrial interest (Nexans, Air Liquide, ..)  Equipex LaSUP

  6. LaSUP: Large Superconducting magnet User Platform Equipment 1: 8,5 T/800 mm NbTi magnet + test equipment superconductors Equipment 2: 15 T/300 mm Nb3Sn magnet + development HTSC inserts Equipment 3: 20 T/52 mm, 4K, 10 ppm magnet + 20 mK dilution refrigerator Equipment 4: 120 l/h helium liquefier + 6000 m3 gaz storage Total investment 9,5 M€

  7. LaSUP: 43 T/34 mm hybrid magnet 18 T/375 mm hybrid levitation station 18 T/375 mm hybrid test station superconductors 8.5 T/800 mm magnet Equipment 1bis Equipment 2bis 15 T/300 mm magnet magneto-science 30 T/34 mm Nb3Sn/HTSC all-SC magnet + 6 years operating cost as user platform

  8. Training, education, outreach, etc.  Hands on training of undergrad and graduate students  Regular thematic schools, HERCULES  Ongoing initiatives to improve visibility/attractivity (Website, seminars, 100 years of superconductivity...)  Planned initiatives for coherent teaching & training offer

  9. Concrete propositions  Centre for Applied Superconductivity; development, training, industrial collaborations, and commercialisation  ??

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