Answer:
(D) P(D or E) = 0.72
Explanation:
That's the correct answer.
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The Effect of Correlated Decay on Fault-Tolerant Quantum Computation is known to be correlation delay are:
- In the study, correlated decay makes each qubit in a computer to decohere in a very short amount of time
- There is full eigenvalue spectrum of the transmission or the exchange Hamiltonian that lead to correlated decay.
<h3>What is the study about?</h3>
The study examine noise made in the circuit model of quantum computers if the qubits are added to a bosonic bath and the study also looks at the the failure that may take place in scalability of quantum computation.
Other result was The rate of spread of the eigenvalue distribution was said to have increase faster with N when liken to the spectrum of the undisturbed system Hamiltonian.
Hence, The Effect of Correlated Decay on Fault-Tolerant Quantum Computation is known to be correlation delay are:
- In the study, correlated decay makes each qubit in a computer to decohere in a very short amount of time
- There is full eigenvalue spectrum of the transmission or the exchange Hamiltonian that lead to correlated decay.
Learn more about correlation from
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