McQueen Lab |
 |
Quantum Materials Research Group |
McQueen Lab |
|
Quantum Materials Research Group |
Course Webpage: http://occamy.chemistry.jhu.edu/courses/AS.030.691/fall_2013/index.php
Last Updated: December 10, 2013
The course is designed to provide the essential principles and concepts underlying the modern study of the structure and properties of materials in bulk crystals, thin films, and nanoscale objects. Topics include basic crystallography, structure determination by x-ray, neutron, and electron diffraction, fundamental concepts of bonding in solids, lattice dynamics, electronic band structure, magnetism, and strongly correlated electron behavior. Particular emphasis is placed on the impact of the structure, dimensionality, and electron count on electrical and magnetic properties (electric conduction, superconductivity, thermoelectricity, etc).
All chemistry graduate students who will be studying materials should take this course. Note for physics students: this course is designed to be complementary to AS.171.405 (Condensed Matter Physics). There should be only nominal overlap between the two courses, so you may find value in taking both.
| Class Times: | TTh 12-1:15 PM |
| Classroom: | Remsen 347 (on the campus map) |
| INSTRUCTOR: |
| Prof. Tyrel M. McQueen |
| mcqueen@jhu.edu |
| Office: New Chemistry Building #312 and Bloomberg #301 |
| Office Hours: by appointment or just stopping by ("open door policy") |
Grading: 60% Homework, 15% midterm, 25% final exam presentation
Lowest homework score will be dropped.
"None" (but the supplementary resources will be of value)
| Week 1 (9/2-9/6, no class Monday): | Introduction to materials chemistry, the nature of the chemical bond | [TMMHO, SfS] |
| Week 2 (9/9-9/13): | Crystal structures, important structure types, and coordination polyehdra [Guest Lectures] | [SfS, BSSC Ch. 1&5] |
| Week 3 (9/16-9/20): | Defects in structures [Guest Lecture], reciprocal space and diffraction | [BSSC Ch. 3, PoM Ch. 2,3,4] |
| Week 4 (9/23-9/27): | Diffraction continued, local versus average structures | [PoM Ch. 2,3,4, TMMHO] |
| Week 5 (9/30-10/4): | Electrons in solids, band structures | [BSSC Ch. 2] (Optional: A&M Ch. 8,9,10) |
| Week 6 (10/7-10/11): | Importance of Electron Correlations, Midterm Exam (THURSDAY) | [TMMHO] (Optional: A&M Ch. 8,9,10) |
| Week 7 (10/14-10/18, monday classes held tuesday, 030.691 HELD MONDAY AND THURSDAY): | Electronic structure calculations, common models, limits, multielectron wavefunctions (origin of exchange) | [TMMHO] |
| Week 8 (10/21-10/25, NO CLASS 10/22): | Electrical properties of solids | [BSSC Ch. 7, PoM Ch. 8,17,19] |
| Week 9 (10/28-11/1): | Electrical properties of solids continued | [TMMHO, BSSC Ch. 7, PoM Ch. 8,17,19] |
| Week 10 (11/4-11/8): | Magnetic properties of solids | [BSSC Ch. 8, PoM Ch. 14,16] |
| Week 11 (11/11-11/15): | Magnetic properties of solids continued, and thermodynamics in solids, entropy, heat capacity | [TMMHO, BSSC Ch. 6,8, PoM Ch. 7,14,16] |
| Week 12 (11/18-11/22): | Coupling of Thermal, Electrical, Magnetic, Mechanical, and Chemical Degrees of Freedom | [TMMHO, PoM] |
| Week 13 (11/25-11/29, No Class Wednesday to Friday): | Charge separation in solids | [TMMHO, PoM Ch. 21] |
| Week 14 (12/2-12/6): | Bringing it all together: Current topics in solid state chemistry [Thursday Guest Lecture] | [TMMHO] |
| TUESDAY, DECEMBER 17th | Final Exam | Presentations given from 9 AM - Noon |
These will be posted weekly.
Final exam information is available at final/index.html.
These will be posted as mentioned in the class.
As a matter of course policy, lecture notes are not available online. You are welcome to stop by TMM's office to view them anytime.
Graduate students are allowed to audit the course. It is required that you attend most of the lectures, and strongly recommended that you look at and complete the homework assignments.