Rutgers University Department of Physics and Astronomy

Physics 313 - Fall 2015
Introduction to Modern Physics

Syllabus

The table below shows the sections from the textbook Modern Physics by Harris that pertain to the corresponding lecture.

LECTURE DATE TOPIC READING
1 9/1 Overview of Classical and Modern Physics 1.1,1.2,2.1,Appendix A
2 9/3 Lorentz transform 2.2,2.3
  9/8 NO LECTURE (Monday Classes)
3 9/10 Proper Time, 4-Vectors, Momentum and Energy 2.6,2.7,2.10
4 9/15 Relativistic energy and momentum (recap), invariant mass (taught by Prof. Schnetzer) 2.7 + notes
5 9/17 Blackbody radiation and Photoelectric effect (taught by Prof. Schnetzer) 3.1,3.2
6 9/22 Introduction to Quantum Mechanics, Compton effect 3.4,3.6,4.1
7 9/24 Mathematical Foundations of Quantum Mechanics 4.2,4.3,4.4 + notes
8 9/29 Mathematical Foundations of Quantum Mechanics (cont.) 4.7, Appendix D, Appendix E + notes
9 10/1 Schrodinger Equation, stationary states 5.1-5.3
10 10/6 Infinite and finite wells 5.5,5.6
11 10/8 Finite well (cont.), simple harmonic oscillator 5.6,5.7
12 10/13 Simple harmonic oscillator (cont.), Unbound states 5.7,6.1
13 10/15 Unbound states (cont.) and Tunneling 6.1,6.2
14 10/20 Tunneling (cont.) and Quantum Mechanics in 3D 6.2,6.3,7.1,7.2
15 10/22 The Hydrogen Atom: Introduction (taught by Prof. Schnetzer) 7.3,7.4
  10/27 MIDTERM EXAM
16 10/29 The Hydrogen Atom: Angular behavior 7.5,7.6, Appendix G
17 11/3 The Hydrogen Atom: Radial behavior 7.7,7.8,7.9
18 11/5 Orbital angular momentum and Spin 8.1
19 11/10 Fermions and Bosons, Periodic Table 8.2,8.3,8.4,8.6
20 11/12 Spin-orbit coupling, Intro to Statistical Mechanics 8.6,8.7,8.8,9.1,9.2
21 11/17 Boltzmann distribution 9.3,9.4, Appendix H
22 11/19 Quantum distributions, Quantum gas 9.5,9.6
23 11/24 Molecular Physics 10.1,10.2
24 12/1 Solid-State Physics 10.4,10.5,10.6
25 12/3 Semiconductors 10.7,10.8
26 12/8 Particle Physics and The Standard Model (taught by Prof. Schnetzer)
27 12/10 General Relativity and Cosmology 2.5,2.8,12.7
  12/18 FINAL EXAM: 12-3 pm, ARC-105

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