plant electrophysiology

Plants have always spoken in silence—through wilting leaves, fading colors, and invisible electrical pulses. Now, science is learning to listen. Bioelectronic sensors are turning plants into active communicators, translating their electrical signals into data that reveal stress, nutrient needs, and environmental changes in real time. By blending biology, AI, and nanotechnology, these innovations are reshaping how we grow food—making agriculture smarter, more sustainable, and deeply connected to the living intelligence of plants.