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A scalable quantum computing platform using symmetric-Top molecules
Phelan Yu
,
Lawrence W. Cheuk
, Ivan Kozyryev
, John M. Doyle
Research output
:
Contribution to journal
›
Article
›
peer-review
95
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Scopus citations
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Keyphrases
Alkaline Earth
12%
Closely Spaced
12%
Diatomic Molecules
12%
Dipolar Interaction
12%
Doublet
12%
Electric
12%
Electric Dipole Moment
12%
Electric Field Control
12%
Environmental Perturbations
12%
Experimental Parameters
12%
Fault-tolerant Quantum Computation
12%
Gate Error
12%
Hyperfine Interactions
12%
Hyperfine Structure
12%
Internal Structure
12%
Low Electric Field
12%
Minimal Sensitivity
12%
Molecular Hamiltonian
12%
Quantum Computing
25%
Quantum Computing Platforms
100%
Qubit
50%
Qubit States
12%
Rotational Degrees of Freedom
12%
Scalable Platform
12%
Scalable Quantum Computing
100%
Symmetric Top
12%
Symmetric Top Molecule
100%
Three-level
12%
Physics
Alkaline Earth Metal
20%
Degree of Freedom
20%
Diatomic Molecule
20%
Dipole Moment
20%
Electric Field
40%
Hyperfine Structure
20%
Quantum Computing
100%
Quantum Dot
100%
Computer Science
Computing Platform
100%
Fault Tolerant
20%
Proposed Quantum
20%
Quantum Computing
100%
Qubit
80%
Qubit Interaction
20%
Engineering
Degree of Freedom
20%
Electric dipole moments
20%
Electric Field
40%
Experimental Parameter
20%
Quantum Computation
100%
Qubit
80%
Qubit State
20%
Rotational
20%