seesaw¶

seesaw.SeesawLO

seesaw.OptCHSHgame(C, dim)¶

\[\beta_{\operatorname{CHSH}}(S) = \frac{1}{4}\sum_{x,y\in\{0,1\}} (-1)^{C(a,b,x,y)} \cdot \bra{\psi}A_x \otimes B_y \ket{\psi}\]

Parameters:¶

C (numeric) – The binary matrix of 4Ds of the given quantum strategy.
dim (numeric) – The array storing dimensions of subsystems A and B.

Returns:¶

The optimal input state to perform the CHSH game. numeric: The array to store the optimal measurement on system A numeric: The array to store the optimal measurement on system B.

Return type:¶

numeric