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--- week2 [2014/07/07 21:28]
schunck
+++ week2 [2014/07/23 09:24]
schunck [Tuesday, July 22]
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 ==== Week 2: Density functional theory for atomic nuclei  ====
 ==== Monday, July 21 ====
-* [[peter3|Peter Ring 3]]: Nuclear forces: Invariance properties, meson exchange, relativistic mean-field theory
+* [[peter3|Peter Ring 3]]: Nuclear forces: Invariance properties
 ==== Tuesday, July 22 ====
-* [[nicolas1|Nicolas Schunck 1]]: Phenomenological nuclear forces: Skyrme and Gogny forces, concept of energy density functional (EDF), effective pseudopotentials, experimental constraints
+* [[nicolas1|Nicolas Schunck 1]]: Phenomenological nuclear forces: Skyrme and Gogny forces, concept of energy density functional (EDF), effective pseudopotentials, experimental constraints.
+Slides can be found {{cours1.pdf|here}}. A detailed demonstration of the contribution to the energy density coming from the $t_{0}$ term of the Skyrme potential is presented {{demo.pdf|here}}. If I were you, I would check that the derivation is correct, since I actually forgot some important summations in class...
 ==== Wednesday, July 23 ====
 * [[nicolas2|Nicolas Schunck 2]]: Density functional theory (DFT): Existence theorems, Kohn-Sham schemes, local density approximation, gradient exchanges, exchange-correlation, self-interaction

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