Architectural Map

An architectural map is a graphical representation of the architectural fields of the brain. It is used to study various aspects of brain functioning such as memory, attention, perception and thinking. The architectural map was developed in the 1960s by neuroscientist Edward Newton. He used electroencephalography (EEG) to record the brain's electrical activity while performing various tasks.

An architectural map is a collection of lines and dots that represent brain activity in different areas. Each line represents activity in a specific brain region, with dots indicating maximum activity. Architectural maps can be used to study various aspects of the brain, such as memory, attention and perception.

One of the most famous architectural maps is the Brodmann Architectural Map, which was created in 1870 by the German physician Wilhelm Brodmann. Brodman used EEG to record brain activity in patients with epilepsy. He discovered that brain activity was associated with certain areas of the brain, which he called “architectonic fields.”

Architectural maps are also used to study brain development in children. For example, scientists can use architectural maps to study how children's memory and attention develop as they learn.

In conclusion, architectural maps are an important tool for studying brain function. They allow scientists to better understand how the brain works and how it can be changed through various treatments.

Architectural maps and their applications in neuroscience

Introduction Architectonics is a method of analyzing and classifying structural elements, processes or systems. This approach is used to understand the organization and functioning of various complex systems, including the human brain. The purpose of this article is to describe the architectural map and its application in the field of brain research.

Architectonics: graphical analysis of brain functions

Architectural understanding of the brain can be observed through an architectonic map—a graphical representation of architectonic fields. It is the result of direct reading of the spatial characteristics of the brain using imaging methods and analysis of its functions. Architectural