Tapping thermodynamics of the one-dimensional Ising model

We analyse the steady-state regime of a one-dimensional Ising model under a tapping dynamics recently introduced by analogy with the dynamics of mechanically perturbed granular media. The idea that the steady-state regime may be described by a Rat measure over metastable states of fixed energy is tested by comparing various steady-state time-averaged quantities in extensive numerical simulations with the corresponding ensemble averages computed analytically with this flat measure. The agreement between the two averages is excellent in all the cases examined, showing that a static approach is capable of predicting certain measurable properties of the steady-state regime.