Question: A dispersion Lorentzian line, centred at Ω = 0, is given by To find the minima and maxima, we first need to differentiate D(Ï) with

A dispersion Lorentzian line, centred at Ω = 0, is given by
D(w) = R %3D + w?

To find the minima and maxima, we first need to differentiate D(ω) with respect to co; show that this differential is

A dispersion Lorentzian line, centred at Ω = 0, is

The minima and maxima are found by solving

A dispersion Lorentzian line, centred at Ω = 0, is

D(w) = R %3D + w?

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