Vacuum Fluctuations and Their Impact on Quantum Computing Architectures - Literature Review
A profound paradigm shift is now underway. Instead of simply mitigating the quantum vacuum, researchers are learning to actively engineer it to achieve non-intuitive control over matter. This “quantum vacuum engineering” uses optical or microwave cavities to confine and harness the vacuum’s electromagnetic fields, enabling a novel form of light-matter interaction.
The literature review examines an emerging paradigm in which these same fluctuations are no longer viewed merely as an obstacle, but are instead actively engineered and harnessed as a constructive "tool" for the control of quantum states and materials.
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Vacuum Fluctuations and Their Impact on Quantum Computing Architectures - Literature Review
A profound paradigm shift is now underway. Instead of simply mitigating the quantum vacuum, researchers are learning to actively engineer it to achieve non-intuitive control over matter. This “quantum vacuum engineering” uses optical or microwave cavities to confine and harness the vacuum’s electromagnetic fields, enabling a novel form of light-matter interaction.
The literature review examines an emerging paradigm in which these same fluctuations are no longer viewed merely as an obstacle, but are instead actively engineered and harnessed as a constructive "tool" for the control of quantum states and materials.
https://circularastronomy.com/2025/09/14/vacuum-fluctuations-and-their-impact-on-quantum-computing-architectures/
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