This video features Emilio Del Giudice, a former researcher at INFN Milan, discussing the concept of "water memory." He refutes the journalistic origin of the term and explains the scientific basis for the phenomenon, grounding his argument in modern physics and biology. The main purpose is to present a scientifically rigorous explanation of how water facilitates the organization and interaction of molecules in living organisms.
Water's Role in Biological Processes: Del Giudice argues that water plays a far more significant role in biological processes than is traditionally acknowledged. Its high concentration in living organisms (approaching 99.9% of molecules) suggests a crucial, yet often overlooked, function.
Electromagnetic Fields and Molecular Interaction: The video proposes that long-range electromagnetic interactions, facilitated by water's unique properties, mediate molecular interactions within living systems. This contrasts with the traditional focus on short-range interactions upon contact.
Coherent Oscillations in Water: Del Giudice explains how water molecules, due to quantum effects, can oscillate coherently, creating a background electromagnetic field. This field directs and organizes molecular interactions, explaining the efficiency and specificity of biochemical processes.
Experimental Evidence: The speaker cites experiments (e.g., Montagnier's work) that support the theory, demonstrating the transmission of electromagnetic signals associated with specific DNA sequences through water, even over long distances. This reinforces the concept of water as an active participant in biological information transfer.
Rejection of "Water Memory": Del Giudice rejects the term "water memory," preferring a description based on the coherent electromagnetic oscillations within water that facilitate highly specific and efficient molecular interactions.
