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The results below are complete, since the LMFDB contains all elliptic curves with conductor norm at most 1000 over imaginary quadratic fields with absolute discriminant 56

Note: The completeness Only modular elliptic curves are included

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Results (10 matches)

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Label Class Base field Conductor norm Rank Torsion CM Sato-Tate Regulator Period Leading coeff j-invariant Weierstrass coefficients Weierstrass equation
338.2-a1 338.2-a \(\Q(\sqrt{-14}) \) \( 2 \cdot 13^{2} \) $1$ $\mathsf{trivial}$ $\mathrm{SU}(2)$ $2.977948821$ $0.896934130$ 2.855444699 \( -\frac{10730978619193}{6656} \) \( \bigl[a\) , \( 1\) , \( a\) , \( -1829\) , \( -28797\bigr] \) ${y}^2+a{x}{y}+a{y}={x}^3+{x}^2-1829{x}-28797$
338.2-a2 338.2-a \(\Q(\sqrt{-14}) \) \( 2 \cdot 13^{2} \) $1$ $\mathsf{trivial}$ $\mathrm{SU}(2)$ $0.992649607$ $2.690802392$ 2.855444699 \( -\frac{10218313}{17576} \) \( \bigl[a\) , \( 1\) , \( a\) , \( -9\) , \( -41\bigr] \) ${y}^2+a{x}{y}+a{y}={x}^3+{x}^2-9{x}-41$
338.2-a3 338.2-a \(\Q(\sqrt{-14}) \) \( 2 \cdot 13^{2} \) $1$ $\mathsf{trivial}$ $\mathrm{SU}(2)$ $0.330883202$ $8.072407178$ 2.855444699 \( \frac{12167}{26} \) \( \bigl[a\) , \( 1\) , \( a\) , \( 11\) , \( 3\bigr] \) ${y}^2+a{x}{y}+a{y}={x}^3+{x}^2+11{x}+3$
338.2-b1 338.2-b \(\Q(\sqrt{-14}) \) \( 2 \cdot 13^{2} \) $1$ $\mathsf{trivial}$ $\mathrm{SU}(2)$ $2.284397626$ $0.896934130$ 2.190424175 \( -\frac{10730978619193}{6656} \) \( \bigl[1\) , \( 0\) , \( 1\) , \( -460\) , \( -3830\bigr] \) ${y}^2+{x}{y}+{y}={x}^3-460{x}-3830$
338.2-b2 338.2-b \(\Q(\sqrt{-14}) \) \( 2 \cdot 13^{2} \) $1$ $\Z/3\Z$ $\mathrm{SU}(2)$ $0.761465875$ $2.690802392$ 2.190424175 \( -\frac{10218313}{17576} \) \( \bigl[1\) , \( 0\) , \( 1\) , \( -5\) , \( -8\bigr] \) ${y}^2+{x}{y}+{y}={x}^3-5{x}-8$
338.2-b3 338.2-b \(\Q(\sqrt{-14}) \) \( 2 \cdot 13^{2} \) $1$ $\Z/3\Z$ $\mathrm{SU}(2)$ $2.284397626$ $8.072407178$ 2.190424175 \( \frac{12167}{26} \) \( \bigl[1\) , \( 0\) , \( 1\) , \( 0\) , \( 0\bigr] \) ${y}^2+{x}{y}+{y}={x}^3$
338.2-c1 338.2-c \(\Q(\sqrt{-14}) \) \( 2 \cdot 13^{2} \) 0 $\mathsf{trivial}$ $\mathrm{SU}(2)$ $1$ $0.560128502$ 0.299401278 \( -\frac{1064019559329}{125497034} \) \( \bigl[1\) , \( -1\) , \( 1\) , \( -213\) , \( -1257\bigr] \) ${y}^2+{x}{y}+{y}={x}^3-{x}^2-213{x}-1257$
338.2-c2 338.2-c \(\Q(\sqrt{-14}) \) \( 2 \cdot 13^{2} \) 0 $\Z/7\Z$ $\mathrm{SU}(2)$ $1$ $3.920899519$ 0.299401278 \( -\frac{2146689}{1664} \) \( \bigl[1\) , \( -1\) , \( 1\) , \( -3\) , \( 3\bigr] \) ${y}^2+{x}{y}+{y}={x}^3-{x}^2-3{x}+3$
338.2-d1 338.2-d \(\Q(\sqrt{-14}) \) \( 2 \cdot 13^{2} \) 0 $\mathsf{trivial}$ $\mathrm{SU}(2)$ $1$ $0.560128502$ 14.67066265 \( -\frac{1064019559329}{125497034} \) \( \bigl[a\) , \( -1\) , \( a\) , \( -837\) , \( -9203\bigr] \) ${y}^2+a{x}{y}+a{y}={x}^3-{x}^2-837{x}-9203$
338.2-d2 338.2-d \(\Q(\sqrt{-14}) \) \( 2 \cdot 13^{2} \) 0 $\mathsf{trivial}$ $\mathrm{SU}(2)$ $1$ $3.920899519$ 14.67066265 \( -\frac{2146689}{1664} \) \( \bigl[a\) , \( -1\) , \( a\) , \( 3\) , \( 37\bigr] \) ${y}^2+a{x}{y}+a{y}={x}^3-{x}^2+3{x}+37$
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  *The rank, regulator and analytic order of Ш are not known for all curves in the database; curves for which these are unknown will not appear in searches specifying one of these quantities.