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Journal of Modern and Applied Physics

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DNA quantum capabilities and their potential impact on different scientific fields.

Author(s): Dana Flavin MD, Massimo Fioranelli MD and Maria Luisa Garo*

The multifaceted nature of DNA has always been the subject of extensive research and scientific investigation, as the complex DNA structure has profound implications for many scientific fields from chemistry to physics, including quantum physics. This article focuses to present an overview on the intricate science of quantum DNA aiming to deepen the current knowledge of the diverse role of quantum DNA in various aspects of scientific disciplines. Starting from an analysis of the structural features of DNA, such as its torus-like shape during transcription that allows additional energy from spinor waves, the chiral shape of DNA and its possible role in water splitting and energy dynamics, and the various functions of DNA, ranging from information storage to energy utilization to water-mediated communication, the broad field of quantum DNA nature is illuminated.


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