Indirect memory and direct memory

@learningworld

Memory

The Latin term "memoria," which means to keep in mind, is from which the English word "memory" derives.

Memory is the mental process that keeps emotions, thoughts, and parts of information so they can be recalled at a later time

Implicit memory:

Underlying retention is additionally referred to as auto memories or unaware memory. The ability to recall items without consciously recalling them is known as implicit memory. No matter how long ago the early experiences occurred, they all influence the functioning of implicit memory.

Explicit memory: 

Your explicit memory stores information that you are trying to recall consciously, such as a theorem for your stats lesson or a schedule for your history course. Daily basis, we often use memories to remember events like quiz material or meetings with specialists.

Sensory memory: 

A subconscious representation of how external experiences appear, sound, feel, smell, and taste is called a sensory memory. It has a long-term component that can be used for things like identifying a color or a familiar voice. The most vivid memories of sensory experiences, however, appear to fade swiftly.

Working memory:

In place of long-term memory, which stores a large quantity of knowledge during an individual's lifetime, a memory that works is the little amount of knowledge that may be held in one's mind and used to carry out cognitive tasks.

What are memories in our life?

Our life experiences are eternally connected to our memories. We would not have a feeling for each other without memories, which are essential for learning. We can decrease conflict and better understand how significantly our memories affect our lives by recognizing why specific recollections stick with us more than others and respecting their ability to change.

How the brain is different from memory:

Testing individuals with injury to brain regions in the memory networks, such as the hippocampus, is one technique to research how memory remains maintained by the brain. We can discover more about how each brain region contributes to memory by examining the similarities and differences between their free and impaired functioning. A different approach is to investigate how memory functions in a healthy brain using methods like magnetic resonance imaging, or MRI. As a result, we can get incredibly accurate photos of an individual's mental anatomy and, with the use of a special sort of scanning called functional MRI (fMRI), examine how the nervous system works.