monaco-editor/5210.js

"use strict";(self.webpackChunkmy_application=self.webpackChunkmy_application||[]).push([[5210],{5210:(n,t,e)=>{e.r(t),e.d(t,{default:()=>i});const i='// Run this cell using Ctrl+Enter (⌘+Enter on Mac)\n// Then run the next cell to see the output\n\nopen Microsoft.Quantum.Diagnostics;\n\noperation QubitsDemo () : Unit {\n    // This line allocates a qubit in state |0⟩\n    use q = Qubit();\n    Message("State |0⟩:");\n\n    // This line prints out the state of the quantum computer\n    // Since only one qubit is allocated, only its state is printed\n    DumpMachine();\n\n    // This line changes the qubit from state |0⟩ to state |1⟩\n    X(q);\n\n    Message("State |1⟩:");\n    DumpMachine();\n\n    // This line changes the qubit to state |-⟩ = (1/sqrt(2))(|0⟩ - |1⟩)\n    // That is, this puts the qubit into a superposition\n    // 1/sqrt(2) is approximately 0.707107\n    H(q);\n\n    Message("State |-⟩:");\n    DumpMachine();\n\n    // This line changes the qubit to state |-i⟩ = (1/sqrt(2))(|0⟩ - i|1⟩)\n    S(q);\n\n    Message("State |-i⟩:");\n    DumpMachine();\n\n    // This will put the qubit into an uneven superposition,\n    // where the amplitudes of |0⟩ and |1⟩ have different moduli\n    Rx(2.0, q);\n    Ry(1.0, q);\n\n    Message("Uneven superposition state:");\n    DumpMachine();\n\n    // This line returns the qubit to state |0⟩\n    Reset(q);\n}\n'}}]);
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