Spectroscopic and Thermodynamic Study of Quantum Materials

Department of Physics, Fudan University
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Muon Generation


Positron Angular Distribution


Single Crystalline CeRhIn5
LATEST NEWS
  - Sep. 2025 Q. Y. Long, J. L. Wang and A. R. Deng joined our group as PhD candidates.
  - Jul. 2025 K. W. Chen and Y. Wang published their work 'Effect of Pr-doping and oxygen vacancies on spin density wave in La3Ni2O7−δ: A μSR investigation.', Physical Review Research 7, L032014 (2025) as co-first authors.
  - Jun. 2025 X. Li published his work 'Isoelectronic Ga Substitution Effects on Antiferromagnetic Order in CeRh(In1-xGax)5', Chinese Physics Letters 42, 080704 (2025) as first author.
  - May. 2025 Dr. J. C. Jiao, Dr. K.W. Chen, and Dr. X. Li graduated from our group as PhD. B. L. Chen was awarded a Master's degree​. Congrats!
  - Apr. 2025 C. Y. Jiang published his work 'Persistent spin dynamics in the Ising triangular-lattice antiferromagnet Ba6Nd2Ti4O17', Physical Review B. 111, 155148 (2025) as first author.
  - Mar. 2025 X. Li published his work 'Coexisting superconductivity and magnetism in superconducting ferromagnet CeO0.5F0.5BiS2 investigated by muon spin rotation/relaxation', Physical Review B. 111, 104504 (2025) as first author.
  - Feb. 2025 Our work 'Evidence of spin density waves in La3Ni2O7-δ', was selected for the Physical Review Letters Collection of the Year 2024.
CURRENT RESEARCH PROJECTS
  - Local spin dynamics in spin frustrated magnets
  - Strongly correlated electron phenomena in heavy fermion systems
  - Time reversal symmetry breaking in unconventional superconductors
  - Pairing symmetry of novel superconductors
more»
"It's easy if you try."
-- John Lennon, 1971

Our research interests center on understanding the strongly correlated electron phenomena in novel d- and f-electron materials. These phenomena include superconductivity, magnetism, and effects arising from their interplay, heavy fermion behavior, and non-Fermi liquid behavior.

We primarily apply muon spin rotation/relaxation (μSR) to the study of local magnetic and electronic properties of materials. We have facilities for preparing and characterizing single/polycrystalline samples, and for measuring the transport, thermal and magnetic properties of these materials over a wide range of temperature and magnetic field.

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Updated on Jun. 2022.
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