Materials

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

1,983 materials

Formula	Family	Tc max (K)	Tc ambient	Pairing	Phase	Flags	Discovery	Papers	Data
RuSr2(Gd0.75Ce0.25)2Cu2O10	cuprate	43.0	43.0	—	1222	ambient	2002	3	8/12
RuSr2Gd1.5Ce0.5Cu2O10	cuprate	43.0	43.0	—	—	ambientCDW/SDW	2002	5	7/12
Sr0.9Gd0.1CuO2	cuprate	43.0	43.0	—	infinite_layer	ambientunconv	2004	2	9/12
La_0.1Sr_0.9CuO_2	cuprate	43.0	43.0	s-wave	infinite_layer	ambientunconvCDW/SDW	2004	2	10/12
Nd0.2La2.8Ni2O7	nickelate	43.0	—	—	—	unconv	2026	1	7/12
La_2CuO_4+δ	cuprate	42.0	42.0	d-wave	cuprate_214	ambientunconvtopo2DCDW/SDW	1995	22	12/12
La$_{1.85}$Sr$_{0.15}$CuO$_4$	cuprate	42.0	42.0	d-wave	cuprate_214	ambientunconv	2000	4	10/12
La_2CuO_4.12	cuprate	42.0	42.0	—	cuprate	ambientunconvCDW/SDW	2000	1	9/12
Hg2Sr2YCu2O8-d	cuprate	42.0	42.0	—	2212	ambient	2002	3	8/12
Y0.9Ca0.1Ba2Cu3O6.3	cuprate	42.0	42.0	—	cuprate_123	ambient	2004	1	8/12
La_1.85Sr_0.15CuO_4	cuprate	41.0	41.0	d-wave	cuprate_214	ambientunconv2DCDW/SDW	1997	36	11/12
MgB_1.8C_0.2	—	41.0	41.0	—	—	ambient	2001	2	6/12
YBa_2(Cu_{1-x}Li_x)_3O_6.6	cuprate	41.0	41.0	d-wave	cuprate_123	ambientunconvCDW/SDW	2002	1	10/12
Hg2(Ba0.75Sr0.25)2(Y0.80Ca0.20)Cu2O8-d	cuprate	41.0	—	—	2212		2003	1	7/12
YBa_2Cu_3O_6.53	cuprate	41.0	41.0	d-wave	cuprate_123	ambientunconv	2003	2	10/12
NdBaCaCu3O7-d	cuprate	41.0	41.0	—	1113	ambient	2003	1	8/12
MgB2	mgb2	40.3	40.0	s-wave	—	ambient	2001	613	9/12
Mg^10B_2	—	40.2	40.2	—	—	ambienttopo	2001	6	9/12
La-Sr-Cu-O	cuprate	40.0	40.0	—	—	ambientunconv	1995	2	8/12
Cs_3C_60	fulleride	40.0	—	—	—		1996	1	5/12
La_(1-x)Sr_xCuO_2.5	cuprate	40.0	40.0	d-wave	cuprate_ladder	ambientunconv	1998	1	10/12
Ln_2-xSr_xCuO_4	cuprate	40.0	40.0	—	—	ambientunconv2D	2000	1	9/12
(Me_3)C_60	fulleride	40.0	40.0	—	—	ambient	2001	1	7/12
CoSr2(Y0.7Ca0.3)Cu2O7+d	cuprate	40.0	40.0	—	1212	ambient	2003	1	8/12
Sr_0.86Nd_0.14CuO_2	cuprate	40.0	40.0	—	cuprate_123	ambient	2003	2	8/12
Fullerene	—	40.0	40.0	—	—	ambient	2001	1	6/12
RuSr2(Gd,Ce)2Cu2O10+delta	cuprate	40.0	40.0	—	—	ambient	2002	1	10/12
A3C60	fulleride	40.0	40.0	—	—	ambient	2002	2	7/12
GdSr_2Ru_0.8Cu_2.2O_8	cuprate	40.0	40.0	—	—	ambient	2003	1	7/12
Me_nC_60	fulleride	40.0	40.0	—	—	ambient	2003	1	7/12
La_2-x(Ba,Sr)_xCuO_4-δ	cuprate	40.0	40.0	—	cuprate_214	ambient	2003	1	8/12
Me3C60	fulleride	40.0	40.0	—	—	ambient	2003	1	7/12
SmNiO2	nickelate	40.0	40.0	—	112	ambient	2026	1	8/12
Mg^10B^11B	—	39.9	39.9	s-wave	—	ambient	2001	1	8/12
GdSr_2Ru_0.95Cu_2.05O_8	cuprate	39.5	39.5	—	—	ambient	2003	1	7/12
Hg2(Ba0.85Sr0.15)2(Y0.80Ca0.20)Cu2O8-d	cuprate	39.5	—	—	2212		2003	1	7/12
Mg^11B_2	—	39.2	39.2	—	—	ambienttopo	2001	7	7/12
(Mg,Be)B2	—	39.0	39.0	—	1313	ambient	2001	1	7/12
MgB2-xCx	—	39.0	39.0	—	—	ambient	2001	6	6/12
MgB$_2$	—	39.0	39.0	s-wave	—	ambient2D	2001	6	8/12
YBa_2Cu_3O_6.50	cuprate	39.0	39.0	d-wave	cuprate_123	ambientunconvCDW/SDW	2001	7	10/12
La(2)CuO(4+x)	cuprate	39.0	39.0	—	cuprate_214	ambient	2002	1	8/12
Mg_0.995Al_0.005B_2	—	39.0	39.0	—	—	ambient2D	2001	1	7/12
Mg_0.975Al_0.025B_2	—	38.8	38.8	—	—	ambient2D	2001	1	7/12
Mg(B$_{0.9905}$C$_{0.0095}$)$_2$	—	38.6	38.6	—	—	ambient	2003	1	6/12
MgB(2)	—	38.5	38.5	—	—	ambient	2001	1	6/12
La_1.837Sr_0.163CuO_4	cuprate	38.5	38.5	—	—	ambientunconv	2002	1	8/12
Hg2(Ba0.8Sr0.2)2(Y0.80Ca0.20)Cu2O8-d	cuprate	38.5	—	—	2212		2003	1	7/12
La_1.84Sr_0.16CuO_4	cuprate	38.5	38.5	—	cuprate_214	ambient	2004	1	8/12
Mg_0.97Zn_0.03B_2	—	38.4	38.4	—	—	ambient	2001	2	6/12