Materials

Aggregated per-compound records: Tc, pairing, structure phase, competing orders, and literature coverage. Filters combine with AND semantics.

1,808 materials

Formula	Family	Tc max (K)	Tc ambient	Pairing	Phase	Flags	Discovery	Papers	Data
DyBa$_2$Cu$_3$O$_{7}$	cuprate	90.0	90.0	—	—	ambientunconv	2001	1	8/12
NdBa_2Cu_3O_{6+x}	cuprate	90.0	90.0	—	cuprate_123	ambient	2001	1	8/12
HoBa_2Cu_3O_{6+x}	cuprate	90.0	90.0	—	cuprate_123	ambient	2001	1	8/12
Tl_2Ba_2CaCu_2O_x	cuprate	90.0	90.0	—	cuprate_2212	ambientunconv	2002	1	9/12
WO_3 doped by small amount of Na	—	90.0	90.0	—	—	ambientunconv2D	2003	1	8/12
Y0.7Ca0.3Ba2Cu3O7-δ	cuprate	90.0	90.0	d-wave	Y-123	ambientunconv	2004	1	10/12
YBaSrCu3O7-d	cuprate	89.7	89.7	—	—	ambient	2003	1	7/12
Y_1-xCa_xBa_2Cu_3O_7-δ	cuprate	89.5	89.5	d-wave	cuprate_123	ambientunconv	1999	5	10/12
GdBa2Cu3O6+x	cuprate	89.4	89.4	—	cuprate_123	ambientunconv	2000	1	9/12
GdBa2Cu3O6.5	cuprate	89.4	89.4	—	—	ambient	1998	1	7/12
YBa_2(Cu_0.994Zn_0.006)_3O_6.9	cuprate	89.2	89.2	d-wave	cuprate_123	ambientunconv	1997	2	10/12
HgBa_2CuO_4.108	cuprate	89.1	89.1	—	—	ambientunconv2D	1999	2	9/12
CaCuO_2	cuprate	89.0	89.0	—	—	ambientunconv2D	1997	4	9/12
YBa2Cu3O6.993	cuprate	89.0	89.0	d-wave	cuprate_123	ambientunconv	1998	5	10/12
Y_1-xPr_xBa_2Cu_3O_7	cuprate	89.0	89.0	—	cuprate_123	ambientunconv	1999	7	9/12
(Pb,Bi)2Sr2CaCu2O8+δ	cuprate	89.0	89.0	—	2212	ambientunconv	2001	6	9/12
Gd_xY_1-xBa_2Cu_3O_6+y	cuprate	89.0	89.0	—	—	ambientunconv	2003	1	8/12
Bi_2Sr_2Ca_1-xDy_xCu_2O_8+δ	cuprate	89.0	89.0	d-wave	—	ambientunconv	1996	2	9/12
YBa_2Cu_3O_7-	cuprate	89.0	89.0	—	cuprate_123	ambientunconv	1998	1	9/12
YBa_2Cu_3O_6.85	cuprate	89.0	89.0	d-wave	cuprate_123	ambientunconv2DCDW/SDW	1999	8	11/12
Bi$_2$Sr$_2$CaCu$_2$O$_y$	cuprate	89.0	89.0	—	—	ambient	2001	2	7/12
Bi(2)Sr(2)CaCu(2)O(8)	cuprate	89.0	89.0	—	2212	ambient	2002	1	8/12
YBa_2(Cu_0.997Zn_0.003)_3O_7-y	cuprate	88.9	88.9	—	cuprate_123	ambientunconv	1997	1	9/12
HgBa_2CuO_4.066	cuprate	88.5	88.5	—	cuprate_1201	ambientunconv2D	2003	2	10/12
YBa2(Cu0.99Ni0.01)3O6.95	cuprate	88.0	88.0	d-wave	cuprate_123	ambientunconvCDW/SDW	2001	1	10/12
Bi_2Sr_2Ca_0.75Pr_0.25Cu_2O_8	cuprate	88.0	88.0	—	—	ambientunconv	2001	3	8/12
DyBa2Cu3O7-d	cuprate	88.0	88.0	d-wave	cuprate_123	ambientunconv2D	1997	11	11/12
Bi_2-xPb_xSr_2CaCu_2O_8+δ	cuprate	88.0	88.0	—	2212	ambientunconv	1999	3	10/12
Bi2Sr2Ca0.8Y0.2Cu2O8+d	cuprate	88.0	88.0	—	—	ambientunconv	1999	2	8/12
Bi_2Sr_1.9CaCu_1.8O_8+x	cuprate	88.0	88.0	—	—	ambientunconvtopo	2001	1	9/12
Bi_2Sr_2Ca_0.9Er_0.1Cu_2O_8	cuprate	87.0	87.0	—	2212	ambientunconv	1999	3	9/12
Bi_2SrCaCu_2O_8	cuprate	87.0	87.0	—	—	ambient2D	1998	1	8/12
Bi_2Sr_2Ca_0.91Gd_0.09Cu_2O_8+δ	cuprate	87.0	87.0	—	Bi2212	ambient	2003	1	8/12
YBa2(Cu0.995Zn0.005)3O7	cuprate	87.0	87.0	d-wave	cuprate_123	ambientunconvCDW/SDW	1998	2	10/12
2212-BSCCO	—	87.0	87.0	d-wave	2212	ambientunconv	2000	2	10/12
Bi$_2$Sr$_2$Ca$_{0.8}$Y$_{0.2}$Cu$_2$O$_{8+δ}$	cuprate	87.0	87.0	—	2212	ambient	2000	1	8/12
YBa_2Cu_3O_6.81	cuprate	87.0	87.0	—	cuprate_123	ambientunconv2D	2002	3	10/12
Bi_2.12Sr_1.9Ca_1.2Cu_1.96O_8+x	cuprate	86.9	86.9	—	—	ambientunconv	2002	2	8/12
Ho_1 Ba_2 Cu_3 O_7-x	cuprate	86.8	86.8	—	123	ambient	1998	1	8/12
Bi_2Pb_0.2Sr_2Ca Cu_2O_8	cuprate	86.7	86.7	—	Bi-2212	ambientunconv	2003	1	9/12
Bi_2Sr_2CaCu_20_8	—	86.7	86.7	—	—	ambientunconv	1996	3	7/12
Y0.9Pr0.1Ba2Cu3O7	cuprate	86.3	86.3	—	cuprate_123	ambientunconv	1997	2	9/12
Bi₂Sr₂CaCu₂O₈+δ	cuprate	86.3	86.3	—	2212	ambient	1999	1	9/12
Bi2Sr2Ca0.9Pr0.1Cu2O8+y	cuprate	86.0	86.0	—	—	ambientunconv	2002	2	8/12
BiSrCaCuO 2212	cuprate	86.0	86.0	—	2212	ambient2D	2000	1	9/12
Bi_2.12Sr_1.71Ca_1.22Cu_1.95O_8+δ	cuprate	85.7	85.7	—	—	ambient	2003	2	7/12
Y_0.8Ca_0.2Ba_2Cu_3O_7-δ	cuprate	85.5	85.5	—	cuprate_123	ambientunconv2D	2000	4	10/12
Y_0.9Ca_0.1Ba_2Cu_3O_7	cuprate	85.5	85.5	d-wave	—	ambientunconv2DCDW/SDW	2003	3	10/12
BiSr_2Ca_1-yPr_yCu_2O_8	cuprate	85.4	85.4	—	cuprate_2212	ambient	2002	3	8/12
YBa_2(Cu_1-x_nLi_x_n)_3O_6+y	cuprate	85.3	85.3	d-wave	cuprate_123	ambientunconv	1999	2	10/12