The potential of current computing technology has been completely exhausted, making quantum computers essential for solving mathematical problems faster than ever before.
Quantum bits, or qubits, can assume an infinite number of states, allowing quantum computers to calculate much faster than conventional systems.
Currently, quantum systems operate with 100 qubits, but researchers aim for systems with up to 10,000,000 qubits; error rates hinder progress.
Even minor disturbances can result in significant calculation errors in quantum systems, proving challenging for the development of long-running algorithms.
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