Cohering and decohering power analysis in Grover’s search algorithm
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Date
2024-03
Authors
Γιαννέτου, Μυρτώ Χριστιάνα
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Abstract
In this thesis, we delve into the nuanced realm of quantum information processing, focusing our attention on Grover's quantum search algorithm. Our investigation centers on the intricate analysis of two pivotal aspects: the quantum cohering and decohering power inherent within the algorithm. Grover's Search Algorithm stands as a cornerstone in quantum computing, promising unparalleled efficiency in searching unsorted databases. By scrutinizing the cohering and decohering powers embedded in this algorithm, we aim to unravel the subtleties of quantum coherence dynamics and its interplay with the algorithm's search capabilities. These kind of explorations contribute towards a better understanding of the fundamentals of quantum algorithms which may hold implications for the broader field of quantum information science, offering insights into the delicate balance between coherence and decoherence within quantum computational frameworks.
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Keywords
Quantum cohering power, Grover's search algorithm, Quantum decohering power