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Lowest zero	Conductor	Analytic conductor	Central character	Analytic rank

Degree	Bad $p$	Root analytic conductor	Motivic weight	Spectral label

Root angle	Primitive	Origin	Exclude origin	Self-dual

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Label	$\alpha$	$A$	$d$	$N$	$\chi$	$\nu$	$w$	prim	arith	$\operatorname{Arg}(\epsilon)$	$r$	First zero	Origin
2-253-11.10-c2-0-0	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.165$	$0$	$0.0881367$	Modular form 253.3.c.a.208.4
2-253-11.10-c2-0-1	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.190$	$0$	$0.117959$	Modular form 253.3.c.a.208.9
2-253-11.10-c2-0-10	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.100$	$0$	$0.662975$	Modular form 253.3.c.a.208.14
2-253-11.10-c2-0-11	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.400$	$0$	$0.709366$	Modular form 253.3.c.a.208.33
2-253-11.10-c2-0-12	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.101$	$0$	$0.710637$	Modular form 253.3.c.a.208.15
2-253-11.10-c2-0-13	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.101$	$0$	$0.830880$	Modular form 253.3.c.a.208.30
2-253-11.10-c2-0-14	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.0763$	$0$	$0.831524$	Modular form 253.3.c.a.208.42
2-253-11.10-c2-0-15	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.476$	$0$	$0.840097$	Modular form 253.3.c.a.208.38
2-253-11.10-c2-0-16	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.373$	$0$	$1.08764$	Modular form 253.3.c.a.208.35
2-253-11.10-c2-0-17	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.145$	$0$	$1.15786$	Modular form 253.3.c.a.208.24
2-253-11.10-c2-0-18	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.0932$	$0$	$1.35177$	Modular form 253.3.c.a.208.43
2-253-11.10-c2-0-19	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.171$	$0$	$1.52596$	Modular form 253.3.c.a.208.27
2-253-11.10-c2-0-2	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.0763$	$0$	$0.123488$	Modular form 253.3.c.a.208.3
2-253-11.10-c2-0-20	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.00176$	$0$	$1.53867$	Modular form 253.3.c.a.208.20
2-253-11.10-c2-0-21	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.400$	$0$	$1.55408$	Modular form 253.3.c.a.208.12
2-253-11.10-c2-0-22	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.175$	$0$	$1.63768$	Modular form 253.3.c.a.208.29
2-253-11.10-c2-0-23	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.145$	$0$	$1.65370$	Modular form 253.3.c.a.208.21
2-253-11.10-c2-0-24	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.305$	$0$	$1.68496$	Modular form 253.3.c.a.208.37
2-253-11.10-c2-0-25	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.281$	$0$	$1.75878$	Modular form 253.3.c.a.208.40
2-253-11.10-c2-0-26	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.190$	$0$	$1.82611$	Modular form 253.3.c.a.208.36
2-253-11.10-c2-0-27	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.0938$	$0$	$1.83555$	Modular form 253.3.c.a.208.26
2-253-11.10-c2-0-28	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.281$	$0$	$1.83644$	Modular form 253.3.c.a.208.5
2-253-11.10-c2-0-29	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.100$	$0$	$1.93971$	Modular form 253.3.c.a.208.31
2-253-11.10-c2-0-3	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.255$	$0$	$0.141652$	Modular form 253.3.c.a.208.34
2-253-11.10-c2-0-30	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.305$	$0$	$1.94492$	Modular form 253.3.c.a.208.22
2-253-11.10-c2-0-31	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.175$	$0$	$1.95326$	Modular form 253.3.c.a.208.16
2-253-11.10-c2-0-32	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.00176$	$0$	$2.01229$	Modular form 253.3.c.a.208.25
2-253-11.10-c2-0-33	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.0938$	$0$	$2.03120$	Modular form 253.3.c.a.208.19
2-253-11.10-c2-0-34	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.165$	$0$	$2.14932$	Modular form 253.3.c.a.208.41
2-253-11.10-c2-0-35	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.413$	$0$	$2.17960$	Modular form 253.3.c.a.208.6
2-253-11.10-c2-0-36	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.171$	$0$	$2.23776$	Modular form 253.3.c.a.208.18
2-253-11.10-c2-0-37	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.305$	$0$	$2.25396$	Modular form 253.3.c.a.208.8
2-253-11.10-c2-0-38	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.476$	$0$	$2.27360$	Modular form 253.3.c.a.208.7
2-253-11.10-c2-0-39	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.482$	$0$	$2.28592$	Modular form 253.3.c.a.208.13
2-253-11.10-c2-0-4	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.482$	$0$	$0.446871$	Modular form 253.3.c.a.208.32
2-253-11.10-c2-0-40	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.373$	$0$	$2.34341$	Modular form 253.3.c.a.208.10
2-253-11.10-c2-0-41	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.432$	$0$	$2.58129$	Modular form 253.3.c.a.208.17
2-253-11.10-c2-0-42	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.255$	$0$	$2.69562$	Modular form 253.3.c.a.208.11
2-253-11.10-c2-0-43	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.338$	$0$	$2.79961$	Modular form 253.3.c.a.208.1
2-253-11.10-c2-0-5	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.0932$	$0$	$0.504624$	Modular form 253.3.c.a.208.2
2-253-11.10-c2-0-6	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.432$	$0$	$0.530076$	Modular form 253.3.c.a.208.28
2-253-11.10-c2-0-7	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.413$	$0$	$0.570824$	Modular form 253.3.c.a.208.39
2-253-11.10-c2-0-8	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$0.338$	$0$	$0.588383$	Modular form 253.3.c.a.208.44
2-253-11.10-c2-0-9	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.10	$2.0$	$2$	✓	✓	$-0.305$	$0$	$0.603936$	Modular form 253.3.c.a.208.23
2-253-11.2-c2-0-0	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.2	$2.0$	$2$	✓	✓	$0.343$	$0$	$0.0361810$	Modular form 253.3.g.a.24.38
2-253-11.2-c2-0-1	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.2	$2.0$	$2$	✓	✓	$-0.357$	$0$	$0.0737276$	Modular form 253.3.g.a.24.22
2-253-11.2-c2-0-10	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.2	$2.0$	$2$	✓	✓	$-0.104$	$0$	$0.486891$	Modular form 253.3.g.a.24.12
2-253-11.2-c2-0-11	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.2	$2.0$	$2$	✓	✓	$0.00928$	$0$	$0.617819$	Modular form 253.3.g.a.24.2
2-253-11.2-c2-0-12	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.2	$2.0$	$2$	✓	✓	$-0.257$	$0$	$0.647025$	Modular form 253.3.g.a.24.26
2-253-11.2-c2-0-13	$2.62$	$6.89$	$2$	$11 \cdot 23$	11.2	$2.0$	$2$	✓	✓	$-0.165$	$0$	$0.670618$	Modular form 253.3.g.a.24.7

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Classical	Maass
Hilbert	Bianchi

Elliptic curves over $\Q$
Elliptic curves over $\Q(\alpha)$
Genus 2 curves over $\Q$
Higher genus families
Abelian varieties over $\F_{q}$

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