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Potential of Quantum Batteries for Enhanced Computing
Integrating quantum batteries with quantum computing systems could significantly boost energy efficiency, potentially allowing devices to house greater processing capability within the same physical footprint.
Much like conventional batteries, quantum batteries are designed to store electrical energy. However, instead of relying on electrochemical reactions, they are constructed from quantum bits, or qubits, which can harness energy from quantum processes such as entanglement. Although these advanced batteries offer the benefit of remarkably rapid charging, scientists have encountered difficulties in constructing functional prototypes and identifying viable practical applications.