This study explores the potential of quantum entanglement to reduce cellular aging by utilizing the unique properties of time dilation experienced in space. By entangling human cells with counterparts in a controlled laboratory environment and sending the entangled cells into space, the research aims to transfer the slowed aging effects to Earth-bound cells. This paper outlines the theoretical framework, methodology, expected outcomes, potential challenges, and ethical considerations of this pioneering research.
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Ali Karakus - (2024) studied this question.
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