  Using a coupled channel unitary approach, combining the heavy quark spin
symmetry and the dynamics of the local hidden gauge, we investigate the
meson-meson interaction with hidden beauty and obtain several new states. Both
I=0 and I=1 states are analyzed and it is shown that in the I=1 sector, the
interactions are too weak to create any bound states within our framework. In
total, we predict with confidence the existence of 6 bound states, and weakly
bound 6 more possible states. The existence of these weakly bound states depend
on the influence of the coupled channel effects.
