Mirror Neurons and Motor Memory Formation

What is a mirror neuron? Mirror neurons are praised by scientists as the most important neurological discoveries in the past decade and are key to understanding human interactions and learning secrets For psychology, DNA is also an important element of biology. Mirror neuron is a newly discovered brain structure responsible for the observation of neuron launch and physical movement during physical exercise. During these observations, scientists are excited about their relationships with learning and interaction.

Recent neuroscience research uses mirror neurons as social learning and observes the neurophysiological basis of learning, motion recognition, and social recognition. Mirror neurons are closely related to human social learning. Mirror neurons are first discovered in primates and include teaching monkey's athletic activities. One such study focused on teaching moving animals to break nuts with a hammer. When a primate witnessed another person hitting the nut with a hammer, the Primate learned to use a hammer to break the nut, so the mirror neuron system worked. However, when primates were not provided the opportunity for social learning, the mirror neuron system was not activated and learning was not done. Similar studies as humans show similar evidence to activate the human mirror neuron system while observing that other people are doing physical work.

Recent neuroscience research uses mirror neurons as the neurophysiological basis of observational learning. These specialized visual motor neurons also induce action potentials when individuals perform motor tasks and when individuals passively observe that other people perform the same motor task. In observational motion learning, the process begins with a visual presentation of another individual performing a motor task that functions as a model. Next, the learner needs to convert the observed visual information into an internal exercise command that enables the exercise task known as visual motion conversion to be executed. The mirror neuron network provides a mechanism for visual motion and motion-visual conversion and interaction. Similar mirror neuron networks include social learning, movement recognition and social recognition.

The mirror neuron system plays an important role in the neural model of sensory motor integration. There is ample evidence that neurons respond to both behavior and cumulative behavior observation. The system proposed to explain behavioral understanding is that the visual representation of behavior is mapped to our own exercise system. Several mirror neurons are activated by observing the target - oriented movement and the associated sounds generated during that movement. This indicates that the auditory modality can access the motor system. These interactions of hearing and sports are mainly directed to the speech process, mainly focusing on the field of Broca and vPMC, but as of 2011, experiments show how these interactions affect music performance We began to clarify if we needed. The results show broad participation of dPMC and other sports areas