2017-Q-Phys-II

= Quantum Physics II (Spring, 2017) = **Time:** 08:30 - 09:50 on Tuesdays and Fridays **Location:** 普實203 **Textbook:** A Modern Approach to Quantum Mechanics (Townsend, 2nd edition) **TA Class:** Tue 19:00-21:00 綜二R521
 * Lecturer: ** Prof. Hsiu-Hau LIN


 * Updates **


 * ** Mar 3 ** lectures (08:30-09:50) on Tuesdays and Fridays. ** NEW!! **
 * **Mar 3** discussion sessions canceled. ** NEW!! **
 * ** Feb 21 ** solution manual for Chap 8 posted.
 * **Feb 17** quizzes schedule posted.
 * **Feb 14** class begins.


 * Grades **
 * ** Homework (30%) ** from selected HW problems (Chap 8-13)
 * **Midterm (35%)** Apr 11 (Tuesday)
 * **Final (35%)** Jun13 (Tuesday)

**HW#1** (due on Mar 10) 8.1, 8.5, 8.6 **HW#2** (due on Mar 24) 9.1, 9.4, 9.5,9.7, 9.10, 9.11, 9.19, 9.20, 9.21 **HW#3** (due on Apr 7) 10.1, 10.4, 10.8, 10.9, 10.14, 10.16
 * Homework **

**HW#4** (due on May 12) 11.1, 11.3, 11.6, 11.9, 11.10, 11.13 **HW#5** (due on May 26) 12.1, 12.2, 12.4, 12.8 **HW#6** (due on June 9) 13.2, 13.3, 13.6, 13.7, 13.10, 13.11

Feb 14 (Tue) Introduction
 * Schedule **
 * Week 1 **

Feb 17 (Fri) L1: **Is the Least Action Principle correct?** (Chap 8) L2: path integrals

Feb 21 (Tue) discussion session
 * Week 2 **

Feb 24 (Friday) L3: quantum fluctuations L4: gravity-induced quantum interference

Feb 28 (Tue) 228 紀念日 No TA Class! Mar 3 (Fri) L5: **How to measure molecular rotations and vibrations?** (Chap 9)
 * Week 3 **

Mar 7 (Tue) L6: symmetries and conservation laws 1 Mar 10 (Fri) L7: symmetries and conservation laws 2
 * Week 4 **

Mar 14 (Tue) L8: diatomic molecules Mar 17 (Fri) L9: orbital angular momentum
 * Week 5 **

Mar 21 (Tue) L10: ** Why can proton and neutron form deuteron? ** (Chap 10) Mar 24 (Fri) L11: Coulomb potential and the hydrogen atom
 * Week 6 **

Mar 28 (Tue) L12: deuteron formation Mar 31 (Fri) L13: liquid drop model of nucleus
 * Week 7 **

Apr 4 (Tue) 清明節 Apr 7 (Fri) L14: 3D harmonic oscillator
 * Week 8 **

Apr 14 (Fri) midterm discussion
 * Week 9 **
 * Apr 11 (Tue) **** Midterm (08:00-10:00) Chap 8-10 **

Apr 18 (Tue) L15: **How do spin-orbit interactions arise?** (Chap 11) Apr 21 (Fri) L16: time-independent perturbation theory 1
 * Week 10 **

Apr 25 (Tue) L17: time-independent perturbation theory 2 Apr 28 (Fri) L18: hydrogen -- Stark effect
 * Week 11 **

May 2 (Tue) L19: hydrogen -- relativistic corrections May 5 (Fri) L20: hydrogen -- relativistic corrections 2
 * Week 12 **

May 9 (Tue) L21: ** Can we distinguish different electrons? ** (Chap 12) May 12 (Fri) L22: helium atom
 * Week 13 **

May 16 (Tue) L23: helium atom 2 May 19 (Fri) L24: variational method
 * Week 14 **

May 23 (Tue) L25: ** How can Rutherford predict the alpha-particle scattering correctly? ** (Chap 13) May 26 (Fri) L26: Born approximation
 * Week 15 **

May 30 (Tue) 端午節 Jun 2 (Fri) L27: Born approximation 2
 * Week 16 **

Jun 6 (Tue) L28: partial wave expansion Jun 9 (Fri) L29: phase analysis
 * Week 17 **

Jun 16 (Fri) final discussion
 * Week 18 **
 * Jun 13 (Tue) Final (08:00-10:00) Chap 11-13 **

可以直接點選討論版面連結， 就看到所有的提問與討論.