
Teaching |

E-mail |

Chung-Yu Mou 03-5742537 office: 物理系 514 室
| Condensed Matter Physics(I)(II) |
凝態物理 (I) (II) |
| 2010-2011 |
牟中瑜 |
| Syllabus |
授課大綱 |
助教:高潤婷
email: junting18@gmail.com
|
目標
凝態物理是一個範圍極廣並且與實驗關連性強的領域,本課程為物理所的基礎課程,主要的目標是在使學生能掌握凝體物理共通之基本原理,因而能進一步掌握與了解凝體相關的實驗現象。
(I) midterm: Nov. 18, final: Jan. 10 (2011)
- Introduction to condensed matter physics
- Description of orders and atomic structures
-- Crystal Lattices and Structures
-- Scattering and Experimental determination
-- Noncrstalline State: liquid crystals、polymer、quasi-crystals
、liquids and glass
- Mechanical and dynamical properties of atomic structures
-- elasticity
-- lattices waves、second quantization and phonons
-- Ginzburg-Landau theory of phase transition
-- defect、dislocations and melting: solids versus crystal、Mermin-Wagner theorem and 2D melting
- Electronic structures
-- Failure of free-electron model in crystal
-- Bloch theorem and non-interacting electrons
-- methods for calculating band structures
-- effects of electron-electron interactions:
Hartree-Fock equations
Density functional theory
-- Correlation effects: metals、insulators and Mott physics
- Electron Transport
-- semi-classical electron dynamics
-- Boltzman equation
-- Quantum Many-particle theory and Linear Responses
and non-thermodynamic measurement
-- Fermi liquids theory
-- microscopic theories of conduction
-- quantum transport in one dimension
- Optical Properties
-- general characterization of optical response and experimental
Methods (Raman spectrum & photoemission)
-- optical properties of insulators、semiconductors and metals
- Magnetism
-- diamagnetism and paramagnetism
-- magnetic interactions: exchanges、RKKY interaction、Kondo effect
-- ferromagnetism and antiferromagnetism: exchanges and spin
models、mean-field theory、Stoner criterion、spin waves
- Quantum Hall effect
-- de Haas-van Alphen effect
-- Landau Levels、Integer Effect and Laughlin’s arguement
-- Laughlin’s wavefunction and Fractional Effect
- Fluids and superfluidity
-- Newtonian fluid: Viscosity and Navier-Stokes equations
-- Superfluid in 4He: two-fluid model、second sound and
superfluidity
- Superconductivity
-- macroscopic phenomenology of superconductivity
-- Ginzburg-Landau Theory and vortex phases
-- microscopic theory: BCS theory
-- high temperature superconductors
Textbooks
Solid State Physics, Ashcroft/Mermin
Condensed Matter Physics, Michael P. Marder
Principles of Condensed Matter Physics, Chaikin/Lubenksy
Many-Body Quantum Theory in Condensed Matter Physics, An
Introduction, Henrik Bruus and Karsten Flensberg
計分方式
- 作業+report 40% 期中考 30% 期末考 30%