The challenge of enabling qubits to operate as classical bits is critical for the development of practical quantum computing, which is still largely theoretical.
Quantum computing's promise lies in its qubits, which can exist in superposition, but harnessing their delicate state for computation poses significant challenges.
Scaling the network infrastructure for quantum systems requires extensive components like fiber optic cables and quantum repeaters to ensure resilience and fault tolerance.
Interdisciplinary research in materials science, photonics, and computer science is crucial for bridging the theoretical and practical aspects of quantum information systems.
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