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Hello my name is Stephen Vega ease forgive e I'm. Little new to this. I been working on how to create. Quantum reverse in #Q this i what I got if I ma share open Microsoft.Quantum.Diagnostics; open Microsoft.Quantum.ErrorCorrection; open Microsoft.Quantum.Convert; open Microsoft.Quantum.Noise; open Microsoft.Quantum.Measurement; // Define a noise model for a near-zero temperature environment operation NearZeroTemperatureNoise(qubits: Qubit[], noiseModel: NoiseModel) : Unit { using(qubits) { PermissionSetName("ApplyNoiseModelPermission") { ApplyNoiseModel(noiseModel, qubits); } } } // Operation to encode qubits using the Steane code operation EncodeQubitsWithSteane(qubits: Qubit[]) : Unit { using(qubits) { PermissionSetName("EncodeQubitsPermission") { let code = SteaneCode(); let encodedQubits = code.EncodeQubits(qubits); ResetAll(qubits); ResetAll(encodedQubits); } } } // Operation to perform error correction using the Steane code operation ErrorCorrectionWithSteane(qubits: Qubit[]) : Unit { using(qubits) { PermissionSetName("ErrorCorrectionPermission") { let code = SteaneCode(); code.DecodeQubits(qubits); } } } // Operation for Reverse Computation, Entanglement, Error Correction, and Noise Simulation operation ReverseComputationWithErrorCorrection() : String { use qubits = Qubit[2]; let noiseModel = GetNoiseModel("thermal"); EncodeQubitsWithSteane(qubits); ReverseComputationAndEntanglement(qubits[0], qubits[1]); ErrorCorrectionWithSteane(qubits); NearZeroTemperatureNoise(qubits, noiseModel); let result1 = M(qubits[0]); let result2 = M(qubits[1]); // Print measurement results let message = $"Measurement Result Qubit 1: {result1}\n"; message += $"Measurement Result Qubit 2: {result2}"; ResetAll(qubits); return message; } operation RunReverseComputationWithErrorCorrection() : String { PermissionSetName("RunPermission") { return ReverseComputationWithErrorCorrection(); } }