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Day 1
Day 2
Day 3
Day 4
Day 5
Displaying
23
contributions
out of
23
Career and Opportunities Session
Session:
Day 5
Coffee break
Session:
Day 2
Concluding Remarks
Session:
Day 5
Continuation
Session:
Day 4
Crystal Structure (lattice + basis review) Hands-on Session - Drawings using VESTA, Xcrysden, Material cloud, etc
Session:
Day 2
Hands on Session Continuation: Lattice parameter (vc-relax and EOS) and geometry optimization, setting up and doing surface calculation, VESTA introduction
Session:
Day 3
Hands on Session: Bulk Silicon: Optimizing Basis Set Size, k-grid, Computing Lattice Parameters, Visualize charge density
Session:
Day 3
Hands on Session: Electronic Properties of Si (semiconductor) and Cu (metal): Band Structure, DOS
Session:
Day 4
Hands on Session: Overview of DFT Software (VASP, Quantum ESPRESSO, etc.)
Session:
Day 2
Hands on Session: spin-polarized (half metallic) + phonons
Session:
Day 5
Hands on session: Optimizing k-grid, smearing, etc. for metallic systems, repeat ev.x
Session:
Day 4
Hands-on Session: Solving quantum mechanical toy problems using the variational principle
Session:
Day 1
Introductory Remarks
Session:
Day 1
Lecture 10: DFT and Magnetism (Local Spin Density Approximation (LSDA), Magnetic Materials)
Session:
Day 5
Lecture 11: Phonons
Session:
Day 5
Lecture 1: Basics of Quantum Mechanics (Recap of Schrödinger Equation, Bra-ket notation, Matrix formulation, Variational Principle, Applications to the H-atom)
Session:
Day 1
Lecture 2: Introduction to Variational Principle and H-atom Calculation
Session:
Day 1
Lecture 3: Many-Electron Systems and Approximations (Born-Oppenheimer Approximation, Hartree, Hartree-Fock
Session:
Day 1
Lecture 4: Introduction to Electronic Structure Calculations in Materials Science
Session:
Day 2
Lecture 5: Basics of Solid-State Physics Reciprocal Lattice, Bloch’s Theorem, Band Structure
Session:
Day 2
Lecture 7: DFT in Practice (Overview, Basis Sets, Pseudopotentials, Brillouin Zone Sampling and k-points)
Session:
Day 3
Lecture 8: DFT for Metallic Systems (Smearing Techniques, k-points in Metals, Band Structure, Density of States (DOS))
Session:
Day 4
Lecture 9: Introduction to Stress, Forces, and Geometry Optimization in DFT + handling finite systems
Session:
Day 3