26 citations · 26 across the 6 of their papers we have counts for
7 papers
Exotic metallic phase in a heterotic Kondo lattice: violation of Luttinger's theorem and absence of Kondo gap
Hanting Zhong, Shuxiang Yang, Chao Cao +3
Fermi surface transformation accompanied by quantum phase transition is widely observed in correlated electron systems including heavy fermion materials and van der Waals quantum h…
Coupled Spin-Density-Wave and Bond-Order Driven Metal-Insulator Transition in Altermagnetic CsCrSO
Chenchao Xu, Wansheng Bai, Guo-Xiang Zhi +4
A metal-insulator transition (MIT) driven by bond order (BO) coupled with a secondary spin-density wave (SDW) is identified in CsCrSO. Such coupling is enabled as a result…
Spin triplet pairing by suppressing altermagnetism
Xin Ma, Siqi Wu, Zilong Li +3
The interplay between unconventional superconductivity and altermagnetic order has attracted much attention. In particular, whether spin-triplet superconductivity can be achieved b…
Selective Kondo screening and strange metallicity by sliding Dirac semimetals
Hanting Zhong, Shuxiang Yang, Chao Cao +2
Kondo screening of local moments in normal metals typically leads to hybridized conduction and valence bands separated by a Kondo gap, resulting in an insulating state at half-band…
Pressure Induced Altermagnetism in Layered Ternary Iron-Selenides
Zilong Li, Xin Ma, Siqi Wu +3
Employing first-principles based calculations, we reexamined the high-pressure phases of the vacancy-ordered iron-selenides, i.e. A2Fe4Se5 phase. A magnetic transition from the blo…
AcNiO and LaNiOF ( = Sr, Ba): Benchmark Materials for Bilayer Nickelate Superconductivity
Siqi Wu, Zihan Yang, Xin Ma +5
We theoretically propose AcNiO, LaBaNiOF, and LaSrNiOF compounds to be benchmark materials for bilayer nickelate superconductivity. The stable p…
Altermagnetic Ground State in Distorted Kagome Metal CsCrSb
Chenchao Xu, Siqi Wu, Guo-Xiang Zhi +5
The CsCrSb exhibits superconductivity in close proximity to a density-wave (DW) like ground state at ambient pressure\cite{Liu:2024aa}, however details of the DW is still e…