Differences

This shows you the differences between two versions of the page.

--- start [2016/03/24 12:37] – janet
+++ start [2016/03/24 12:46] – janet
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 ^ Week 1^^Topic^Reading^Assignments|
-|1|M 3/28|Physics Comp Exam - No class||[[hw1|HW #1]]|
+|1|M 3/28|Physics Comp Exam - No class| |[[hw1|HW #1]]|
-|[[2]]|W 3/30|Sommerfield model|A&M Ch 2-3, Kittel Ch 6|| |
+|[[2]]|W 3/30|Sommerfield model|A&M Ch 2-3, Kittel Ch 6| |
-|[[3]]|F 4/1|Occupation function|A&M Ch 8 & Ch 12|| |
+|[[3]]|F 4/1|Occupation function|A&M Ch 8 & Ch 12| |
-^Week 2^^Topic^Reading^Summary^Assignments|
+^Week 2^^Topic^Reading^Assignments|
-|[[4]]|M 4/4|Phonon scattering |A&M Ch 13|{{::day3_2013.pdf|}}: Drude result for calculating current density. Phonon review, {{:l24.pdf|ph575 notes24}}. Fermi Golden Rule for scattering probability. Transition matrix element for electron-phonon interaction. Conservation of momentum/energy. Scattering probability. |[[hw2|HW #2]]|
+|[[4]]|M 4/4|Phonon scattering |A&M Ch 13|[[hw2|HW #2]]|
-|[[5]]|W 4/6|Phonon scattering|A&M Ch 13|{{::day4_2013.pdf|}}: Temperature dependent resistivity in metals predicted by phonon scattering matrix elements. Highest energy phonon sets important energy scale. Estimation of highest energy phonon. Introduction to electron transport in ballastic systems. | |
+|[[5]]|W 4/6|Phonon scattering|A&M Ch 13| |
-|[[6]]|F 4/8|Ballistic Transport|Kittel Ch 18 (Nanostructures)|{{::day5_2013.pdf|}}: Comparison with diffusive transport. CNT example. Calculating the conductance quantum. Definitions of 1d channels. Systems with multiple 1d channels.|{{::hw2solns.pdf|}} |
+|[[6]]|F 4/8|Ballistic Transport|Kittel Ch 18 (Nanostructures)| |
 ^Week 3^^Topic^Reading^Summary^Assignments|