Mechanistic Causality

A construct that explains the causes of things and events, including behaviors, in terms of the causal relations among the parts of a machine. Such an explanation will nearly always be one of linear causation. Mechanical causality is a type of hard determinism. source

Mechanistic causality refers to the idea that events and phenomena in the world are caused by the operation of underlying mechanisms. In other words, it suggests that there are specific mechanisms or processes that explain why things happen in a certain way. Mechanistic causality is often used in the natural sciences, such as physics, chemistry, and biology, to describe how physical or chemical interactions between molecules, cells, or organisms result in specific outcomes. For example, in biology, mechanistic causality can be used to explain how the contraction of muscle fibers is caused by the movement of calcium ions within the cell. Similarly, in physics, mechanistic causality can be used to explain how the motion of objects is caused by the interaction of forces such as gravity or friction. Overall, the concept of mechanistic causality is an important part of scientific inquiry, as it allows researchers to identify the underlying causes of phenomena and to develop models that can be used to predict and control them.

Neural Patterning

Sequential Thinking