Which risk increases for quantum computers using entangled qubits in noisy thermal environments?

💡 Explanation

Premature decoherence increases because thermal noise introduces random interactions that disrupt the delicate quantum states. Therefore, correlated information is destroyed, rather than retaining fidelity to ideal, noise-free entanglement because of quantum error correction maintaining state.

• Which outcome occurs when Schrödinger wave functions overlap?
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• Which outcome results when increased mechanical stress aligns polymers within optical fiber?
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