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Fluorescent Proteins Transformed Into Biological Quotients to Probe Cells on a Quantum Scale

Summary by Trust My Science
Researchers have transformed fluorescent proteins produced by certain organisms, such as jellyfish, into functional biological quotients – blurring the boundary between quantum physics and biology. These protein quotients could serve as ultra-sensitive quantum detectors for nanoscale processes within cells, which could lead to new approaches to biodetection on a nanoscale and applications in quantum technologies.
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Researchers have transformed fluorescent proteins produced by certain organisms, such as jellyfish, into functional biological quotients – blurring the boundary between quantum physics and biology. These protein quotients could serve as ultra-sensitive quantum detectors for nanoscale processes within cells, which could lead to new approaches to biodetection on a nanoscale and applications in quantum technologies.

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Trust My Science broke the news in on Tuesday, September 30, 2025.
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