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SCIENTIFIC HIGHLIGHTS

Jan.15,2026

Magnetic coupling-directed photoluminescence in phase-engineered cesium manganese bromide nanocrystals for high-resolution X-ray imaging

On January 13, Professor Liu Chao from Wuhan University of Technology, a user of the National Pulsed High Magnetic Field Science Center, achieved significant breakthroughs in the controllable synthesis of lead-free Mn-based halide nanocrystals, the mechanism of magnetic coupling-regulated photoluminescence, and their application in high-performance X-ray imaging. The related research results we...

  • Nov.13,2025

    Correlation between H-linear magnetoresistance and T-linear resistivity in the strange-metal state

    On November 12, Physical Review B published online the collaborative research results of Professor Jin Kui from the Institute of Physics, Chinese Academy of Sciences, a user of the National Pulsed High Magnetic Field Science Center, and Nankai University. The paper is titled "Correlation between H-linear magnetoresistance and T-linear resistivity in the strange-metal state". Relying on the Puls...

  • Nov.06,2025

    Magnetoactive bistable soft actuators for programmable large shape transformations at low magnetic fields

    On November 5, Professor Li Liang's team from the National Pulsed High Magnetic Field Science Center and the School of Electrical and Electronic Engineering at Huazhong University of Science and Technology made significant progress in the field of magnetically controlled soft actuators. They overcame the bottleneck problem of the "strong correlation between deformation amplitude and magnetic fi...

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USER FACILITIES
  • Magnet Development
    The objective of the magnet development is to provide the highest pulsed magnetic fields and different magnetic field waveforms for scientific research.

    94.8 T

    The highest magnetic field

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  • Cryogenics
    The cryogenic system provides the low-temperature conditions for scientific measurements, the lowest temperature with a He3 system is 500 mK.

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    temperature
  • Measurement Techniques
    The WHMFC has thirteen user facilities located on our campus. Researcher from across the world come to the WHMFC to use our magnets free of charge.

    13

    Measurement techniques

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