Updated my notes with spin-projection!
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@ -153,7 +153,7 @@ slowly convergent term can remain.
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Knowles and Handy later argue that Schlegel's approaches are not satisfactory as they do not account
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for the fact that the reference Hamiltonian does not commute with the perturbation operator.
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Knowles and Handy, JPC (1988):
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Knowles and Handy, JPC (1988a):
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Consider how to formulate a spin-projected UMP series based on the Lowdin spin-projection operator.
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Schlegel considered this first, but in a limited fashion where only the contamination from the next highest
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@ -170,7 +170,7 @@ one of their spin-projected MP energies gives rise to a spurious minimum. This i
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results from Schlegel's work. Despite these discontinuities, they see that the spin-projection does
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accelerate the rate of convergence.
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Knowles and Handy, JCP (1988):
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Knowles and Handy, JCP (1988b):
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-----------------------------
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This paper extends Knowles and Handy's previous approach to show that it is tractable for larger molecules.
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By comparing their results with Schlegel, the authors demonstrate the importance of considering the
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