  Verlinde recently developed a theoretical account of gravitation in terms of
an entropic force. The central element in Verlinde's derivation is information
and its relation with entropy through the holographic principle. The
application of this approach to the case of superconductors requires to take
into account that information associated with superconductor's quantum vacuum
energy is not stored on Planck size surface elements, but in four volume cells
with Planck-Einstein size. This has profound consequences on the type of
gravitational force generated by the quantum vacuum condensate in
superconductors, which is closely related with the cosmological repulsive
acceleration responsible for the accelerated expansion of the Universe.
Remarkably this new gravitational type force depends on the level of breaking
of the weak equivalence principle for cooper pairs in a given superconducting
material, which was previously derived by the author starting from similar
principles. It is also shown that this new gravitational force can be
interpreted as a surface force. The experimental detection of this new
repulsive gravitational-type force appears to be challenging.
