  We derive new algebraic attractor equations describing supersymmetric flux
vacua of type IIB string theory. The first term in these equations,
proportional to the gravitino mass (the central charge), is similar to the
attractor equations for moduli fixed by the charges near the horizon of the
supersymmetric black holes. The second term does not have a counterpart in the
theory of black hole attractors. It is proportional to a mass matrix mixing
axino-dilatino with complex structure modulino. This allows stabilization of
moduli for vanishing central charge, which was not possible for BPS black
holes. Finally, we propose a new set of attractor equations for
non-supersymmetric black holes and for non-supersymmetric flux vacua.
