Long pages

Showing below up to 45 results in range #1 to #45.

1. (hist) Band structure of graphene, massless Dirac fermions as low-energy quasiparticles, Berry phase, and all that [20,095 bytes]
2. (hist) Lectures [16,758 bytes]
3. (hist) Temp HW 4 [13,776 bytes]
4. (hist) Temp [12,786 bytes]
5. (hist) MATLAB Brief List of Commands [11,677 bytes]
6. (hist) Homework Set 2 [11,101 bytes]
7. (hist) Spin and charge transport in 1D models of magnetic tunnel junctions: Quantum oscillations of magnetoresistance, dephasing, and spin-transfer torque [10,585 bytes]
8. (hist) Temp HW 3 [9,491 bytes]
9. (hist) Spin Hall effect in four terminal devices [9,263 bytes]
10. (hist) Homework Set 3 [9,018 bytes]
11. (hist) Homework Set 4 [8,972 bytes]
12. (hist) Computer Lab [8,269 bytes]
13. (hist) Transport properties of ballistic and diffusive nanowires: A nonequilibrium Green function approach [7,579 bytes]
14. (hist) PtH2Pt nanojunction [7,530 bytes]
15. (hist) Lattice constant, DOS, and band structure of Si [6,469 bytes]
16. (hist) Homework Set 1 [6,441 bytes]
17. (hist) Conductance of annulene molecule between graphene nanoribbon leads [6,116 bytes]
18. (hist) References [6,108 bytes]
19. (hist) Syllabus [6,086 bytes]
20. (hist) Annulene molecule between two graphene nanoribbon electrodes nanojunction [6,079 bytes]
21. (hist) Conductance of annulene molecule between two graphene nanoribbon electrodes [5,879 bytes]
22. (hist) Conductance of topological insulators built from graphene nanoribbons [5,842 bytes]
23. (hist) Electronic structure of graphene and topological insulator nanowires [5,716 bytes]
24. (hist) Computing [5,403 bytes]
25. (hist) Temp HW 2 [5,112 bytes]
26. (hist) Electronic structure of graphene nanoribbons: Tight-binding versus density functional theory methods [5,072 bytes]
27. (hist) Main Page [4,924 bytes]
28. (hist) Topological Hall effect in four terminal devices [4,786 bytes]
29. (hist) How to put magnetic field into tight-binding Hamiltonian [4,559 bytes]
30. (hist) Discretization of 1D continuous Hamiltonian [4,553 bytes]
31. (hist) Subband structure of graphene nanoribbons [4,422 bytes]
32. (hist) How to submit GPAW jobs on mills [4,186 bytes]
33. (hist) Temp HW 1 [4,113 bytes]
34. (hist) About k-point sampling [4,102 bytes]
35. (hist) Research Projects [4,056 bytes]
36. (hist) Band structure of bulk graphene [4,039 bytes]
37. (hist) Subband structure of carbon nanotubes [3,987 bytes]
38. (hist) Conductance and shot noise of pseudodiffusive and diffusive electron transport through graphene nanoribbons [3,596 bytes]
39. (hist) Conductance of graphene nanoribbons [3,065 bytes]
40. (hist) Band structure of Ni [2,621 bytes]
41. (hist) Key equations from quantum statistical tools [2,349 bytes]
42. (hist) Conductance of single-molecule [1,928 bytes]
43. (hist) Temp Projects [1,504 bytes]
44. (hist) Homework [534 bytes]
45. (hist) How to construct matrix representation of tight-binding Hamiltonian of graphene for numerical calculations [361 bytes]