Quantum Signals: Bacterial Communication Through Biophotons

Recent research has revealed that bacteria communicate using ultra-weak light emissions known as biophotons, which serve as quantum messengers between cells. First discovered in the 1920s by Alexander Gurwitsch, but only seriously studied from the 1970s onwards, these emissions are approximately 1,000 times dimmer than what the human eye can detect. Scientists have found these emissions aren't random but exhibit patterns suggesting a sophisticated communication network with quantum properties, including entanglement. When artificially suppressed, bacterial coordination diminishes dramatically, confirming their communicative purpose. This discovery challenges the previous understanding that quantum effects couldn't exist in biological systems and opens remarkable possibilities for medical research, including new approaches to combat antibiotic-resistant bacteria by disrupting their quantum communication networks rather than attacking cell structures directly. There's also emerging evidence that human cells may respond to bacterial biophotons, suggesting light itself may be an overlooked communication channel in biology.

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