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Topological Insulator Superlattices
Philip Klipstein
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Engineering & Materials Science
Topological insulators
100%
Superlattices
91%
Wave functions
67%
Quantum Hall effect
33%
Spin Hall effect
30%
Spintronics
25%
Boundary conditions
24%
Momentum
14%
Sand
14%
Derivatives
13%
Temperature
12%
Chemical Compounds
Nonconductor
54%
Superlattice
49%
Wave Function
42%
Electron Spin
40%
Hall Effect
17%
Momentum
16%
Spintronics
15%
Conductance
11%
Length
7%
Reaction Yield
4%
Physics & Astronomy
superlattices
46%
insulators
35%
wave functions
10%
boundary conditions
6%
sands
4%
Hall effect
4%
inversions
3%
alignment
3%
momentum
3%
decay
2%
interactions
1%
temperature
1%