Consider the proton to be a spherical shell of charge of radius R. Using first order perturbation theory calculate the change in the binding energy of hydrogen due to the non-point-like nature of the proton. Does the sign of your answer make sense physically? Explain. Note: You may use the approximation R « ao throughout this problem, where ao is the Buhr radius.
Consider the proton to be a spherical shell of charge of radius R. Using first order perturbation theory calculate the change in the binding energy of hydrogen due to the non-point-like nature of the proton. Does the sign of your answer make sense physically? Explain. Note: You may use the approximation R « ao throughout this problem, where ao is the Buhr radius.
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Transcribed Image Text:Consider the proton to be a spherical shell of charge of radius R. Using
first order perturbation theory calculate the change in the binding energy
of hydrogen due to the non-point-like nature of the proton. Does the sign
of your answer make sense physically? Explain.
Note: You may use the approximation R « ao throughout this problem,
where ao is the Buhr radius.
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