nanohub-u fundamentals of nanoelectronics ii: m1.4 quantum systems - beyond 1d
Published 10 years ago • 3.6K plays • Length 22:52Download video MP4
Download video MP3
Similar videos
-
24:11
nanohub-u fundamentals of nanoelectronics ii: m1.1 quantum systems - schrodinger equation
-
30:30
nanohub-u fundamentals of nanoelectronics ii: m1.3 quantum systems - dispersion relation
-
20:53
nanohub-u fundamentals of nanoelectronics ii: m1.2 quantum systems - differential to matrix equation
-
20:59
nanohub-u fundamentals of nanoelectronics ii: m1.5 quantum systems - matrix equation with a "basis"
-
26:13
nanohub-u fundamentals of nanoelectronics a: from semiclassical to quantum
-
15:30
nanohub-u fundamentals of nanoelectronics a l4.2: heat & electricity: seebeck coefficient
-
24:17
nanohub-u fundamentals of nanoelectronics ii: m1.6 quantum systems - graphene
-
54:45
hands-on workshop: machine learning models for ionic conductivity with schrödinger's autoqsar
-
17:52
nanohub-u fundamentals of nanoelectronics ii: m2.5 negf - 1d wire
-
18:53
nanohub-u fundamentals of nanoelectronics i: m3.1 the nanotransistor - why the current saturates
-
19:09
nanohub-u fundamentals of nanoelectronics i: m1.2 the new ohm's law - two key concepts
-
26:42
nanohub-u fundamentals of nanoelectronics i: m4.2 the "spinning" electron - valet-fert equation
-
18:07
nanohub-u fundamentals of nanoelectronics i: m2.5 quantum of resistance - one more concept, m(e)
-
21:09
nanohub-u fundamentals of nanoelectronics i: m2.1 quantum of resistance - two concepts, n(e), d(e)
-
17:55
nanohub-u fundamentals of nanoelectronics i: m2.4 quantum of resistance - graphene
-
17:54
nanohub-u fundamentals of nanoelectronics i: m2.3 quantum of resistance - conductivity formulas
-
25:25
nanohub-u fundamentals of nanoelectronics ii: m2.4 negf - negf equations