Very preliminary timeplan for
lectures:
Time | Topic | Speaker(s) |
Monday January 19 | Information about the course etc. | BL |
The Physics of Materials | BL | |
Building Materials Atom by Atom | MP | |
Why I like materials theory | PH | |
Molecules and solid surfaces - two very different examples of materials theory applications | ES | |
The Three Pillars of Mtrls Sci.: Exp., Theory, and Computer Simulations | BL | |
Friday January 23 | Material theory from different perspectives | SG |
The individuality of atoms in molecules and materials | BL | |
Classes of materials | BL | |
The density-functional theory (DFT) as a basis, introduction | BL | |
Monday January 26 | The individuality of atoms in molecules and materials, cont. | BL |
The DFT as a basis | BL | |
Friday January 30 | Simplified formalism for chemical bonding: Model potentials | ES |
Monte-Carlo & molecular-dynamics simulations, in short | ES | |
LCAO tight-binding picture of molecules and solids | SG | |
Solving the Kohn-Sham equations in periodic solids; Supercells | SG | |
Monday February 2 | Electron-structure calcs., pseudopotential planewave (PP-PW), VASP | MP |
Introduction to dacapo (PP-PW) | ES | |
Car-Parrinello molecular dynamics (CPMD) method | SG | |
Friday February 6 | Molecular calculations | PH |
Full-potential LAPW method, brief introduction | SG | |
Monday February 9 | The individuality of atoms in molecules and materials, cont. | BL |
The DFT as a basis, soft matter | BL, ES | |
Friday February 13 | Reserve for presentations | ?? |
"Analytical DFT" | PH | |
?? | ?? | |
Monday February 16 | Binary compounds, trends | BL |
Perturbation theory and diffusion in ZnS structures & oxygen storage in ceria | BL | |
Elementary excitations and thermo-physical properties  | MP | |
Friday February 20 | Presentations | BL |
Time-dependent DFT and excitation properties of materials | SG | |
Monday February 23 | Materials with structural hierarchy, e.g., hard tools | BL |
Materials with structural hierarchy, e.g., liquid crystals | ES | |
Materials with structural hierarchy, e.g., biomaterials | SG | |
Friday February 27 | Presentations | BL |
Presentations | BL | |
Monday March 1 | Examples of mesoscopic models: Structured surfaces, film- and crystal growth | SO |
Examples of mesoscopic models:
Energetics of dislocations: the Peierls-Nabarro model |
BL? | |
Parallel computing and applications to material simulations, introduction | SG | |
Friday March 5 | Presentations | BL |
Presentations | BL |
Textansvarig: Bengt Lundqvist