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Book · Advanced · 60+ hours

Crystallography, Electronic Structure & VASP

From Crystal Symmetry to Mn-Doped Quantum Dot Simulations

Master crystal symmetry, reciprocal space, and electronic structure theory. Build toward Mn-doped CdSe quantum dot simulations using VASP from first principles.

6Chapters
39Sections
10hReading
7Parts
Part I·1 chapter · 10 sections

Real Space— Crystal lattices, symmetry, and space groups.

The Architecture of Crystals — Real Space

Lattice vectors, unit cells, Bravais lattices, symmetry operations, point groups, space groups, and supercell construction

10 sections158 min read
Start chapter
  1. 01What Is a Crystal?12m
  2. 02Lattice Vectors and the Unit Cell15m
  3. 03The 14 Bravais Lattices18m
  4. 04Fractional Coordinates12m
  5. 05Symmetry Operations15m
  6. 06Point Groups18m
  7. 07Space Groups20m
  8. 08Wyckoff Positions15m
  9. 09Building Supercells15m
  10. 10Common Crystal Structures18m
Part II·1 chapter · 2 sections

Group Theory— Representations, characters, and selection rules.

Mathematics of Symmetry — Group Theory Essentials

Group axioms, representations, character tables, direct products, and selection rules for crystallography

2 sections27 min read
Start chapter
  1. 01What Is a Group?12m
  2. 02Symmetry Groups in Action15m
Part III·1 chapter · 10 sections

Reciprocal Space— Brillouin zones, diffraction, and k-points.

Part IV·1 chapter · 6 sections

Quantum Theory— DFT, pseudopotentials, and SCF.

Quantum Mechanics for Solids

Free electron model, nearly free electrons, tight binding, DFT foundations, and exchange-correlation functionals

6 sections101 min read
Start chapter
  1. 01The Free Electron Gas15m
  2. 02Nearly Free Electrons and Band Gaps18m
  3. 03Tight-Binding Model18m
  4. 04The Many-Body Problem12m
  5. 05Density Functional Theory20m
  6. 06Kohn-Sham Equations18m
Part V·1 chapter · 10 sections

Electronic Structure— Bands, DOS, optics, and defects.

Part VI·1 chapter · 1 sections

Hybrid Functionals & Algorithms— Beyond LDA/GGA — exact exchange, HSE06, and the iterative machinery of DFT codes.

Hybrid Functionals and DFT Algorithms

Self-interaction error, Hartree–Fock exchange, hybrid functionals (PBE0, B3LYP, HSE06), iterative diagonalization, density mixing, and the algorithmic machinery behind modern DFT codes

1 section18 min read
Start chapter
  1. 01The Band-Gap Problem and Why DFT Needs Help18m

39 sections. Begin with one.

Chapter 1 — The Architecture of Crystals — Real Space — is where every reader starts.

In progress — 39 of 70 lessons published

31 more sections are still being written and are not part of this count.