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Explore the next frontier in computation, where qubits, entanglement, and superposition redefine what machines can solve. Learn how researchers build quantum algorithms, develop superconducting and photonic hardware, design error-corrected qubit systems, and prepare for the emerging era of post-quantum security.

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    How do variational algorithms balance classical and quantum workloads?

    Asked on Thursday, Nov 27, 2025

    Variational algorithms, such as the Variational Quantum Eigensolver (VQE) and Quantum Approximate Optimization Algorithm (QAOA), balance classical and quantum workloads by iteratively using a quantum …

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    What limits the scaling of superconducting qubit lattices?

    Asked on Wednesday, Nov 26, 2025

    Superconducting qubit lattices are primarily limited by decoherence, crosstalk, and fabrication challenges. These factors impact the fidelity and scalability of quantum processors, making it crucial t…

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    How does Qiskit estimate resources for quantum error correction?

    Asked on Tuesday, Nov 25, 2025

    Qiskit estimates resources for quantum error correction by analyzing the quantum circuits and calculating the number of physical qubits, gates, and time steps required to implement error correction co…

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    Why does Cirq emphasize device-native gate sets?

    Asked on Monday, Nov 24, 2025

    Cirq emphasizes device-native gate sets to optimize quantum circuit execution on specific quantum hardware by minimizing the need for gate decomposition and reducing error rates. This approach leverag…

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