FDNS21: Realizing 2D Transport in 2D Van der Waals Crystals
Realizing 2D Transport in 2D Van der Waals Crystals
-
1. 2D Transport in 2D van der Waa…
0
00:00/00:00
-
2. University of Chicago
67.467467467467472
00:00/00:00
-
3. Waferscale vdW solids – What…
133.96730063396731
00:00/00:00
-
4. Topic 1: Combinatorial vdW sol…
318.55188521855189
00:00/00:00
-
5. Robotic Manufacturing of van d…
438.17150483817153
00:00/00:00
-
6. Vacuum stacking robot
567.40073406740078
00:00/00:00
-
7. MoS2 checker board (N = 1 ~16)
627.52752752752758
00:00/00:00
-
8. Rotated vdW solids
719.35268601935275
00:00/00:00
-
9. Interlayer recontruction (4L W…
820.42042042042044
00:00/00:00
-
10. Topic 2: Toward 2D thermal con…
876.54320987654319
00:00/00:00
-
11. Stacked TMD films with giant t…
1078.3116449783117
00:00/00:00
-
12. Thermal conductivity measureme…
1180.4804804804805
00:00/00:00
-
13. Extremely low vertical thermal…
1312.2455789122457
00:00/00:00
-
14. Extremely low vertical thermal…
1332.832832832833
00:00/00:00
-
15. World's most anisotropic therm…
1409.9432766099433
00:00/00:00
-
16. Directed cooling of nanoscale …
1501.1344678011346
00:00/00:00
-
17. Topic 3: 𝛿-waveguide for 2D…
1636.2696029362696
00:00/00:00
-
18. Laser sliced by 𝛿-waveguide
1753.0196863530198
00:00/00:00
-
19. 2D photonic waveguide
1833.8672005338672
00:00/00:00
-
20. Monolayer: the best 𝛿-waveg…
1888.4217550884218
00:00/00:00
-
21. 𝛿-trap vs 𝛿-waveguide
1947.847847847848
00:00/00:00
-
22. Focusing 2D waves (using cylin…
2042.4758091424758
00:00/00:00
-
23. Splitting & Steering 2D photon…
2080.0800800800803
00:00/00:00
-
24. Summary: 2D vdW solids for 2D …
2161.761761761762
00:00/00:00
-
25. Acknoledgements
2208.742075408742
00:00/00:00
-
26. Thank you!
2219.6529863196529
00:00/00:00
-
27. Rotated vdW solids
2316.3830497163831
00:00/00:00