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Rotating-wave approximation: Revision history


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  • curprev 06:5206:52, 2 July 2020 111.220.183.100 talk 10,214 bytes +494 Derivation: In the current version, H0 used in "Derivation" section does not match exactly with the H0 given in "Mathematical formulation" section. However, the difference does not have an effect on the relevant physics. Inserted a sentence with two different justifications for this difference. undo Tag: Visual edit

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  • curprev 11:0611:06, 3 April 2019 139.63.40.219 talk 9,578 bytes +67 Changed the final Hamiltonian in the Derivation in order to coincide with the recently changed Hamiltonian in the paragraph just above. undo Tag: Visual edit
  • curprev 11:0111:01, 3 April 2019 139.63.40.219 talk 9,511 bytes +66 Changed the Hamiltonian after approximation to include H_0. If this is not correct, that is the original energies of ground state g and excited state e get shifted up by hbar omega_0/2 then the text should reflect upon that. The way the approximation is stated now however, it seems that we only need to exclude the exponential terms in H_1 - therefore H_0 remains unchanged. undo Tag: Visual edit

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