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85038985107
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The correlation energy is here defined as the difference between the ground-state energy, as calculated minimizing the energy functional (7) using any interacting trial wave function, and the uncorrelated ground-state energy, as calculated assuming uncorrelated electrons [thus using the product of two single-particle quantum states, as shown in Eq. (8)]
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The correlation energy is here defined as the difference between the ground-state energy, as calculated minimizing the energy functional (7) using any interacting trial wave function, and the uncorrelated ground-state energy, as calculated assuming uncorrelated electrons [thus using the product of two single-particle quantum states, as shown in Eq. (8)].
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16
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85038985190
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−1
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−1.
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20
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85038989156
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0, as for quantum dots, both kinetic and Coulomb energies decrease. Nevertheless, the kinetic contribution decreases faster than the Coulomb energy, leading to a larger Coulomb to total energy ratio
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0, as for quantum dots, both kinetic and Coulomb energies decrease. Nevertheless, the kinetic contribution decreases faster than the Coulomb energy, leading to a larger Coulomb to total energy ratio.
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