A run of the algorithm will correctly solve the #DecisionProblem with a probability of at least 2/3.
#BQP can be viewed as the languages associated with certain bounded-error uniform families of quantum circuits.
...
Alternatively, one can define BQP in terms of #QuantumTuringMachines.
"
#BQP can be viewed as the languages associated with certain bounded-error uniform families of quantum circuits.
...
Alternatively, one can define BQP in terms of #QuantumTuringMachines.
"
August 29, 2026 at 4:30 AM
A run of the algorithm will correctly solve the #DecisionProblem with a probability of at least 2/3.
#BQP can be viewed as the languages associated with certain bounded-error uniform families of quantum circuits.
...
Alternatively, one can define BQP in terms of #QuantumTuringMachines.
"
#BQP can be viewed as the languages associated with certain bounded-error uniform families of quantum circuits.
...
Alternatively, one can define BQP in terms of #QuantumTuringMachines.
"