課程大綱

課程資訊

課程名稱	當代原子與分子物理導論 Introduction to Recent Trends in Atomic and Molecular Physics
開課學期	102-2
授課對象	理學院物理學系
授課教師	劉國平
課號	Phys5051
課程識別碼	222EU2230
班次
學分	3
全/半年	半年
必/選修	選修
上課時間	星期二2,3,4(9:10~12:10)
上課地點
備註	上課教室:原分所 Room 311 總人數上限：30人
Ceiba 課程網頁	http://ceiba.ntu.edu.tw/1022Phys5051_
課程簡介影片
核心能力關聯	本課程尚未建立核心能力關連
課程大綱
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課程概述	1. Atomic structure and atom-atom interactions 2. Atom-field interactions 3. Recent developments in atomic physics 4. Molecular structure 5. Molecular spectroscopy 6. Non Born-Oppenheimer phenomena 7. Experimental aspects in molecular physics
課程目標	基本的近代原子分子物理知識。課後對發表於Physics Today, Science, Nature等相關的文獻能有初步的理解。
課程要求	修過量子物理或近代物理，或量子化學。
預期每週課前或/與課後學習時數
Office Hours
指定閱讀	待補
參考書目	１. C. Foot, “Atomic Physics”, Oxford Univ. Press, 2007. 2. W. Demtroder, “Molecular Physics”, Wiley-VCH, 2005.
評量方式 (僅供參考)	本校尚無訂定 A+ 比例上限。本校採用等第制評定成績，學生成績評量辦法中的百分制分數區間與單科成績對照表僅供參考，授課教師可依等第定義調整分數區間。詳見學習評量專區 (連結)。

課程進度

週次	日期	單元主題
第1週	2/18	1.Introduction to atom-photon interaction . Two-level atom without spontaneous decay . Rabi oscillation and Ramsey fringe . Spontaneous emission . Two-level atom with spontaneous decay . Opitical Bloch equation . Optical force on atoms 2.Atom-photon interaction in a three-level system . Electromagnetically induced transparency(EIT) . Slow light, Storage of light and stationary light . Nonlinear optics based on the EIT . Single photon and bi-photon generation based on EIT
第2週	2/25	1.Introduction to atom-photon interaction . Two-level atom without spontaneous decay . Rabi oscillation and Ramsey fringe . Spontaneous emission . Two-level atom with spontaneous decay . Opitical Bloch equation . Optical force on atoms 2.Atom-photon interaction in a three-level system . Electromagnetically induced transparency(EIT) . Slow light, Storage of light and stationary light . Nonlinear optics based on the EIT . Single photon and bi-photon generation based on EIT
第3週	3/04	1.Introduction to atom-photon interaction . Two-level atom without spontaneous decay . Rabi oscillation and Ramsey fringe . Spontaneous emission . Two-level atom with spontaneous decay . Opitical Bloch equation . Optical force on atoms 2. Atom-photon interaction in a three-level system . Electromagnetically induced transparency(EIT) . Slow light, Storage of light and stationary light . Nonlinear optics based on the EIT . Single photon and bi-photon generation based on EIT
第4週	3/11	Atom trapping and cooling . Magnetic trap . Optical dipole trap . Ion trap . Laser Cooling . Magneto-optical trap . Evaporative cooling Bose-Einstein Condensation . Cold collisions. . Spinor condensates Coherent manipulation of atoms with lasers . Raman transition . Controlling the internal and external states . Application to quantum information sciences
第5週	3/18	Atom trapping and cooling . Magnetic trap . Optical dipole trap . Ion trap . Laser Cooling . Magneto-optical trap . Evaporative cooling Bose-Einstein Condensation . Cold collisions. . Spinor condensates Coherent manipulation of atoms with lasers . Raman transition . Controlling the internal and external states . Application to quantum information sciences
第6週	3/25	Atom trapping and cooling . Magnetic trap . Optical dipole trap . Ion trap . Laser Cooling . Magneto-optical trap . Evaporative cooling Bose-Einstein Condensation . Cold collisions. . Spinor condensates Coherent manipulation of atoms with lasers . Raman transition . Controlling the internal and external states . Application to quantum information sciences
第7週	4/01	. Trapping of cold atoms . Atoms dressed by photons . Bose-Einstein condensates . Selected topics of cold atoms in optical lattices
第8週	4/08	Trapping of cold atoms . Atoms dressed by photons . Bose-Einstein condensates . Selected topics of cold atoms in optical lattices
第9週	4/15	Trapping of cold atoms . Atoms dressed by photons . Bose-Einstein condensates . Selected topics of cold atoms in optical lattices
第10週	4/22	1.5 hours on "Recent success in using quantum simulations to understand interesting physics and chemistry" . Using quantum chemistry methods to predict metal surface reactions . Ab initio molecular dynamics simulation on liquid/solid phase of water . Quantum chemsitry calculation of proteins . Reaction dynamics using quantum chemistry based trajectories to understand curious reaction features for CD3H + F. 1.5 hours on "Born-Oppenheimer approximation and its failures(using equations)"
第11週	4/29	2 hours of "Linear Combination of Atomic Orbitals(using equations and figures)" . Diatomic molecules(H2+,H2) . Polyatomic molecules using LCAO 1 hour of "Vibration of diatomic molecules" . Harmonic oscillator, morse oscillator
第12週	5/06	1.5 hours on "Vibration in polyatomic molecues, normal modes" 1.5 hours on "Potential Energy Surface and reaction"
第13週	5/13	Understanding structure of water via molecular spectroscopies (I) --This lecture will introduce different spetroscopic methods to probe different structures of water in gas, liquid to crytalling phases.
第14週	5/20	Understanding structure of water via molecular spectroscopies (II) --We will introduce a few simple examples on how computational methods can be useful to understand experimental data to extract structural information.
第15週	5/27	Wave-particle duality of large molecules --Review on the foundation and concept of quantum theory and its application to molecules.
第16週	6/03	A wonder of double-well potentials --Tunneling, localization, Delocalization, and more.
第17週	6/10	Chiral response of molecules --Interaction between molecules and the radiation fields.