Wiki Assignments: Difference between revisions
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*'''Quantum-mechanical theory of the chemical bond. Explain the origin of covalent bonding and the core repulsion''' | *'''Quantum-mechanical theory of the chemical bond. Explain the origin of covalent bonding and the core repulsion''' | ||
*'''Mean-field theory of the Ising model''' | *'''Mean-field theory of the Ising model''' (Caitlin) | ||
*'''Monte Carlo method - simulations''' (Peter) | *'''Monte Carlo method - simulations''' (Peter) | ||
*'''Boltzmann dilemma: How is spontaneous symmetry breaking possible in view of the ergodic hypothesis? Domain wall argument.''' | *'''Boltzmann dilemma: How is spontaneous symmetry breaking possible in view of the ergodic hypothesis? Domain wall argument.''' (Caitlin) | ||
*'''Valence vs. core electrons. Estimating the density of carriers in elemental metals using the periodic table.''' | *'''Valence vs. core electrons. Estimating the density of carriers in elemental metals using the periodic table.''' | ||
Revision as of 01:32, 15 March 2011
Here is a list of topic that need to be"expanded" Wiki-style. Please add your name to the topic you choose to work on, and add appropriate sub-pages not here, but within the Lecture Notes and/or homework materials.
- Quantum-mechanical theory of the chemical bond. Explain the origin of covalent bonding and the core repulsion
- Mean-field theory of the Ising model (Caitlin)
- Monte Carlo method - simulations (Peter)
- Boltzmann dilemma: How is spontaneous symmetry breaking possible in view of the ergodic hypothesis? Domain wall argument. (Caitlin)
- Valence vs. core electrons. Estimating the density of carriers in elemental metals using the periodic table.
- Theory of the Hall effect, and how it is used in measuring the density of carriers(Daniel)
- Solutions to Problem set 1a (Peter)
- Solutions to Problem set 2
- Solutions to Problem set 3