syllabus name of course : solid state physics( 고체물리 ) course classification: selective...

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Syllabus Name of Course : Solid State Physics( 고고고고 ) Course Classification: Selective Course No: MS 613 Instructor: Duk Young Jeon Applied Engineering Bldg. rm# 4307, ext:3337 [email protected] Teaching assistant: Dongchan Lee Applied Engineering Bldg. rm# 5419 , ext 3377 [email protected] Website : http://display.kaist.ac.kr

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Page 1: Syllabus Name of Course : Solid State Physics( 고체물리 ) Course Classification: Selective Course No: MS 613 Instructor: Duk Young Jeon Applied Engineering

Syllabus

Name of Course : Solid State Physics( 고체물리 )

Course Classification: Selective

Course No: MS 613

Instructor: Duk Young Jeon

Applied Engineering Bldg. rm# 4307, ext:3337

[email protected]

Teaching assistant: Dongchan Lee

Applied Engineering Bldg. rm# 5419 , ext 3377

[email protected]

Website : http://display.kaist.ac.kr

Page 2: Syllabus Name of Course : Solid State Physics( 고체물리 ) Course Classification: Selective Course No: MS 613 Instructor: Duk Young Jeon Applied Engineering

Course description of Solid State Physics (MS 613)

We often encounter complex behaviors of materials and devices. We are easily embarrassed due to not being able to handle such behav-iors. One way to understand them is to learn Solid State Physics.

In this course "solid state physics" means mainly the physics of crystalline solids. The many properties of crystalline materials have to do with the periodicity of their constituent atoms.

namely, Solid state materials (if limited on crystalline ones) ⇒ aggregate of 〔 regularly arrayed ion 〕 + 〔 electrons with some freedom 〕

The basics or core understanding of Solid State Physics is coming from Quantum Mechanics applied to regular array of atoms or ions. The list of topics to be covered is shown in the next page.

Page 3: Syllabus Name of Course : Solid State Physics( 고체물리 ) Course Classification: Selective Course No: MS 613 Instructor: Duk Young Jeon Applied Engineering

  Month    day        내                                 용 

   9    2, 4  Introduction/ Recent trend in Materials Sciences  

     9, 11, 16 Necessity of quantum concepts, Chemical bonding in solid, structure of solid matter

     18, 23 Diffraction from periodic structures

25, 30 Diffraction from periodic structures

10 2, 7 Dynamics of atoms in xtals

9, 14, 16 Free electron gas

     21, 23 Free elelctron gas & Elect. Bandstructure of solids , Mid-Term Exam

      28, 30  Elect. Bandstructure of solids

11   4. 6 Dielectric properties

    11, 13, Optical properties ( 11th. Presenting at international Conf)

   18, 20 Magnetic properties

    25, 27 Semiconductor

12    2, 4  Semiconductor

       9, 11  Semiconductors

16 or 18 Final Exam

Course schedule for Fall Semester of 2014

Credit ; Attendance: 10%, Homework:15%, Mid-term Ex: 30%, Research Paper:15%, Final Ex: 30% ,

Page 4: Syllabus Name of Course : Solid State Physics( 고체물리 ) Course Classification: Selective Course No: MS 613 Instructor: Duk Young Jeon Applied Engineering

Text : 1)H. Ibach, H. Lüth Solid-State Physics 3rd ed. (An Introduction to Principles of Materials Science) 2)Ashcroft & Mermin Solid St. Physics

Reference : 1) Int. to Solid State Physics 7e, C. Kittel 2) Elementary Sol. St. Physics M. Ali Omar 3) Electrons in Solid R.H. Bube 4) Fundamentals of Semiconductors P. Yu & M. Cardona 5) Materials Today, Annual Review of Materials Science will be visited whenever needed.