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Relaxation of candidate electron spin qubits
Stephen Aplin Lyon
Electrical and Computer Engineering
Princeton Institute for the Science and Technology of Materials
Research output
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Contribution to journal
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Conference article
›
peer-review
1
Scopus citations
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Mathematics
Qubit
87%
Electron
72%
Decoherence
39%
SiGe
16%
Spin-orbit Coupling
16%
Quantum Well
15%
Quantum Dots
14%
Silicon
12%
Semiconductors
10%
Asymmetry
10%
Architecture
9%
Ground State
9%
Excitation
9%
Liquid
8%
Inversion
7%
Term
4%
Form
3%
Engineering & Materials Science
Qubits
100%
Electrons
71%
Relaxation
65%
Spin orbit coupling
21%
Semiconductor quantum wells
15%
Ground state
15%
Paramagnetic resonance
13%
Helium
11%
Semiconductor materials
8%
Silicon
7%
Liquids
6%
Hot Temperature
4%
Physics & Astronomy
electron spin
71%
electrons
29%
causes
17%
liquid helium
14%
electron paramagnetic resonance
12%
inversions
11%
asymmetry
10%
quantum dots
10%
quantum wells
10%
orbits
10%
ground state
9%
silicon
7%
excitation
6%
Chemical Compounds
Electron Spin
58%
Electron Particle
38%
Spin-Orbit Coupling
17%
Time
15%
Asymmetry
15%
Quantum Dot
12%
Ground State
11%
Compound Mobility
10%
Semiconductor
10%
Donor
9%
Liquid
7%