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24 October 2024
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1 October 2024
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30 September 2024
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Created page with "The <code>readout</code> operation lets you specify which qubits will be measured. The SnowflurryPlots library and the <code>plot_histogram</code> function allow you to visualize the results. <noinclude> {{Command|julia |result=julia> using SnowflurryPlots julia> push!(circuit, readout(1,1), readout(2,2)) julia> plot_histogram(circuit,1000) }} </noinclude> thumb|alt=Résultats de 1000 simulations de l'état de Bell."
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Created page with "Quantum Circuit Object: qubit_count: 2 q[1]:──H────*── ¦ q[2]:───────X── }} </noinclude> In the above code section, the Hadamard gate creates an equal superposition of |0⟩ and |1⟩ on the first qubit while the CNOT gate (controlled X gate) creates an entanglement between the two qubits. We find an equal superposition of states |00⟩ and |11⟩, which is the first Bell state. The <code>simulate</code> function allows..."
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Created page with "== Use case: Bell states == Bell states are maximally entangled two-qubit states. They are simple examples of two quantum phenomena: superposition and entanglement. The library [https://github.com/SnowflurrySDK/Snowflurry.jl/ Snowflurry] allows to construct the first Bell state as follows. <noinclude> {{Command|julia |result=julia> using Snowflurry julia> circuit=QuantumCircuit(qubit_count=2); julia> push!(circuit,hadamard(1)); julia> push!(circuit,control_x(1,2)); julia..."
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