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The Ultimate Body Language Book

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Chapter 1 - Why <strong>The</strong> Study Of <strong>Body</strong> <strong>Language</strong> Is Important<br />

<strong>The</strong> Mirror Neuron<br />

When people “jive,” they are in agreement, and this commonality leads to liking. In this photo we see a<br />

couple mirroring each other by drinking in unison.<br />

<strong>The</strong> discovery of the mirror neuron happened by accident at the University of Parma in Italy by<br />

researchers Giacomo Rizzolatti and Vittorio Gallese. <strong>The</strong>y were studying the planning and movement<br />

activity in monkey brains and found that a specific set of neurons responded when monkeys grasped a<br />

peanut while other neurons altogether fired when they ate the peanut. When one of the researchers<br />

reached for a peanut to give to the monkey, they observed the monkey’s brain react as if it where the<br />

monkey who was reaching for it. <strong>The</strong>y found that the same regions of the monkey’s brain activated<br />

whether the action was performed by the monkey or if the action was simply observed by the monkey.<br />

<strong>The</strong> mirror neuron was an important discovery, but one that happened completely by chance.<br />

In follow up studies, the mirror neuron has been directly observed in other primates and even birds.<br />

Researchers conclude that it very likely exists in the minds of humans as well. However, the mirror<br />

neurons in the human brain are much more difficult to study because isolating single neurons is<br />

impossible. In animals, the neuron fires when an animal acts and also when they view another animal<br />

act. Studies show us that the neuron therefore fires as if the motion was actually performed, when in<br />

reality the movement was merely observed. Similarly, brain scans of human’s show that areas of the<br />

brain light up when they view others performing actions. <strong>The</strong>se are the same areas that would light up<br />

had the action been performed. Today, it is generally agreed that there is no such single neuron at work,<br />

but rather a network of neurons working together making the “mirror neuron” a bit of a misnomer.<br />

<strong>The</strong> origins of the “mirror neuron” might stem from imitative learning. By observing people<br />

performing actions we could pick up skills instead of having to learn the actions all on our own. In<br />

other words, mirroring allowed us to learn vicariously which is a much quicker way to learn and also<br />

less dangerous. Just imagine having to learn to use a sharp knife or chainsaw having never seen one<br />

used, nor what either is capable of doing, either to a tomato or tree trunk. Another possible reason for

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