We demonstrate the results derived in the previous section using the prototypical model of the transverse Ising model (TIM) as the working medium (WM) of the Otto cycle.
During the unitary strokes of the quantum Otto cycle (QOC), the transverse field is changed from h1 to h2 in the B → C stroke using the driving protocol, and vice versa in the D → A stroke.
For the transverse Ising model, the values of the critical exponents are ν = z = 1 which gives significant insights into the behavior of the system.
One can also obtain the expression for excess defects or excess energy by integrating the analytical expression where pk is given by the Landau Zener probability.
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