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All Modules Quantum Hardware & Compilation

Hardware & Compilation

0 / 24 solved
0/24 solved
Question Tags Difficulty Success
1. How deep is the circuit
QuantumQuantum Computing
Medium 86%
2. Repeated circuit runs
QuantumQuantum Computing
Easy 86%
3. Many-shot reason
QuantumQuantum Computing
Easy 100%
4. Simulator versus device
QuantumQuantum Computing
Easy 100%
5. Hardware layout constraints
QuantumQuantum Computing
Medium 67%
6. Transpilation purpose
QuantumQuantum Computing
Medium 86%
7. Depth Before Noise Wins
nisqgate-fidelity +2
 Medium 100%
8. Why are SWAP gates sometimes added during transpilation?
quantumquantum computing +2
 Medium —
9. Three Swaps To Meet
transpilationqubit-routing +2
 Medium —
10. What is a coupling map?
quantumquantum computing +2
 Medium 67%
11. What does NISQ mean?
quantumquantum computing +2
 Easy 57%
12. What is decoherence?
quantumquantum computing +2
 Easy 86%
13. What is a quantum simulator?
quantumquantum computing +1
 Easy —
14. Why is simulating many qubits hard classically?
quantumquantum computing +2
 Medium 50%
15. What is statevector simulation?
quantumquantum computing +1
 Medium 80%
16. What is the difference between ideal and noisy simulation?
quantumquantum computing +1
 Easy —
17. Correcting The Counts
readout-errormeasurement-mitigation +2
 Hard —
18. What is gate fidelity?
quantumquantum computing +2
 Medium —
19. What does the Sampler primitive return?
quantumquantum computing +2
 Medium —
20. What is dynamical decoupling used for?
quantumquantum computing +2
 Insane 80%
21. What does a Kraus representation describe?
QuantumQuantum Computing +1
 Hard —
22. What condition applies to T1 and T2 in thermal relaxation models?
QuantumQuantum Computing +1
 Insane —
23. What is the goal of SABRE-style routing?
QuantumQuantum Computing +1
 Hard —
24. What does a directed coupling map edge mean?
QuantumQuantum Computing +1
 Hard —

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