Physics-oriented single crystal growth is an important research direction of this group. Based on single crystals, combined with theoretical calculations and experimental measurements, many novel physical phenomena have been discovered. For example, KHgSb single crystal was synthesized for the first time, and a novel electronic state of "hourglass fermion" was discovered. The results are published in Science Advances; MoP single crystal was synthesized for the first time, and a "triple degenerate" fermion that broke through the traditional classification was discovered, and related results were published In Nature; synthesized high-quality Nb_{(2n +1)}Si_nTe_(4n+2), found a one-dimensional oriented massless Dirac fermion state, the related results are published in Nature Materials etc. In addition, the research group has grown a series of high-quality single crystal materials and is establishing a crystal growth database.

—  Display of photos for single crystals  —

Topological quantum materials

Heavy-fermion materials

5d transition metal materials

Other functional materials

—  Catalog of classification of single crystals  —

◎  Topoogical quantum materials

-●- WTe₂, 1T-MoTe₂, 2H-MoTe₂, PdTe₂, PtTe₂, IrTe₂, Ir_1-xPt_xTe₂, ZrTe₅, NiTe₂, Ag₂Te, TaIrTe₄, NbIrTe₄, Nb_2n+1Si_nTe_4n+3, Ta₃SiTe₆, Nb₃GeTe₆, Ta₃GeTe₆,

-●- Ag2Se, TaSe₃, NbSe₃, PbTaSe₂

-●- Bi₄Br₄

-●- BiTeI, Bi₂TeI, Ta₂Se₈I

-●- alpha-WP₂, beta-WP₂

-●- TaAs, NbP, Cd₃As₂, MoP, CoSi, ZrAs₂, CaAs₃, SrAs₃, CaAgP, CaAgAs, Ba₃Cd₂As₄

-●- cub-PtBi₂, hex-PtBi₂, PdSb₂, PdBi₂, Ca₂N, TiRhAs, TiRhP, Na₃Bi, Mg₃Bi₂, KMgBi, KHgSb, ZrSiS, ZrSiTe

-●- LaAlGe, CeAlGe, PrAlGe, NdAlGe

-●- HgCr₂Se₄, Co₃Sn₂S₂, Zr_1-xNb_xCo₂Sn, Mn₃Sn, Mn₃Ge

-●- EuB₆, CaB₆, LaB₆, TiB₂

-●- MnSb₂Te₄

-●- EuMnSb₂, EuMnBi₂, CaMnBi₂, BaMnBi₂, YbMnBi₂, SmAsS

-●- EuCd₂As₂, EuSn₂As₂, EuIn₂As₂, EuIn₂P₂, EuSn₂P₂, CeCo₂P₂, EuMg₂Bi₂

-●- LaSb, LaBi, YSb, YBi, CeSb, CeBi, ScSb, ScBi

-●- SrPb, SrSn, BaPb, Li₂Sn₅, Sr₂Pb₃, AlPd, RhSb, Au₂Pb

-●- YPdBi, DyPdBi, HoPdBi, ErPdBi, YbPdBi, YbPtBi, Ce₃Pd₃Bi₄, Ce₃Pt₃Bi₄

-●- LaSbTe, HoSbTe, GdSbTe

-●- FeSi, MnSi, MoB₂

◎  2D magnetic materials

-●- CrGeTe₃, CrSiTe₃, Fe₃GeTe₂, CeTe₂, CeTe₃, ErTe₃, NbFeTe₂, NbCoTe₂

-●- Fe₃Sn₂, FeSn

-●- CrCl₃, CrBr₃, CrI₃, VCl₃, VI₃, VI₂, alpha-RuCl₃,

-●- FeBr₂, NiCl₂, NiI₂, CoCl₂

-●- TaS₂, V₅S₈, VS₂, WS₂, CuInP₂S₆, MnPS₃, MnPSe₃, CuCrP₂S₆

-●- CeZn₃As₃, CeZn₃P₃, LnZn₃P₃

-●- PrPd_0.82Bi₂, NdPd_1-xBi₂, SmPd_1-xBi₂

-●- CeTe₃, PrTe₃, NdTe₃, SmTe₃

◎  Superconductors

-●- TaC, NbC

-●- ZrRuAs, HfRuP

-●- BaIr₂P₂, YFe₂Si₂

-●- Cd₂Re₂O₇, LaBiSO₂

-●- CaSn₃, Ca₃SnO

◎  Heavy-fermion materials

-●- CeCo₂Ga₈, PrCo₂Ga₈, CeCoInGa₃, NdFe₂Ga₈, LuOs₂Al₁₀

-●- CePd₂Al₈, Ce₂RhGa₁₂, NdFe₂Ga₈,

-●- YbOs₂Al₁₀, Yb₃Os₄Ge₁₃,

◎  Transition metals oxides

-●- Cu₂OSeO₃, CuTe₂O₅，MoO₃

-●- Sr₂IrO₄, Sr₃Ir₂O₇, SrIr₂O₆, Na₂IrO₃, alpha-Li₂IrO₃, MoO₃

-●- LiOsO₃, Ca₃LiOsO₆, NaOsO₃, Na₂OsO₄

◎  QUantum spin liquid and frustrated materials

-●- Cu₃Zn(OH)₆FCl, Cu₃Zn(OH)₆FBr, Cu_4-xZn_x(OH)₆FBr, Lu₃Cu₃(OH)₁₃Cl₈, Cu7(TeO₃)₂(SO₄)₂(OH)₆

◎  Other functional materials

-●- NbSe₂, VSe₂, TaAs₂, NbAs₂, TiSe₂

-●- BiCuSeO, BaCoSO, CaMgSiO₄

-●- SnS₂, SnS, CuIr₂S₄

-●- Eu₅Sn₂As₆, Eu₅InSb₆

-●- MoAl₃, NbAl₃, TaAl₃

-●- EuTe, SnSe, SnTe

Copyright © 2020-   EX10_IOPCAS | Designed by Tooplate.com