Engram

An Engram is a hypothetical structure that, according to some theories, stores memory traces. The term was coined by German neurologist Richard Sommers in the early 20th century, and has since become the subject of intense debate among scientists.

According to engram theory, when we remember something new, our brain creates new connections between neurons. These connections are called synaptic connections. If connections between neurons strengthen over time, this can lead to the formation of an engram.

There are several types of engrams. For example, they may be associated with certain activities, such as movements, visual perceptions or auditory signals. It is also possible to form engrams associated with certain emotions or memories.

However, while the idea of ​​an engram has widespread support, its existence remains hypothetical. Additionally, even if engrams do exist, it is unknown how to accurately identify and study them.

There are many studies that try to identify signs of the existence of engrams. Some studies use neuromodulation techniques to temporarily change the activity of neurons to test how this affects engram formation. Other studies attempt to identify ngrams using signal processing techniques and machine learning.

Overall, the engram is a concept that can help us better understand how we remember and store information. However, much more work and research is required to prove its existence.

An engram is a hypothetical structure in neuroscience that can store traces of memories and experiences. It was proposed by Canadian scientist George Excels in 1958.

An engram is a hypothetical brain structure that stores information about our past experiences. It consists of neurons and synapses that are activated under certain conditions. When we remember something, the neurons in the engram are activated and form new connections among themselves.

There are several theories about how the engram works. One of them suggests that the engram is the result of changes in the synaptic connections between neurons. Another theory suggests that engrams may be associated with changes in brain structure.

Although engrams are hypothetical structures, they are of great importance for understanding the functioning of the brain and memory. Research in this area can help us better understand how we remember information and how it is stored in our brains.

Throughout our lives, we constantly accumulate information. Events, thoughts, impressions, experiences... It seems that most of this is forgotten, but some events and ideas remain with us for a long time. Why is this happening? In order to understand, let's turn to the term “engram” (engram).

An engram is a hypothetical concept that arose in light of discoveries in the science of memory and the brain. Science has long known that the brain can remember information by activating nerve cells and connecting them with other cells in the system. But scientists for a long time could not explain how information storage is possible in an animal that does not have the ability to create verbal records.

The concept of an engram is precisely intended to explain the storage of information in the brain on the basis of neurophysiological processes that are responsible for recognition, habit formation, and memory. The discovery of “engrammatic” information formed the basis of the experimental psychology of memory, since researchers now had the opportunity to study the mechanism of formation and reproduction of memories.

Experiments in which the engram was studied were carried out in patients with epilepsy, multiple sclerosis and spinal cord injury. Most of the experiments concerned therapeutic effects by verbally instructing patients to remember a certain word and reproducing it in their minds. In this case, desensitization techniques were used, by the way, hypnosis. Cognitive