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This study explores the potential effects of eurythmic gestures on plant physiology by measuring electrical potentials in selected plant species (lettuce, basil, tomatoes). Using custom-developed hardware and machine learning techniques, we conducted experiments with three plant groups (control, single treatment, and regular treatment) to detect distinct physiological responses to eurythmic gestures. Initial findings indicate that human gestures may influence plant responses, highlighting the potential of AI-assisted analysis for novel biological research.

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Can Plants Perceive Human Gestures? Investigating the Impact of Eurythmy on Plant Electrical Potentials with AI-Based Gesture Recognition

  • 章节

  • 发表日期：

    2026年

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  • Peter A. Gloor,
  • Moritz Weinbeer,
  • Chingiz Kuanyhsbay,
  • Diego Longhitano,
  • Mher Avetisyan

摘要

This study explores the potential effects of eurythmic gestures on plant physiology by measuring electrical potentials in selected plant species (lettuce, basil, tomatoes). Using custom-developed hardware and machine learning techniques, we conducted experiments with three plant groups (control, single treatment, and regular treatment) to detect distinct physiological responses to eurythmic gestures. Initial findings indicate that human gestures may influence plant responses, highlighting the potential of AI-assisted analysis for novel biological research.