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本帖最后由 gaoxiaounion 于 2021-10-15 09:42 编辑 : q, C' {: e! i0 h
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复旦 向红军
& T4 p7 L) n, }Hongjun Xiang [2021]
" n" b- Q7 ?0 ^' c/ ]; OFudan University
% m7 b! m) N( A$ o- [; }Citation: For elucidating microscopic mechanisms in novel magnets, ferroelectrics, and multiferroics, and for developing new theoretical models and computational methods to study these materials.
$ L, h- x& @7 L! X i7 _Nominated by: DCOMP
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( v& Y) \( C1 ?清华 姚宏
, i5 v4 v0 x- |; c9 @3 OHong Yao [2021] S6 I& _6 y, h
Tsinghua University
4 D6 l- O0 o7 p% d" |Citation: For fundamental contributions to the theory of quantum phases of matter, novel quantum critical phenomena, and their realization in quantum materials.: B9 u9 R$ U# z0 ]; T7 v
Nominated by: DCMP7 G( P9 B- M* I8 a' [; A
% ~- I& Y3 K3 B浙大 袁辉球
. Y2 s3 Q. P% e$ IHuiqiu Yuan [2021]
' m+ \' t7 ?) SZhejiang University v# j6 q5 Y& G8 J& a7 B- J
Citation: For outstanding contributions to the research areas of unconventional superconductivity, quantum criticality, topological materials with strong electronic correlations, and superconductors with broken inversion/time-reversal symmetry.0 K( R. H8 o! b) ]0 u, V' @8 P
Nominated by: DCMP# T- H! }5 i1 A1 {. O$ R
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Bei Zeng [2021]
& c _+ O5 S: i* s# h9 iThe Hong Kong University of Science and Technology+ q& J# l6 b6 O! `
Citation: For pioneering work and contributions in quantum information science (QIS), including error correction and fault-tolerance, many-body entanglement, quantum tomography, quantum marginals, and QIS applications in quantum matter, and for her long-term contribution to QIS services and education.
' |; V- U3 X" e, ?9 A1 X" n$ V5 ANominated by: DQI* B6 a+ {5 I A) y9 R. ~, |
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