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  • Conferences and Workshops

    The Institute for Materials Science hosts workshops and conferences to support the implementation of the Laboratory's materials strategy and promotes a strong sense of community among the Laboratory's materials researchers.

    Superconductor

    20 years of the 115's: past, present, and future

    The Institute for Materials Science convened a virtual workshop “20 years of the 115's: past, present, and future” on November 9th, 10th, and 12th, 2020 to review what we have learned from the 115 system, to learn the most recent developments, and to identify the open challenges for the future.

    Please visit the 115 workshop site for videos and full workshop information

    Quantumagain

    Quantum Matter Working Group

    Emerging problems in quantum materials

    The Institute for Materials Science is convening a “quantum matter working group” to work on emerging problems in quantum materials. We expect to build a fun and creative atmosphere for generating new ideas.

    Los Alamos National Laboratory has rich and diverse efforts in quantum materials including the 100 T pulsed magnetic field facility, the correlated f-electron materials group, ultrafast optics, topological materials, quantum information science, theory division, the Center for Integrated Nano-Technologies, the Center for Non-Linear Studies, and the IMS.

    Topical discussions will focus on research opportunities and problems in quantum entanglement in many-body systems and strongly correlated 2D materials.

    • Monica Allen – UCSD
    • Ehud Altman – Berkeley
    • Sasha Balatsky – UConn
    • Jonathan Denlinger – LBNL
    • Rebecca Flint – Ames
    • Israel Klich – U. Virginia
    • Rubi Km – LANL
    • Robert Konik – Brookhaven National Lab
    • Karyn Le Hur – Ecole Polytechnique CNRS
    • Matteo Mitrano – Harvard
    • Xavier Roy – Columbia
    • Allen Scheie – LANL
    • Qimiao Si – Rice
    • Alan Tennant – UTK
    • Alex Thomson – UC Davis
    • Angkun Wu – LANL
    • Yonglong Xie – Rice
    • Vivien Zapf – LANL
    • Peter Armitage - Johns Hopkins University - Energy relaxation in strongly correlated materials and opportunities with THz spectroscopies in high magnetic field
    • Cristian Batista - University of Tennessee Knoxville
    • Tarun Grover - University of California San Diego - Simulatable models of Quantum Criticality in Heavy Fermion Systems
    • Erik Henriksen - Washington University in St. Louis - Pursuing quantum spin liquid physics in the van der Waals material a-RuCl3
    • Chris Lane - Los Alamos National Laboratory - Dirac Fermions and Magnons in a Metal-Organic Framework 
    • Yongkang Luo - Huazhong University, Wuhan, China – Quantum criticality in quasi 1D Kondo lattice CeCo2Ga8
    • Vidya Madhavan - University of Illinois Urbana-Champaign
    • Joel Moore – University of California Berkeley - Theories of spin dynamics in the search for spin liquids on triangular and honeycomb lattices
    • Steve Nagler - Oak Ridge National Laboratory - The continuing saga of a-RuCl3
    • Satoru Nakatsuji - Department of Physics, Univ. of Tokyo, Japan - Topological Weyl antiferromagnets and their spintronics
    • Mike Norman - Argonne National Laboratory - Heisenberg-like dipolar fluctuations in the relaxor ferroelectric pyrochlore Cd2Nb2O7
    • Johanna Palmstrom – Los Alamos National Laboratory
    • Judit Romhanyi - University of California Irvine
    • Donna Sheng - California State University Northridge - Topological and Nematic Superconductivity by Doping Mott Insulators on Triangular Lattice
    • Mark Sherwin - University of California Santa Barbara - What can pulsed electron spin resonance teach us about quantum magnets?
    • Roser Valenti - Goethe University, Frankfurt, Germany - Kitaev material candidates RuX3 (X=Cl, Br, I): Two siblings - and a cousin?
    • Stephen Wilson - University of California Santa Barbara  - Kinetic and magnetic frustration on hexagonal lattices:  New phases in topological kagome metals and Jeff=1/2 triangular antiferromagnets
    • Linda Ye - Stanford University - Ni3In: a flat band-induced correlated metal
    Workshop for Additive Manufacturing 24

    Workshop For Additive Manufacturing (WAM)

    Additive  manufacturing (AM), commonly known as 3D printing, is a  rapidly-evolving technology with the potential to revolutionize the  design and manufacturing of complex parts.  Additive manufacturing  offers many advantages, including design freedom (e.g., customizability,  geometric complexity), reduced materials and costs, and faster  production times compared to traditional manufacturing methods (e.g.,  casting, machining). 

    The inaugural Workshop was held at Los Alamos National Laboratory, July 1 and 2, 2024

    Please view the full details of the event here