一、課程說明(Course Desc<x>ription)
<br>二維材料為實現量子系統的關鍵材料，近年來成為國際高度關注的熱門領域，探索豐富且新穎物理特
<br>性、元件設計及創新應用，需要從材料科學及基礎物理獲得相關知識，期望藉由開設這門針對二維材料
<br>的課程，讓學生了解量測技術及二維材料相關的物理特性，課程內容會涵蓋基礎的材料科學、數學、物
<br>理、量
<br>測技術、元件製程及超導系統等，透過跨領域學科的整合，啟發同學對基礎研究或關鍵技術的興趣及相關
<br>知
<br>識。
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<br>二、指定用書(Text Books)
<br>無
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<br>三、參考書籍(References)
<br>無
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<br>四、教學方式(Teaching Method)
<br>投影片 實體教室
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<br>五、教學進度(Syllabus)
<br>M1 – Materials 
<br>W01	2D @ Materials 
<br>W02	Fundamental @ Math+Phys: 量子、次原子粒子、薛丁格方程、 晶體結構
<br>W03	Measure @ Materials 
<br>W04	Seminar @ 2D + MSE
<br>
<br>M2 - Optical
<br>W05	2D @ Optical
<br>W06	Fundamental @ Math+Phys: 矩陣、Fourier、對稱性、應力
<br>W07	Measure @ Optics
<br>W08	Seminar @ 2D + Optics
<br>
<br>M3 - Electronics 
<br>W09	2D @ Electronics
<br>W10	Fundamental @ Math+Phys: 場論、Laplace、缺陷與參雜、相變化
<br>W11	Measure @ MSE
<br>W12	Seminar @ 2D + Electronics 
<br>
<br>M4 – Magnetism & Superconductivity   
<br>W13	2D @ Magnetism & Superconductivity
<br>W14	Fundamental @ Math+Phys: 線性代數、特徵值問題、相變化 
<br>W15	Measure @ Magnetism & Superconductivity
<br>W16	Seminar @ 2D + Magnetism + Superconductivity
<br>
<br>M5 – Advanced 
<br>W17	Advanced & Novel @ 2D 
<br>W18	Advanced & Novel @ Measure 
<br>W19	Seminar @ 2D + Advanced & Novel  
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<br>W20     Final exam
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<br>六、成績考核(Evaluation)
<br>考試:20%; 作業:20%; 報告:60%, 
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<br>七、可連結之網頁位址
<br>無
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