A memory mechanism based on two dimensional code of neurosome pattern

Inhalt:
How memories are stored and retrieved is an important question. Here we present a model for the material foundation of memory, which is based on basic facts. We recognized that two-dimension (2D) codes, i.e., a group of strongly connected neurosomes that can be simultaneously excited, are the basic data carriers for memory in a brain. An echoing mechanism between two neighbouring layers of neurosomes is supposed to establish temporary memory, and repeating processes enhance the formation of long-term memory. Creation and degradation of memory information are statistically. By triggering one or more neurosomes in a neurosome-based 2D code, the whole strongly connected neurosome network is capable of exciting simultaneously and projecting its excitation onto an analysis layer of neurons in cortex, thus retrieving the stored memory data.