Phase transition of the dissipative double-well quantum mechanics
arXiv:1209.5827 · doi:10.1142/S0217984912502028
Abstract
We investigate the critical dissipation of the double-well quantum mechanics. We adopt two-state approximation to define effective Ising models and apply the block decimation renormalization group and the finite range scaling method recently proposed for the long range Ising model. We briefly report the numerical results of the critical dissipation for various model parameters.
13 pages, 9 figures; Publication will be soon in Modern Physics Letters B (2012)