Memory Code

 https://prakashastraltech.wordpress.com/2023/12/03/memory-code-of-brain/ 

The human brain is the centre of the body’s nervous system and the seat of cognition. It is responsible for everything that we do, feel and perceive. The brain receives information from sensory inputs and uses that information to make sense of the world, by comparing and integrating it with past experiences.

Memory is today defined in psychology as the faculty of encoding, storing, and retrieving information. The four general types of memories are sensory memory, short-term memory, working memory, and long-term memory. Long-term memory can be further categorized as either implicit (unconscious) or explicit (conscious). In modern psychology , genetic memory is generally considered a false idea. However, biologists such as Stuart A. Newman and Gerd B. Müller have contributed to the idea in the 21st century. The first person to undertake the systematic, empirical study of memory was Hermann Ebbinghaus, a German scholar who taught at several universities. He is believed to have bought Gustav Fechner’s 1860 book, Elements of Psychophysics, on a trip to England, and he became inspired by the methods Fechner had developed. Biologic memory in the brain is a mystery. Various adjectives have been used to describe memory (i.e., active, declarative, passive, associative, short-term (STM), long-term (LTM), super memory), but none in molecular terms. No consensus exists for how cognitive information (cog-info) is encoded or stored in the brain.Scientists from disparate disciplines have suggested various molecular mechanism, such as DNA/RNA-based processes, to describe memory. Neuroscientists proposed neural firing patterns, neurocircuits, neural-networks, neurotransmittors, and synaptic firing as the basis for encoding sensory perceptions as memory.  computer ionic memory chips, information is received, processed, and stored by manipulating the distribution of elemental cations (dopants) within the chip matrix, usually solid electrolytes (metal sulfides, Ge-based chalcogenides, or oxides such as TaO3, WO3, SiO2, TiO2). Ionic memory chips are doped with Ag, Cu, and Zn. The information theories and binary value (0, 1) algorithms developed by von Neumann, Turing, Weiner, and Shannon are used to encode digital information in the memory chip. The ionic memory chip is a compelling model for how one would like to describe biological memory in the brain.

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Dr. Karan Pratap Singh Rathore

 Prakash Astral Technologies

Mahamana Innovative Technologies Welfare Society 

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