  Let V(0) be the mod 2 Moore spectrum and let C be the supersingular elliptic
curve over F_4 defined by the Weierstrass equation y^2+y=x^3. Let F_C be its
formal group law and E_C be the spectrum classifying the deformations of F_C.
The group of automorphisms of F_C, which we denote by S_C, acts on E_C.
Further, S_C admits a surjective homomorphism to the 2-adic integers whose
kernel we denote by S_C^1. The cohomology of S_C^1 with coefficients in
(E_C)_*V(0) is the E_2-term of a spectral sequence converging to the homotopy
groups of the homotopy fix points of E_C smash V(0) with respect to S_C^1, a
spectrum closely related to L_{K(2)}V(0). In this paper, we use the algebraic
duality resolution spectral sequence to compute an associated graded for
H^*(S_C^1;(E_C)_*V(0)). These computations rely heavily on the geometry of
elliptic curves made available to us at chromatic level 2.
