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Showing below up to 44 results in range #1 to #44.

1. About k-point sampling
2. Annulene molecule between two graphene nanoribbon electrodes nanojunction
3. Band structure of Ni
4. Band structure of bulk graphene
5. Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that
6. Computer Lab
7. Computing
8. Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons
9. Conductance of annulene molecule between graphene nanoribbon leads
10. Conductance of annulene molecule between two graphene nanoribbon electrodes
11. Conductance of graphene nanoribbons
12. Conductance of single-molecule
13. Conductance of topological insulators built from graphene nanoribbons
14. Discretization of 1D continuous Hamiltonian
15. Electronic structure of graphene and topological insulator nanowires
16. Electronic structure of graphene nanoribbons: Tight-binding versus density functional theory methods
17. Homework
18. Homework Set 1
19. Homework Set 2
20. Homework Set 3
21. Homework Set 4
22. How to construct matrix representation of tight-binding Hamiltonian of graphene for numerical calculations
23. How to put magnetic field into tight-binding Hamiltonian
24. How to submit GPAW jobs on mills
25. Key equations from quantum statistical tools
26. Lattice constant, DOS, and band structure of Si
27. Lectures
28. MATLAB Brief List of Commands
29. PtH2Pt nanojunction
30. References
31. Research Projects
32. Spin Hall effect in four terminal devices
33. Spin and charge transport in 1D models of magnetic tunnel junctions: Quantum oscillations of magnetoresistance, dephasing, and spin-transfer torque
34. Subband structure of carbon nanotubes
35. Subband structure of graphene nanoribbons
36. Syllabus
37. Temp
38. Temp HW 1
39. Temp HW 2
40. Temp HW 3
41. Temp HW 4
42. Temp Projects
43. Topological Hall effect in four terminal devices
44. Transport properties of ballistic and diffusive nanowires: A nonequilibrium Green function approach