Notes for Learning

Books:

1. Advanced Engineering Mathematics (10th) by Erwin Kreyszig: Notes.

2. CUDA C Programming by J. Cheng, M. Grossman, and T. McKercher: Memos.

3. Feynman Diagram Techniques in Condensed Matter Physics (by R. A. Jishi): Memos in Chapter 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13.

4. Modern Quantum Chemistry (by A. Szabo and N. S. Ostlund)

5. Feynman Diagrams in the Many-Body Problem (by R. D. Mattuck)

Examples for learning:

1. Linux Commands

2. GNUPLOT Examples : plot band structures and density of states (DOS) from OpenMX outputs.

3. LaTeX Examples

4. OpenMX Test Examples : PPT and Examples ( optc5 / band structure / DOS (v/h) / Optical properties (cd/df) ).

   • optc5 :  MD.Type   optc5

   • opt:  MD.Type   opt

   • Band : MD.Type   nomd   and   Band.dispersion   on

   • DOS and Fermi surface : 

DosGauss.fileout             on  # default=off, on|off

DosGauss.Num.Mesh  2001 # default=200

DosGauss.Width              0.05 # default=0.2 (eV)

Dos.fileout  off                             # default=off, on|off

Dos.Erange   -10.0  10.0           # from A to B

Dos.Kgrid    150 150  150           # kgrid=Na x Nb x Nc

Others:

5. 1. The Linear Harmonic Oscillator

   2. Units of electric thermal conductivity

   3. Derivations of dielectric function and screened coulomb interaction with correct notations.

Units:

• Wavelength λ = hc / E  [eV*nm / eV ] = 1239.84198406 / E  [nm]