Hilbert modular form search results

Results (1-50 of 1072 matches)

 

Label	Base field	Field degree	Field discriminant	Level	Level norm	Weight	Dimension	CM	Base change
5.1-a	\(\Q(\sqrt{10}) \)	$2$	$40$	$[5, 5, w]$	$5$	$[2, 2]$	$4$		✓
10.1-c	\(\Q(\sqrt{10}) \)	$2$	$40$	$[10, 10, w]$	$10$	$[2, 2]$	$4$
9.1-b	\(\Q(\sqrt{41}) \)	$2$	$41$	$[9, 3, 3]$	$9$	$[2, 2]$	$4$		✓
9.1-a	\(\Q(\sqrt{53}) \)	$2$	$53$	$[9, 3, 3]$	$9$	$[2, 2]$	$4$		✓
7.1-c	\(\Q(\sqrt{57}) \)	$2$	$57$	$[7, 7, -2w - 7]$	$7$	$[2, 2]$	$4$
7.2-c	\(\Q(\sqrt{57}) \)	$2$	$57$	$[7,7,2w - 9]$	$7$	$[2, 2]$	$4$
9.1-e	\(\Q(\sqrt{15}) \)	$2$	$60$	$[9, 3, 3]$	$9$	$[2, 2]$	$4$		✓
9.1-f	\(\Q(\sqrt{15}) \)	$2$	$60$	$[9, 3, 3]$	$9$	$[2, 2]$	$4$
7.1-a	\(\Q(\sqrt{65}) \)	$2$	$65$	$[7, 7, w + 1]$	$7$	$[2, 2]$	$4$
7.1-b	\(\Q(\sqrt{65}) \)	$2$	$65$	$[7, 7, w + 1]$	$7$	$[2, 2]$	$4$
7.2-a	\(\Q(\sqrt{65}) \)	$2$	$65$	$[7,7,-w + 2]$	$7$	$[2, 2]$	$4$
7.2-b	\(\Q(\sqrt{65}) \)	$2$	$65$	$[7,7,-w + 2]$	$7$	$[2, 2]$	$4$
8.3-c	\(\Q(\sqrt{65}) \)	$2$	$65$	$[8, 8, w]$	$8$	$[2, 2]$	$4$
8.4-c	\(\Q(\sqrt{65}) \)	$2$	$65$	$[8,8,-w + 1]$	$8$	$[2, 2]$	$4$
9.1-d	\(\Q(\sqrt{65}) \)	$2$	$65$	$[9, 3, 3]$	$9$	$[2, 2]$	$4$
9.1-e	\(\Q(\sqrt{65}) \)	$2$	$65$	$[9, 3, 3]$	$9$	$[2, 2]$	$4$
9.1-f	\(\Q(\sqrt{65}) \)	$2$	$65$	$[9, 3, 3]$	$9$	$[2, 2]$	$4$
10.1-f	\(\Q(\sqrt{65}) \)	$2$	$65$	$[10, 10, w + 2]$	$10$	$[2, 2]$	$4$
10.2-f	\(\Q(\sqrt{65}) \)	$2$	$65$	$[10,10,-w + 3]$	$10$	$[2, 2]$	$4$
4.1-a	\(\Q(\sqrt{69}) \)	$2$	$69$	$[4, 2, 2]$	$4$	$[2, 2]$	$4$		✓
9.1-b	\(\Q(\sqrt{69}) \)	$2$	$69$	$[9, 3, 3]$	$9$	$[2, 2]$	$4$		✓
8.3-b	\(\Q(\sqrt{73}) \)	$2$	$73$	$[8, 8, 3w + 11]$	$8$	$[2, 2]$	$4$
8.4-b	\(\Q(\sqrt{73}) \)	$2$	$73$	$[8,8,-3w + 14]$	$8$	$[2, 2]$	$4$
9.2-c	\(\Q(\sqrt{73}) \)	$2$	$73$	$[9, 9, -2w + 9]$	$9$	$[2, 2]$	$4$
9.3-c	\(\Q(\sqrt{73}) \)	$2$	$73$	$[9,9,2w + 7]$	$9$	$[2, 2]$	$4$
5.1-a	\(\Q(\sqrt{19}) \)	$2$	$76$	$[5, 5, 2w + 9]$	$5$	$[2, 2]$	$4$
5.2-a	\(\Q(\sqrt{19}) \)	$2$	$76$	$[5,5,-2w + 9]$	$5$	$[2, 2]$	$4$
9.2-e	\(\Q(\sqrt{19}) \)	$2$	$76$	$[9, 9, -5w + 22]$	$9$	$[2, 2]$	$4$
9.3-e	\(\Q(\sqrt{19}) \)	$2$	$76$	$[9,9,5w + 22]$	$9$	$[2, 2]$	$4$
4.1-a	\(\Q(\sqrt{77}) \)	$2$	$77$	$[4, 2, 2]$	$4$	$[2, 2]$	$4$		✓
4.1-e	\(\Q(\sqrt{85}) \)	$2$	$85$	$[4, 2, 2]$	$4$	$[2, 2]$	$4$
9.1-c	\(\Q(\sqrt{85}) \)	$2$	$85$	$[9, 3, 3]$	$9$	$[2, 2]$	$4$		✓
9.1-d	\(\Q(\sqrt{85}) \)	$2$	$85$	$[9, 3, 3]$	$9$	$[2, 2]$	$4$		✓
9.2-f	\(\Q(\sqrt{85}) \)	$2$	$85$	$[9, 9, w + 3]$	$9$	$[2, 2]$	$4$
9.3-f	\(\Q(\sqrt{85}) \)	$2$	$85$	$[9,9,-w + 4]$	$9$	$[2, 2]$	$4$
9.2-c	\(\Q(\sqrt{22}) \)	$2$	$88$	$[9, 9, -4w + 19]$	$9$	$[2, 2]$	$4$
9.3-c	\(\Q(\sqrt{22}) \)	$2$	$88$	$[9,9,4w + 19]$	$9$	$[2, 2]$	$4$
5.1-a	\(\Q(\sqrt{89}) \)	$2$	$89$	$[5, 5, 4w - 21]$	$5$	$[2, 2]$	$4$
5.2-a	\(\Q(\sqrt{89}) \)	$2$	$89$	$[5,5,-4w - 17]$	$5$	$[2, 2]$	$4$
10.1-d	\(\Q(\sqrt{89}) \)	$2$	$89$	$[10, 10, -3w - 13]$	$10$	$[2, 2]$	$4$
10.4-d	\(\Q(\sqrt{89}) \)	$2$	$89$	$[10,10,3w - 16]$	$10$	$[2, 2]$	$4$
8.1-c	\(\Q(\sqrt{23}) \)	$2$	$92$	$[8, 4, -2w - 10]$	$8$	$[2, 2]$	$4$
4.1-b	\(\Q(\sqrt{93}) \)	$2$	$93$	$[4, 2, 2]$	$4$	$[2, 2]$	$4$		✓
7.1-a	\(\Q(\sqrt{93}) \)	$2$	$93$	$[7, 7, w - 6]$	$7$	$[2, 2]$	$4$
7.2-a	\(\Q(\sqrt{93}) \)	$2$	$93$	$[7,7,-w - 5]$	$7$	$[2, 2]$	$4$
9.1-a	\(\Q(\sqrt{93}) \)	$2$	$93$	$[9, 3, 3]$	$9$	$[2, 2]$	$4$
3.1-b	\(\Q(\sqrt{97}) \)	$2$	$97$	$[3, 3, 2w + 9]$	$3$	$[2, 2]$	$4$
3.2-b	\(\Q(\sqrt{97}) \)	$2$	$97$	$[3,3,-2w + 11]$	$3$	$[2, 2]$	$4$
6.2-c	\(\Q(\sqrt{97}) \)	$2$	$97$	$[6, 6, 5w + 22]$	$6$	$[2, 2]$	$4$
6.3-c	\(\Q(\sqrt{97}) \)	$2$	$97$	$[6,6,-5w + 27]$	$6$	$[2, 2]$	$4$