$\GL_2(\Z/136\Z)$-generators: |
$\begin{bmatrix}9&56\\90&77\end{bmatrix}$, $\begin{bmatrix}49&128\\0&23\end{bmatrix}$, $\begin{bmatrix}57&88\\93&81\end{bmatrix}$, $\begin{bmatrix}63&48\\71&47\end{bmatrix}$, $\begin{bmatrix}131&104\\113&97\end{bmatrix}$ |
Contains $-I$: |
yes |
Quadratic refinements: |
136.48.0-136.bl.1.1, 136.48.0-136.bl.1.2, 136.48.0-136.bl.1.3, 136.48.0-136.bl.1.4, 136.48.0-136.bl.1.5, 136.48.0-136.bl.1.6, 136.48.0-136.bl.1.7, 136.48.0-136.bl.1.8, 136.48.0-136.bl.1.9, 136.48.0-136.bl.1.10, 136.48.0-136.bl.1.11, 136.48.0-136.bl.1.12, 272.48.0-136.bl.1.1, 272.48.0-136.bl.1.2, 272.48.0-136.bl.1.3, 272.48.0-136.bl.1.4, 272.48.0-136.bl.1.5, 272.48.0-136.bl.1.6, 272.48.0-136.bl.1.7, 272.48.0-136.bl.1.8 |
Cyclic 136-isogeny field degree: |
$18$ |
Cyclic 136-torsion field degree: |
$1152$ |
Full 136-torsion field degree: |
$5013504$ |
This modular curve is isomorphic to $\mathbb{P}^1$.
This modular curve has infinitely many rational points but none with conductor small enough to be contained within the database of elliptic curves over $\Q$.
This modular curve minimally covers the modular curves listed below.
This modular curve is minimally covered by the modular curves in the database listed below.