A system, initially in state li), is disturbedH'(t) = G sin wtwith the time-independent G operator. Assume that the disturbance starts at time t = 0 to t = T.1. Calculate the amplitude of the 1st-order transition to the f) state, af(t), from thetime-dependent perturbation theory.2. Write down the dominant transition amplitude for the condition E, - E; ~ ħw.3. Plot the probability of the transition against w!. Describe the resulting curve.

According to given data, system initially in |i> state experience disturbance H'=G sinωt The…

A system, initially in state li), is disturbed H' (t) = G sin wt with the time-independent G operator. Assume that the disturbance starts at time t = 0 to t= T. 1. Calculate the amplitude of the 1st-order transition to the f) state, a (t), from the time-dependent perturbation theory. - 2. Write down the dominant transition amplitude for the condition E, Ehw. 3. Plot the probability of the transition against wo!. Describe the resulting curve.

A system, initially in state li), is disturbed H' (t) = G sin wt with the time-independent G operator. Assume that the disturbance starts at time t = 0 to t= T. 1. Calculate the amplitude of the 1st-order transition to the f) state, a (t), from the time-dependent perturbation theory. - 2. Write down the dominant transition amplitude for the condition E, Ehw. 3. Plot the probability of the transition against wo!. Describe the resulting curve.