Physics 3402, Modern Physics II

The links in the active calendar below will take you material related to the day's agenda.
Day 1 Jan 10

Ch 9 Beyond hydrogen, Pauli exclusion principle
Day 2 Jan 12

Ch 9 Shell structure and excited states
Day 17 Mar 7

Spring Break
Day 18 Mar 9

Spring Break
Day 3 Jan 17

Ch 10 Molecules and molecular spectra
Day4 Jan 19

Ch 10 Vibration and rotation
Day 19 Mar 14

Ch 15 High Tc Superconductors
Day 20 Mar 16

Ch 15 Hight Tc Superconductors
Day 5 Jan 24

Ch 11 The Nucleus
Day 6 Jan 26

Ch 11 Nuclear models, Radioactivity
Day 21 Mar 21

Ch 16 High energy physics: accelerators
Day 22 Mar 23

Ch 16 Accelerator principles, Particle detectors
Day 7 Jan 31

Ch 11 Nuclear reactions, Nuclear spin
Day 8 Feb 2

Ch 12 Quantum Statistics
Day 23 Mar 8

Ch 16 Particle detectors
Day 24 Mar 30

Ch 17 Classification of particles
Day 9 Feb 7

Ch 12 Quantum Statistics
Day 10Feb 9

Ch 13 Masers and Lasers
Day 25 Apr 4

Ch 17 The quark model
Day 26 Apr 6

Ch 17 Leptons, heavy quarks
Day 11 Feb 14

Ch 14 Conductors and Insulators
Day 12 Feb 16

Ch 14 Energy bands in solids, Heat capacity
Day 27 Apr 11

Ch 18 Quarks and color
Day 28 Apr 13

Ch 18 Quarks and the weak interaction
Day 13 Feb 21

Ch 14 Electrical properties of solids
Day 14 Feb 23

Chapter 14 Semiconductors
Day 29Apr 18

Ch 18 Theories of everything?, Very small to very large
Day 30 Apr 20

Ch 19, Foundations for modeling early universe
Day 15 Feb 28

Ch 15 Superconductivity
Day 16 Mar 2*

Ch 15 Superconductivity
Day 31 Apr 25

Ch 19 Stellar evolution
Day 32 Apr 27

Ch 19 Physics of expanding universe
Review Guide
Index

Syllabus
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