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Fault-tolerant quantum computation with constant error rate
Dorit Aharonov
*
,
Michael Ben-Or
*
Corresponding author for this work
The Rachel and Selim Benin School of Engineering and Computer Science
Research output
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peer-review
303
Scopus citations
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Keyphrases
Error Rate
100%
Constant Error
100%
Local Noise
100%
Fault-tolerant Quantum Computation
100%
Calderbank-Shor-Steane Code
100%
Quantum Computation
66%
Quantum Circuit
66%
Fault-tolerant
66%
Shor
66%
Nearest-neighbor Interactions
33%
Depolarization
33%
Hierarchical Structure
33%
Simple Proof
33%
Qubit
33%
Fault Tolerance
33%
Main Active Ingredients
33%
Constant Threshold
33%
Quantum Error-correcting Codes
33%
Universal Sets
33%
Quantum Computer
33%
Special Class
33%
Noise Model
33%
Decoherence
33%
Algebraic Structure
33%
Foundations of Computer Science
33%
Qudit
33%
Fault-Tolerant Computation
33%
Greenwich
33%
Bit-flipping
33%
Two-qubit Gates
33%
Quantum Analogue
33%
Transversal
33%
Quantum Particles
33%
Rate Decay
33%
Computing Research
33%
Probabilistic Error
33%
Phase Flip
33%
Reed-Solomon Codes
33%
Scalable Quantum Computing
33%
Circuit Faults
33%
Amplitude Damping
33%
Polynomial Codes
33%
Mathematics
Error Rate
100%
Quantum Computation
100%
Calderbank
50%
Quantum Circuit
33%
Polynomial
16%
Nearest Neighbor
16%
Probability Theory
16%
Error Correcting Codes
16%
Quantum Analog
16%
Qubit
16%
Algebraic Structure
16%
Quantum Error
16%
Transversals
16%
Quantum Particle
16%
Encoded State
16%
Universal Set
16%
Qubit Gate
16%
Solomon Code
16%
Neighbor Interaction
16%
Quantum Computer
16%
Physics
Quantum Computing
100%
Quantum Dot
33%
Quantum Computer
16%