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Base field	Base field degree	Base field discriminant	CM	Field bad primes

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Results (1-50 of 65 matches)

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Label	Base field	Field degree	Field discriminant	Level	Level norm	Weight	Dimension	CM	Base change
1.1-a	$\Q(\sqrt{393}) $	$2$	$393$	$[1, 1, 1]$	$1$	$[2, 2]$	$2$
1.1-b	$\Q(\sqrt{393}) $	$2$	$393$	$[1, 1, 1]$	$1$	$[2, 2]$	$2$
1.1-c	$\Q(\sqrt{393}) $	$2$	$393$	$[1, 1, 1]$	$1$	$[2, 2]$	$5$	✓	✓
1.1-d	$\Q(\sqrt{393}) $	$2$	$393$	$[1, 1, 1]$	$1$	$[2, 2]$	$6$
1.1-e	$\Q(\sqrt{393}) $	$2$	$393$	$[1, 1, 1]$	$1$	$[2, 2]$	$16$		✓
2.1-a	$\Q(\sqrt{393}) $	$2$	$393$	$[2, 2, -17w - 160]$	$2$	$[2, 2]$	$6$
2.1-b	$\Q(\sqrt{393}) $	$2$	$393$	$[2, 2, -17w - 160]$	$2$	$[2, 2]$	$6$
2.2-a	$\Q(\sqrt{393}) $	$2$	$393$	$[2,2,17w - 177]$	$2$	$[2, 2]$	$6$
2.2-b	$\Q(\sqrt{393}) $	$2$	$393$	$[2,2,17w - 177]$	$2$	$[2, 2]$	$6$
3.1-a	$\Q(\sqrt{393}) $	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$2$
3.1-b	$\Q(\sqrt{393}) $	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$2$
3.1-c	$\Q(\sqrt{393}) $	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$2$
3.1-d	$\Q(\sqrt{393}) $	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$2$
3.1-e	$\Q(\sqrt{393}) $	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$2$
3.1-f	$\Q(\sqrt{393}) $	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$2$
3.1-g	$\Q(\sqrt{393}) $	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$4$
3.1-h	$\Q(\sqrt{393}) $	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$8$
3.1-i	$\Q(\sqrt{393}) $	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$8$
3.1-j	$\Q(\sqrt{393}) $	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$10$
4.1-a	$\Q(\sqrt{393}) $	$2$	$393$	$[4, 2, 2]$	$4$	$[2, 2]$	$2$
4.1-b	$\Q(\sqrt{393}) $	$2$	$393$	$[4, 2, 2]$	$4$	$[2, 2]$	$2$
4.1-c	$\Q(\sqrt{393}) $	$2$	$393$	$[4, 2, 2]$	$4$	$[2, 2]$	$5$
4.1-d	$\Q(\sqrt{393}) $	$2$	$393$	$[4, 2, 2]$	$4$	$[2, 2]$	$5$
4.1-e	$\Q(\sqrt{393}) $	$2$	$393$	$[4, 2, 2]$	$4$	$[2, 2]$	$11$		✓
4.1-f	$\Q(\sqrt{393}) $	$2$	$393$	$[4, 2, 2]$	$4$	$[2, 2]$	$11$		✓
4.2-a	$\Q(\sqrt{393}) $	$2$	$393$	$[4, 4, 165w + 1553]$	$4$	$[2, 2]$	$20$
4.3-a	$\Q(\sqrt{393}) $	$2$	$393$	$[4,4,-165w + 1718]$	$4$	$[2, 2]$	$20$
6.1-a	$\Q(\sqrt{393}) $	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$2$
6.1-b	$\Q(\sqrt{393}) $	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$2$
6.1-c	$\Q(\sqrt{393}) $	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$3$
6.1-d	$\Q(\sqrt{393}) $	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$3$
6.1-e	$\Q(\sqrt{393}) $	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$7$
6.1-f	$\Q(\sqrt{393}) $	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$7$
6.1-g	$\Q(\sqrt{393}) $	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$10$
6.1-h	$\Q(\sqrt{393}) $	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$10$
6.2-a	$\Q(\sqrt{393}) $	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$2$
6.2-b	$\Q(\sqrt{393}) $	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$2$
6.2-c	$\Q(\sqrt{393}) $	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$3$
6.2-d	$\Q(\sqrt{393}) $	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$3$
6.2-e	$\Q(\sqrt{393}) $	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$7$
6.2-f	$\Q(\sqrt{393}) $	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$7$
6.2-g	$\Q(\sqrt{393}) $	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$10$
6.2-h	$\Q(\sqrt{393}) $	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$10$
7.1-a	$\Q(\sqrt{393}) $	$2$	$393$	$[7, 7, -2w + 21]$	$7$	$[2, 2]$	$54$
7.1-b	$\Q(\sqrt{393}) $	$2$	$393$	$[7, 7, -2w + 21]$	$7$	$[2, 2]$	$74$
7.2-a	$\Q(\sqrt{393}) $	$2$	$393$	$[7,7,2w + 19]$	$7$	$[2, 2]$	$54$
7.2-b	$\Q(\sqrt{393}) $	$2$	$393$	$[7,7,2w + 19]$	$7$	$[2, 2]$	$74$
8.1-a	$\Q(\sqrt{393}) $	$2$	$393$	$[8, 4, -34w - 320]$	$8$	$[2, 2]$	$9$
8.1-b	$\Q(\sqrt{393}) $	$2$	$393$	$[8, 4, -34w - 320]$	$8$	$[2, 2]$	$9$
8.2-a	$\Q(\sqrt{393}) $	$2$	$393$	$[8,4,34w - 354]$	$8$	$[2, 2]$	$9$

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Results (1-50 of 65 matches)

This project is supported by grants from the US National Science Foundation, the UK Engineering and Physical Sciences Research Council, and the Simons Foundation.

Label	Base field	Field degree	Field discriminant	Level	Level norm	Weight	Dimension	CM	Base change
1.1-a	\(\Q(\sqrt{393}) \)	$2$	$393$	$[1, 1, 1]$	$1$	$[2, 2]$	$2$
1.1-b	\(\Q(\sqrt{393}) \)	$2$	$393$	$[1, 1, 1]$	$1$	$[2, 2]$	$2$
1.1-c	\(\Q(\sqrt{393}) \)	$2$	$393$	$[1, 1, 1]$	$1$	$[2, 2]$	$5$	✓	✓
1.1-d	\(\Q(\sqrt{393}) \)	$2$	$393$	$[1, 1, 1]$	$1$	$[2, 2]$	$6$
1.1-e	\(\Q(\sqrt{393}) \)	$2$	$393$	$[1, 1, 1]$	$1$	$[2, 2]$	$16$		✓
2.1-a	\(\Q(\sqrt{393}) \)	$2$	$393$	$[2, 2, -17w - 160]$	$2$	$[2, 2]$	$6$
2.1-b	\(\Q(\sqrt{393}) \)	$2$	$393$	$[2, 2, -17w - 160]$	$2$	$[2, 2]$	$6$
2.2-a	\(\Q(\sqrt{393}) \)	$2$	$393$	$[2,2,17w - 177]$	$2$	$[2, 2]$	$6$
2.2-b	\(\Q(\sqrt{393}) \)	$2$	$393$	$[2,2,17w - 177]$	$2$	$[2, 2]$	$6$
3.1-a	\(\Q(\sqrt{393}) \)	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$2$
3.1-b	\(\Q(\sqrt{393}) \)	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$2$
3.1-c	\(\Q(\sqrt{393}) \)	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$2$
3.1-d	\(\Q(\sqrt{393}) \)	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$2$
3.1-e	\(\Q(\sqrt{393}) \)	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$2$
3.1-f	\(\Q(\sqrt{393}) \)	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$2$
3.1-g	\(\Q(\sqrt{393}) \)	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$4$
3.1-h	\(\Q(\sqrt{393}) \)	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$8$
3.1-i	\(\Q(\sqrt{393}) \)	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$8$
3.1-j	\(\Q(\sqrt{393}) \)	$2$	$393$	$[3, 3, -842w + 8767]$	$3$	$[2, 2]$	$10$
4.1-a	\(\Q(\sqrt{393}) \)	$2$	$393$	$[4, 2, 2]$	$4$	$[2, 2]$	$2$
4.1-b	\(\Q(\sqrt{393}) \)	$2$	$393$	$[4, 2, 2]$	$4$	$[2, 2]$	$2$
4.1-c	\(\Q(\sqrt{393}) \)	$2$	$393$	$[4, 2, 2]$	$4$	$[2, 2]$	$5$
4.1-d	\(\Q(\sqrt{393}) \)	$2$	$393$	$[4, 2, 2]$	$4$	$[2, 2]$	$5$
4.1-e	\(\Q(\sqrt{393}) \)	$2$	$393$	$[4, 2, 2]$	$4$	$[2, 2]$	$11$		✓
4.1-f	\(\Q(\sqrt{393}) \)	$2$	$393$	$[4, 2, 2]$	$4$	$[2, 2]$	$11$		✓
4.2-a	\(\Q(\sqrt{393}) \)	$2$	$393$	$[4, 4, 165w + 1553]$	$4$	$[2, 2]$	$20$
4.3-a	\(\Q(\sqrt{393}) \)	$2$	$393$	$[4,4,-165w + 1718]$	$4$	$[2, 2]$	$20$
6.1-a	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$2$
6.1-b	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$2$
6.1-c	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$3$
6.1-d	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$3$
6.1-e	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$7$
6.1-f	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$7$
6.1-g	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$10$
6.1-h	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6, 6, -5w - 47]$	$6$	$[2, 2]$	$10$
6.2-a	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$2$
6.2-b	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$2$
6.2-c	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$3$
6.2-d	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$3$
6.2-e	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$7$
6.2-f	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$7$
6.2-g	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$10$
6.2-h	\(\Q(\sqrt{393}) \)	$2$	$393$	$[6,6,5w - 52]$	$6$	$[2, 2]$	$10$
7.1-a	\(\Q(\sqrt{393}) \)	$2$	$393$	$[7, 7, -2w + 21]$	$7$	$[2, 2]$	$54$
7.1-b	\(\Q(\sqrt{393}) \)	$2$	$393$	$[7, 7, -2w + 21]$	$7$	$[2, 2]$	$74$
7.2-a	\(\Q(\sqrt{393}) \)	$2$	$393$	$[7,7,2w + 19]$	$7$	$[2, 2]$	$54$
7.2-b	\(\Q(\sqrt{393}) \)	$2$	$393$	$[7,7,2w + 19]$	$7$	$[2, 2]$	$74$
8.1-a	\(\Q(\sqrt{393}) \)	$2$	$393$	$[8, 4, -34w - 320]$	$8$	$[2, 2]$	$9$
8.1-b	\(\Q(\sqrt{393}) \)	$2$	$393$	$[8, 4, -34w - 320]$	$8$	$[2, 2]$	$9$
8.2-a	\(\Q(\sqrt{393}) \)	$2$	$393$	$[8,4,34w - 354]$	$8$	$[2, 2]$	$9$