  We study the two-point correlation $K^m_n(z,w)$ between zeros and critical
points of Gaussian random holomorphic sections $s_n$ over K\"ahler manifolds.
The critical points are points $\nabla_{h^n} s_n=0$ where $\nabla_{h^n}$ is the
smooth Chern connection with respect to the Hermitian metric $h^n$ on line
bundle $L^n$. The main result is that the rescaling limit of $K^m_n(z_0+\frac
u{\sqrt n}, z_0+\frac v{\sqrt n})$ for any $z_0\in M$ is universal as $n$ tends
to infinity. In fact, the universal rescaling limit is the two-point
correlation between zeros and critical points of Gaussian analytic functions
for the Bargmann-Fock space of level $1$. Furthermore, there is a 'repulsion'
between zeros and critical points for the short range; and a 'neutrality' for
the long range.
