Schedule:  Physics 390      Fall 2003 

The following is a tentative course outline by date. The examination and homework due dates will not change unless unforeseen events occur. The material to be covered may change slightly, depending on progress.

  

Class & 
Exam Dates

Topics

Readings

HW  Due

Links

W  September 3 Introduction, Math Review              Math Review
Solution
  
    Quantization of Radiation       
F Class 1, September  5 Introduction to quantum mechanics 1:6-7     
M Class 2, September  8 Review of e-m waves 1:8       
W Class 3, September  10 Photoelectric effect 4:1-2       
F Class 4, September  12 Compton Scattering 4:3       
   

Particle Nature of Matter

     
M Class 5, September  15 Charge and mass of electron 5:1 Set #1 HW#1 Solution
W Class 6, September  17 Bohr atom 5:2-3        
F Class 7, September  19 Correspondence Principle 5:4        
   

Matter Waves

     
M Class 8, September  22 De Broglie’s Hypothesis 4:6     
W Class 9, September  24 Wave groups, dispersion 7:2         
F Class 10, September  26 Uncertainty Principle 7:3        
M Class 11,  September  29 Applications of  Uncertainty Principle 7:4-6        
   

1-dim Schroedinger Eq.

     
W Class 12,  October  1 Quantum wave equation 6:1-4 Set #2 HW#2 Solution
F Class 13, October  3 Infinite square well 6:5        
M Class 14, October  6 Finite square well 8:5        
W Class 15, October  8 Barrier reflection and tunneling 8:1-5        
F Class 16, October  10 Review of quantum mechanics     Set #3  Practice Questions
HW#3 Solution
   October  13-14 Fall Study Break       MT#1 Solution-A
MT#1 Solution-B
W

Exam I: October 15

on quantum mechanics         
   

3-dim Schroedinger Eq.

     
F Class 17, October  17 Return exam;  Quantum harmonic Oscillator                
M Class 18, October  20 Quantum harmonic Oscillator (cont.)                 
W Class 19, October  22 3-dim square well, degeneracy 6:6 / 9:1           
F Class 20, October  24 Angular momentum 9:2     
       Atomic Physics              
M Class 21, October  27 Hydrogen Atom 9:3        
W Class 22, October  29 Zeeman effect, Electron Spin 9:4-5       
F Class 23, October  31 Pauli Principle, Complex Atoms 10:1-4 / 11:1-2       
M Class 24, November  3 X-rays 11:3 Set #4 HW#4 Solution 
W Class 25, November  5 Lasers 13:3-4        
F Class 26, November  7 no class          
       Nuclear Physics              
M Class 27, November  10 Properties of nuclear forces 15:1-2       
W Class 28, November  12 Binding energies;  semi-empirical mass formula 15:3-4        
F Class 29, November  14 Radioactive decay 13:1 / 15:5-6    
       Particle Physics            
M Class 30, November  17 Particles and antiparticles 16:1-2,4 Set #5   HW#5 Solution        
W Class 31, November  19 Quark Model 16:5-6             
F Class 32, November  21 Standard Model 16:3,8      
M Class 33, November  24 Cosmology  18:1-6       
       Solid State Physics           
W Class 34, November  26 Statistical Physics 12:1-3,5-6        
   November  27-28 Thanksgiving Break       
M Class 35, December  1 Electrons in metals 14:1-2            
W Class 36, December  3 Band theory of solids 14:3           
F Class 37, December  5 Semiconductors 14:4-6 Set #6 HW#6 Solution   
M Class 38, December  8 Review  of   Atomic, Nuclear, Particle, and Solid State Physics          
W Exam II: December  10 on  Atomic, Nuclear, Particle, and Solid State Physics