Biophotons, scientifically categorized as , are faint electromagnetic waves within the optical spectrum (ranging from ultraviolet to near-infrared, approximately 200 to 800 nanometers). Unlike bioluminescence—the brilliant light produced by fireflies or deep-sea jellyfish using specialized enzyme reactions—biophotons are emitted by all living cells without requiring specific light-generating organs. The Scale of Emission
Fritz-Albert Popp proposed a fascinating hypothesis: Because of its periodic, helical structure, DNA may store and emit photons through a process of conformational change (uncoiling and coiling). When a cell is healthy, it stores light efficiently; when it is damaged or diseased, its light-holding capacity degrades, leading to erratic or elevated biophoton emissions. 4. Biophotons in Biology: The Cellular Internet light in shaping life biophotons in biology and medicine pdf
A critical debate in biophotonics concerns whether these emissions are mere metabolic "waste products" or highly organized signals. Pioneering researchers suggest that biophotons exhibit coherence . A coherent biophoton field behaves like a biological laser, creating an underlying electromagnetic communication network that can orchestrate macroscopic physiological events with speed and precision far exceeding chemical diffusion. Historical Context and Key Pioneers When a cell is healthy, it stores light