Self-energies: Opening Doors for Nanotechnology
Self-energies: Opening Doors for Nanotechnology
-
1. Self-energies: Opening Doors f…
0
00:00/00:00
-
2. Self-energies? Why would anyon…
16.816816816816818
00:00/00:00
-
3. 14 years of work on self-energ…
24.224224224224226
00:00/00:00
-
4. Self-energies in the coming de…
45.679012345679013
00:00/00:00
-
5. A change in the view of the wo…
99.4994994994995
00:00/00:00
-
6. Nanotechnology's potential
191.22455789122458
00:00/00:00
-
7. Nonequilibrium Green's functio…
229.46279612946282
00:00/00:00
-
8. NEGF and self-energies Ʃ
277.07707707707709
00:00/00:00
-
9. 2 aspects of stationary NEGF
311.1444778111445
00:00/00:00
-
10. NEGF in the context of nanoele…
418.81881881881884
00:00/00:00
-
11. NEGF in the context of nanoele…
452.28561895228563
00:00/00:00
-
12. Self-energy work in München
490.72405739072406
00:00/00:00
-
13. Cascade devices: Field periodi…
532.16549883216555
00:00/00:00
-
14. Field periodic leads – impac…
608.641975308642
00:00/00:00
-
15. Hot electrons – propagation …
677.21054387721063
00:00/00:00
-
16. New design concept for THz-QCL…
814.3143143143144
00:00/00:00
-
17. Result: Gain vs. Temperature
832.56589923256593
00:00/00:00
-
18. Transition to Purdue
911.04437771104438
00:00/00:00
-
19. Most commonly used so far: per…
930.33033033033041
00:00/00:00
-
20. General iterative lead contact…
974.4077410744078
00:00/00:00
-
21. Verification: non-periodic lea…
1070.0700700700702
00:00/00:00
-
22. Verification: transmission in …
1137.8044711378045
00:00/00:00
-
23. Verification: transmission in …
1209.9766433099767
00:00/00:00
-
24. Self energies beyond NEGF: Sur…
1321.287954621288
00:00/00:00
-
25. Si[100]/SiO2 interface structu…
1397.530864197531
00:00/00:00
-
26. Bandstructures with self-energ…
1429.9632966299635
00:00/00:00
-
27. Comparison with experiment
1464.7647647647648
00:00/00:00
-
28. Today's greatest challenges fo…
1491.157824491158
00:00/00:00
-
29. Known solutions for fresh wate…
1522.7894561227895
00:00/00:00
-
30. New way to filter water: 2D na…
1557.323990657324
00:00/00:00
-
31. Vision to improve water nanofi…
1600.1001001001002
00:00/00:00
-
32. Vision to improve filtering: N…
1658.6252919586254
00:00/00:00
-
33. Connection to self-energies
1705.9392726059393
00:00/00:00
-
34. Today's greatest challenges fo…
1731.9986653319988
00:00/00:00
-
35. Known solutions for sustained …
1760.6606606606608
00:00/00:00
-
36. Vision for low frequency phono…
1781.081081081081
00:00/00:00
-
37. Cooling with surface phonon-po…
1872.0720720720722
00:00/00:00
-
38. Energy consistent scattering s…
1971.7384050717385
00:00/00:00
-
39. Today's greatest challenges fo…
2008.5085085085086
00:00/00:00
-
40. End of Moore's law closer than…
2057.2572572572572
00:00/00:00
-
41. Vision for Moore v2 – multiv…
2110.2769436102772
00:00/00:00
-
42. Self-energies for device uncer…
2228.6286286286286
00:00/00:00
-
43. Efficient uncertainty quantifi…
2260.6272939606274
00:00/00:00
-
44. Connection to multi-valued log…
2315.4821488154821
00:00/00:00
-
45. Patents and companies
2328.6619953286622
00:00/00:00
-
46. NEMO5:multipurpose nanodevice …
2384.9516182849516
00:00/00:00
-
47. High performance computing
2413.58024691358
00:00/00:00
-
48. Impact of work so far
2427.7610944277612
00:00/00:00
-
49. Summary: Self-energies as door…
2457.424090757424
00:00/00:00
-
50. NEMO5: Contributors
2499.3660326993663
00:00/00:00