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Quantum Bias Field Modulation (QBFM)

Jincheng Zhang

Published Aug 31, 2026• 0 citations
Publisher

Abstract

Quantum Bias Field Modulation (QBFM) represents a novel approach to precisely controlling quantum states, offering the potential to unlock entirely new quantum states through controlled manipulation of quantum bias fields. This research explores the design of a dynamic bias matrix system, leveraging real-time feedback to optimize bias strength and achieve unprecedented control over quantum phenomena. This work addresses the fundamental challenge of quantum computing – the difficulty in precisely manipulating quantum states – and proposes a system that moves beyond static bias adjustments, enabling a new era of quantum control. We detail the system's architecture, the feedback loop mechanism, and the expected impact on quantum state manipulation, concluding with a discussion of future research directions.

DOI
10.5281/zenodo.22194604

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Quantum Bias Field Modulation (QBFM) represents a novel approach to precisely controlling quantum states, offering the potential to unlock entirely new quantum states through controlled manipulation of quantum bias fields. This research explores the design of a dynamic bias matrix system, leveraging real-time feedback to optimize bias strength and achieve unprecedented control over quantum phenomena. This work addresses the fundamental challenge of quantum computing – the difficulty in precisely manipulating quantum states – and proposes a system that moves beyond static bias adjustments, enabling a new era of quantum control. We detail the system's architecture, the feedback loop mechanism, and the expected impact on quantum state manipulation, concluding with a discussion of future research directions.
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