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Results (1-50 of 77 matches)

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Label Dimension Base field L-polynomial $p$-rank Number fields Galois groups Isogeny factors
1.373.abm $1$ $\F_{373}$ $1 - 38 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-3}) \) $C_2$ simple
1.373.abl $1$ $\F_{373}$ $1 - 37 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-123}) \) $C_2$ simple
1.373.abk $1$ $\F_{373}$ $1 - 36 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1}) \) $C_2$ simple
1.373.abj $1$ $\F_{373}$ $1 - 35 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-267}) \) $C_2$ simple
1.373.abi $1$ $\F_{373}$ $1 - 34 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-21}) \) $C_2$ simple
1.373.abh $1$ $\F_{373}$ $1 - 33 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-403}) \) $C_2$ simple
1.373.abg $1$ $\F_{373}$ $1 - 32 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-13}) \) $C_2$ simple
1.373.abf $1$ $\F_{373}$ $1 - 31 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-59}) \) $C_2$ simple
1.373.abe $1$ $\F_{373}$ $1 - 30 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-37}) \) $C_2$ simple
1.373.abd $1$ $\F_{373}$ $1 - 29 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-651}) \) $C_2$ simple
1.373.abc $1$ $\F_{373}$ $1 - 28 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-177}) \) $C_2$ simple
1.373.abb $1$ $\F_{373}$ $1 - 27 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-763}) \) $C_2$ simple
1.373.aba $1$ $\F_{373}$ $1 - 26 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-51}) \) $C_2$ simple
1.373.az $1$ $\F_{373}$ $1 - 25 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-3}) \) $C_2$ simple
1.373.ay $1$ $\F_{373}$ $1 - 24 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-229}) \) $C_2$ simple
1.373.ax $1$ $\F_{373}$ $1 - 23 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-107}) \) $C_2$ simple
1.373.aw $1$ $\F_{373}$ $1 - 22 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-7}) \) $C_2$ simple
1.373.av $1$ $\F_{373}$ $1 - 21 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1051}) \) $C_2$ simple
1.373.au $1$ $\F_{373}$ $1 - 20 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-273}) \) $C_2$ simple
1.373.at $1$ $\F_{373}$ $1 - 19 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1131}) \) $C_2$ simple
1.373.as $1$ $\F_{373}$ $1 - 18 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-73}) \) $C_2$ simple
1.373.ar $1$ $\F_{373}$ $1 - 17 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1203}) \) $C_2$ simple
1.373.aq $1$ $\F_{373}$ $1 - 16 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-309}) \) $C_2$ simple
1.373.ap $1$ $\F_{373}$ $1 - 15 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1267}) \) $C_2$ simple
1.373.ao $1$ $\F_{373}$ $1 - 14 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1}) \) $C_2$ simple
1.373.an $1$ $\F_{373}$ $1 - 13 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-3}) \) $C_2$ simple
1.373.am $1$ $\F_{373}$ $1 - 12 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-337}) \) $C_2$ simple
1.373.al $1$ $\F_{373}$ $1 - 11 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1371}) \) $C_2$ simple
1.373.ak $1$ $\F_{373}$ $1 - 10 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-87}) \) $C_2$ simple
1.373.aj $1$ $\F_{373}$ $1 - 9 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1411}) \) $C_2$ simple
1.373.ai $1$ $\F_{373}$ $1 - 8 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-357}) \) $C_2$ simple
1.373.ah $1$ $\F_{373}$ $1 - 7 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1443}) \) $C_2$ simple
1.373.ag $1$ $\F_{373}$ $1 - 6 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-91}) \) $C_2$ simple
1.373.af $1$ $\F_{373}$ $1 - 5 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-163}) \) $C_2$ simple
1.373.ae $1$ $\F_{373}$ $1 - 4 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-41}) \) $C_2$ simple
1.373.ad $1$ $\F_{373}$ $1 - 3 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1483}) \) $C_2$ simple
1.373.ac $1$ $\F_{373}$ $1 - 2 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-93}) \) $C_2$ simple
1.373.ab $1$ $\F_{373}$ $1 - x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1491}) \) $C_2$ simple
1.373.a $1$ $\F_{373}$ $1 + 373 x^{2}$ $0$ \(\Q(\sqrt{-373}) \) $C_2$ simple
1.373.b $1$ $\F_{373}$ $1 + x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1491}) \) $C_2$ simple
1.373.c $1$ $\F_{373}$ $1 + 2 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-93}) \) $C_2$ simple
1.373.d $1$ $\F_{373}$ $1 + 3 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1483}) \) $C_2$ simple
1.373.e $1$ $\F_{373}$ $1 + 4 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-41}) \) $C_2$ simple
1.373.f $1$ $\F_{373}$ $1 + 5 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-163}) \) $C_2$ simple
1.373.g $1$ $\F_{373}$ $1 + 6 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-91}) \) $C_2$ simple
1.373.h $1$ $\F_{373}$ $1 + 7 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1443}) \) $C_2$ simple
1.373.i $1$ $\F_{373}$ $1 + 8 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-357}) \) $C_2$ simple
1.373.j $1$ $\F_{373}$ $1 + 9 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1411}) \) $C_2$ simple
1.373.k $1$ $\F_{373}$ $1 + 10 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-87}) \) $C_2$ simple
1.373.l $1$ $\F_{373}$ $1 + 11 x + 373 x^{2}$ $1$ \(\Q(\sqrt{-1371}) \) $C_2$ simple
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