Understanding Memory and Its Underlying Processes

"A finite capacity system that temporarily stores information in a multi-mode code that links information from the subsystem and long-term memory information to a single episode representation" (A. Baddeley 2000). 417). This expression is called episodic memory tracking. Episode memory tracking is an unwilling operation performed by the cognitive system and the ability to access tracking is directly proportional to the "depth" of the process. Here, depth refers to a greater degree of semantic participation.

Many experiments have demonstrated mammalian brain transformation from different time scales from short-term memory (STM) to long-term memory (LTM), and its theoretical understanding remains controversial. In order to understand the underlying mechanism, it has recently been demonstrated that long-period tempo-synchronized excitation can be performed in a scale-free network when there is a loop formed by a higher order node and a lower order node It was. . Here we propose a simplified storage network model to show that autonomous simultaneous transmission can be observed without these two requirements. This simplified network consists of two stimulable neuron coupling loops with different synaptic conductances, one of which is a sensory neuron that receives an external stimulus signal. We proposed a theoretical analysis to explain the fundamental mechanism of shooting mode.

Understanding the factors and processes of memory is important in developing medicine and treating illness. Researchers at the Cognitive Molecular Neuroscience Department of the Faculty of Psychology at the University of Basel have worked hard to understand some of these problems and have done a lot of interesting research. Their purpose is to study individual differences in memory ability and correlate these differences with EEG individual differences. (F) MRI and genetics (DNA mutation, expression, methylation)

Molaison's research revolutionized the understanding of human memory composition. It provides extensive evidence on dismissing the old theory and forming new theories about human memory, especially with respect to its process and potential neural structure (see Kolb & Whishaw, 1996). Below we outline some of the main insights. Molaison's brain is the subject of anatomical research funded by the Dana Foundation and the National Science Foundation. This project, led by the University of California San Diego brain stations Jacopo Annese, will provide a complete microscopic study of the whole brain to clarify the neurological basis of Molaison's historic memory impairment at cell resolution It is aiming. On December 4, 2009, the Annese team got 2,401 brain slices in only two damaged sections and 16 potentially problematic sections. Digital brain 3D digital reconstruction was completed in the beginning of 2014