Instructor: Chien-Chun Chen ( 陳健群 )
<br>
<br>Email: ccchen0627@gmail.com
<br>
<br>Goal: 1. Learn the basic setup of CDI
<br>      2. Learn the numerical analysis of CDI
<br>      3. Learn various setup of CDI
<br>      4. Learn the limitation and unsolved issues of CDI
<br>
<br>References: Journal papers
<br>
<br>Grade: ba<x>sed on the materials you hand in (2019/1/7).
<br>
<br>Tentative schedule:
<br>Introduction to Coherent Diffraction Imaging
<br>  Review of wave equation and its solution
<br>  Review of radiation, scattering, and diffraction
<br>  Fundamentals of CDI
<br>  Phase problem and hybrid input-output method
<br>
<br>Numerical Analysis of Coherent Diffraction Imaging
<br>  Basic understanding of numerical analysis
<br>  Quick view of MATLAB
<br>  Using FFT to simulate diffraction pattern
<br>  Reconstruction from experimental data
<br>
<br>Various Experimental Setups
<br>  Fresnel CDI、Bragg CDI、Reflected CDI
<br>  Ptychography：Scanning CDI
<br>  Ankylography：CDI with high numerical aperture
<br>
<br>CDI experiment using Taiwan Photon Source
<br>
<br>Limitations and Challenges
<br>  Free electron lasers
<br>  Biological CDI
<br>
<br>Electron Diffraction (If time is available)
<br>