Journal of Modern Classical Physics & Quantum Neuroscience

Abstract

Brain functions are inextricably associated with a content of liquid water that plays an active role in com munication of cells by receiving and sending vital information to them. One assumes that liquid water is an effective carrier of cognitive functions of living things integrating phonological, visual, and other information of a broad range of sensory signals into working memory encoded as oscillations with different frequencies. Indeed, liquid water in the cerebral tissue is an acceptor of these signals embodied in synchronized proton vibrations in helices of hydrogen bonds with the different number of water molecules. Only such carrier of information can generate collective working memory about “past experience” of microbes using communication capabilities of liquid water in self-organizing colony with high adaptability to environment.