2230 00 量子力學

Dirac formalism, matrix formulation, spin, many-body wavefunction, electron in magnetic fields, symmetry

J701 00 計算物理(二)

教學目標 (Teaching Goal)
1.培養學生使用數值方法解決問題的能力
   Problem Solving with Numerical Methods
2.指導學生使用Visual Fortran Compiler 編譯及執行程式
   Compiling and Executing using Visual Fortran
3.指導學生使用Powerpoint 及HTML檔案表達學習成果
  Gaining Experience to use Powerpoint and HTML in Presentations

物理學系專業基本能力指標  
 具備電磁學的知識: 10%
 具備力學的知識: 10%
 具備光學的知識: 10%
 具備熱力學的知識: 10%
 具備量子物理的知識: 10%
 具備自然科學的基本知能與其它跨領域的基本知識: 10%
 具備理解物理模型及使用數值方法以解決問題的能力: 40%

教學計劃 (Course Plan)
1 Fourier Analysis: Application in Sound
2 Fourier Analysis: Application in Digital Images, High/Low Pass Filters
3 Fourier Analysis: Application in Computerized Tomography
4 Unusual Dynamics of Nonlinear Systems
5 Differential Chaos in Phase Space
6 Matrix Computing and Subroutine
7 Computing Hardware Basics: Memory and CPU
8 High-Performance Computing: Profiling and Tuning
9   期 中 考
10 Parallel Computing and PVM
11 Thermodynamic Simulations: The Ising Model
12 Electrostatic Potentials
13 Heat Flow
14 Waves on a String
15 Solitons, the KdeV Equation
16 Sine-Gordon Equations
17 期 末 考