課程大綱
<br>一、課程說明 (Course Description)
<br>    此先進奈米電子元件 (Advanced Nanoelectronic Devices)課程將專注教授現今前沿與未來可能
<br>發展的奈米電子元件。在奈米尺度下元件會展現出量子效應，而此量子效應對奈米電子元件之特性至關重要。因
<br>此課程目的為連結量子效應，與現今前沿的奈米電子元件，建立起現今的奈米電子元件的知識，以及開發未來前
<br>瞻奈米元件的學理基礎。適合電子，物理，材料專業背景之研究生選修。
<br>This course will discuss state of the art nanoelectronic devices and bridge a 
<br>gap between the nano-technology based on Quantum physics and the "real" VLSI 
<br>world. Therefore, fundamental aspects of the advanced nanoelectronic devices of 
<br>these device physics, device design, and applications will be introduced. The 
<br>course is expected to appeal to electrical engineers, materials scientists, 
<br>physicists.
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<br>先修課程 (Prerequisites): Semiconductor Physics and Devices (半導體元件物理，可同時修
<br>習) or Introduction to Solid-State Electronic Devices (固態電子元件導論)此二門課擇一, 
<br>and Modern Physics (近代物理)
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<br>二、指定用書(Text Books)
<br>1.  Nano - Electronics: Nanowires, Molecular Electronics, and Nano-Devices, by 
<br>Krzysztof Iniewski, McGraw-Hill, 2010.
<br>2. 教師自編的最新奈米電子元件之期刊論文整理講義
<br>(Handout of related Nanoelectronic devices SCI journal and conference papers)
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<br>三、參考書籍(References)
<br>1. Modern Semiconductor Devices for Integrated Circuits, by Chenming Calvin Hu, 
<br>PEARSON, 2010.
<br>2. Physics of semiconductor devices 3rd edition, by S. M. Sze, Kwok Kwok Ng, 
<br>WILEY, 2007.
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<br>四、教學方式 (Teaching Method)
<br>版書與投影片教學 (presentation by hand-writing and projection)
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<br>五、教學進度 (Syllabus)
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<br>授課章節(Course chapters)
<br>1. Introduction to Nanoelectronic devices 
<br>2. Quantum Physics for nanoelectronic devices 
<br>3. Nano MOSFET devices 
<br>4. Nanowire and nanodot devices 
<br>5. Nano junctionless devices 
<br>6. Tunneling effect devices 
<br>7. Advanced nonvolatile memory devices 
<br>8. Single electron effect in nanoelectronic devices
<br>9. Graphene and carbon nanotube devices 
<br>10. Organic semiconductor devices
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<br>六、成績考核(Evaluation)
<br>10% Homework, 50% Midterm exam. 40% final report
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<br>七、可連結之網頁位址
<br>尚無 (It is not available yet)
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<br>Q&A
<br>Q1. 這門課與半導體元件物理的差異為何？
<br>A: 此門課為教授現今技術前沿與未來可能應用的奈米電子元件，為半導體元件物理的延續與進階課程，由於與
<br>半導體元件物理同為下學期開授，考慮修課同學的完整性，建議可以同時修習。
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<br>Q2. 是否與半導體元件物理有過多的重疊？
<br>A: 以下為半導體元件物理的教學進度，與先進奈米電子元件重複性，僅有兩週，所以重複性只有1/9。授課章
<br>節已更新，加強後半段的前瞻(state of the art)的奈米電子元件教學，此為傳統半導體元件物理不會教授
<br>之單元。美國史丹佛(Stanford)大學，Southern Illinois大學，也有類似的課程。
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