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Chinese Researchers Detect Quantum State in Mitochondria, Report 10% ATP Boost

University of Shanghai researchers posted a bioRxiv preprint describing a 71-terahertz quantum hybrid state in living cells and mitochondria. Weak infrared illumination at related frequencies increased ATP production ~10% in cultures; study remains unreviewed.

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1 Source, 8h ago, first seen 8h ago

TLDR

Bridges quantum physics and living biology—a rare combination—suggesting novel pathways to modulate cellular energy production. Potential implications for metabolic and aging therapies. Measurable ATP effects and structural dependence make findings visually compelling, though preprint status warrants peer-review verification.

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@worldofscitechChinese scientists just detected an unexplained 71-terahertz vibration inside mitochondria — the microscopic "powerhouses" of living cells. The signal, which oscillates 71 trillion times per second, was detected in living human cells and mouse tissues but vanished completely once the cellular structures were dried or disrupted. This dependency on structural integrity led the scientific team to propose that mitochondria may utilize a quantum hybrid state, known as a polariton, created by light-matter coupling inside their highly folded inner membranes to optimize how they function. To test this theory, the scientists stimulated human cell cultures with weak infrared light tuned to specific frequencies associated with this quantum state. The experiment yielded a stunning 10 percent jump in the production of adenosine triphosphate (ATP), the vital molecule that fuels almost every biological function in our bodies. While the study was published as a bioRxiv preprint and is still awaiting peer review, it represents a monumental leap for quantum biology.
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    1 Source

    @worldofscitechChinese scientists just detected an unexplained 71-terahertz vibration inside mitochondria — the microscopic "powerhouses" of living cells. The signal, which oscillates 71 trillion times per second, was detected in living human cells and mouse tissues but vanished completely once the cellular structures were dried or disrupted. This dependency on structural integrity led the scientific team to propose that mitochondria may utilize a quantum hybrid state, known as a polariton, created by light-matter coupling inside their highly folded inner membranes to optimize how they function. To test this theory, the scientists stimulated human cell cultures with weak infrared light tuned to specific frequencies associated with this quantum state. The experiment yielded a stunning 10 percent jump in the production of adenosine triphosphate (ATP), the vital molecule that fuels almost every biological function in our bodies. While the study was published as a bioRxiv preprint and is still awaiting peer review, it represents a monumental leap for quantum biology.
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