1. Chapter 0: Introduction of this course Ching Yuan Su

2. Course information: * 課程助教 : 何冠毅 廖家鴻 ( 工學大樓 B1 半導體實驗室 )

3. Schedule http://memo.cgu.edu.tw/chingyuan/index.files /Page297.htm Other topics: 1. 電子材料科學 ( 有機電子與半導體材料 ) 2. 工程化學與實務應用 3. 光電材料分析技術 4. 電子與光電實驗室之化學安全規範

4. As an EE student, what kinds of chemistry knowledge you must learn? Rote and forget~ Thinking without confinement 死記硬背 天馬行空的獨立思考

5. 歐尼斯特‧拉瑟福尼爾斯‧ 波爾 Niels Bohr A story between them~

6. Learn the chemical reaction

7. 7 Chemical bonding : nanomaterials C 60 Carbon nanotube Grapehen 1991 Ijima

8. 8 Other 2D materials: MoS 2 1. single layers of MoS2 have a large intrinsic bandgap of 1.8 eV MoS2 crystals Chemical bonding : nanomaterials

9. 9 MoS 2 Field-effect transistor 1. single-layer MoS2 mobility of at least 200 cm 2 V -1 s -1 2. demonstrate transistors with room- temperature current on/off ratios of 10 8

10. 10 How to characterize the Graphene you obtained? Chemical bonding 、 Nanostructure 、 eletments detection etc. X-Ray Photoelectron Spectroscopy (XPS)

11. 11 Chemical bonding ( X-Ray Photoelectron Spectroscopy,XPS) N-doped Graphene

12. ? Why you need to learn this course?

13. A MOS Inverter Logic design unit (the building block) 1.Learning logic design 2.Learning how to carry out your designed curcuit 3.The physical view of logic circuit

14. Integrated Circuit An Intel CPU layout

15. What’s the building blocks of a IC’s MOSFETs(Metal-Oxide-Semiconductor Field Effect Transistors)

16. DRAM(dynamic random accesses memory)

17. SRAM Chip

18. Flash memory

19. Nano electronics

20. 1 nanometer devices!

24. Molecules FET

26. Nanowire-based logic circuit Si Nanowire logic curcuit

27. Organic chemistry Organic solar cell

28. Organic chemistry

29. Organic electronics AMOLED Display SAMSUNG GALAXY Note II

30. OLED materials

31. Some good supporting materials in the Web

33. Some useful material in the Web http://phys.org/physics-news/ http://www.nanowerk.com/