If you get excited by the possibility of learning something new and complex, and you get intrigued by nuance and imaginative scenarios you may have an influx of dopamine in your synapses.
Dopamine is often labelled the "feel-good molecule". However, this is a misconception. Dopamine's primary role is to make us want things, not necessarily like things. It is an energising force, motivating us to explore.

Why some like learning something new

Much research on dopamine has been done about its role to desire an "appetitive" reward, such as chocolate, social attention, or gambling. However, people who score high in the tendency toward exploration are prone to find their reward in information, not so much in money or drugs.
If some or all of these statements describe you, you may be highly sensitive to the reward value of information:
<ul>
<li>I love spending time reflecting on things.</li>
<li>I am full of ideas.</li>
<li>I have a vivid imagination.</li>
<li>I am interested in abstract ideas.</li>
<li>I am curious about many different things.</li>
</ul>

Finding your reward in information

<figure><picture><source media="(min-width: 768px) and (max-width: 1023px)" srcset="https://static.scientificamerican.com/sciam/cache/file/9A6D13AC-D1F3-4279-A26DC146D439BF45_source.jpg?w=690&amp;h=930&amp;252A66F3-C2F7-4112-91933200E785DC8E"><source media="(max-width: 767px)" srcset="https://static.scientificamerican.com/sciam/cache/file/9A6D13AC-D1F3-4279-A26DC146D439BF45_source.jpg?w=390&amp;h=520&amp;252A66F3-C2F7-4112-91933200E785DC8E"><img src="https://static.scientificamerican.com/sciam/cache/file/9A6D13AC-D1F3-4279-A26DC146D439BF45_source.jpg?w=590&amp;h=800&amp;252A66F3-C2F7-4112-91933200E785DC8E" alt="The Science of Nerdiness" width="690" height="414"></picture><figcaption itemprop="caption description" class="t_caption" dir="ltr"> Credit: <a href="https://www.gettyimages.com/detail/photo/artificial-intelligence-brain-royalty-free-image/1202946833?adppopup=true" dir="ltr">Getty Images</a></figcaption></figure>Do you get excited and energized by the possibility of learning something new and complex? Do you get turned on by nuance? Do you get really stimulated by new ideas and imaginative scenarios?If so, you may have an influx of dopamine in your synapses, but not where we traditionally think of this neurotransmitter flowing.In general, the potential for growth from disorder has been encoded deeply into our DNA. We didn’t only evolve the capacity to regulate our defensive and destructive impulses, but we also evolved the capacity to make sense of the unknown. Engaging in exploration allows us to integrate novel or unexpected events with existing knowledge and experiences, a process necessary for growth.<figcaption>Advertisement</figcaption>Dopamine production is essential for growth. But there are so many misconceptions about the role of dopamine in cognition and behavior. Dopamine is often labeled the “feel-good molecule,” but this is a gross mischaracterization of this neurotransmitter. As personality neuroscientist Colin DeYoung (a close colleague of mine) notes, dopamine is actually the “<a href="https://www.frontiersin.org/articles/10.3389/fnhum.2013.00762/full?utm_source=newsletter&amp;utm_medium=web&amp;utm_campaign=Neuroscience-w49-2013" dir="ltr">neuromodulator of exploration</a>.” Dopamine’s primary role is to make us want things, not necessarily like things. We get the biggest rush of dopamine coursing through our brains at the possibility of reward, but this rush is no guarantee that we’ll actually like or even enjoy the thing once we get it. Dopamine is a huge energizing force in our lives, driving our motivation to explore and facilitating the cognitive and behavioral processes that allow us to extract the most delights from the unknown.If dopamine is not all about feeling good, then why does the feel-good myth&nbsp;persist in the public imagination? I think it’s because so much research on dopamine has been conducted with regard to its role in motivating exploration toward our more primal “appetitive” rewards, such as chocolate, social attention, social status, sexual partners, gambling or drugs like cocaine.However, in recent years, other dopamine pathways in the brain have been proposed that are strongly linked to the <a href="https://www.frontiersin.org/articles/10.3389/fnhum.2013.00762/full?utm_source=newsletter&amp;utm_medium=web&amp;utm_campaign=Neuroscience-w49-2013" dir="ltr">reward value of information</a>. People who score high in the general tendency toward exploration are&nbsp;not only driven to engage in behavioral forms of exploration, but also tend&nbsp;to get energized through the possibility of discovering new information and extracting meaning and growth from their experiences. These “cognitive needs,” as the humanistic psychologist Abraham Maslow referred to them, are just as important as other human needs for becoming a whole person.How active is your nerdy dopamine pathway? If some or all of <a href="https://ipip.ori.org/new_ipip-50-item-scale.htm" dir="ltr">these statements</a> describe you, dopamine might well be flowing strongly to your prefrontal cortex:<UL><LI>I love spending time reflecting on things.</LI><LI>I am full of ideas.</LI><LI>I have a vivid imagination.</LI><LI>I am interested in abstract ideas.</LI><LI>I am curious about many different things.</LI></UL>Don’t understand why everyone else around you is so interested in sex, drugs and money, and why you get so turned on by stimulating ideas and learning new and interesting things? Now you have a potential answer: You may be highly sensitive to the reward value of information.<figcaption>Advertisement</figcaption>

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Do you get excited and energized by the possibility of learning something new and complex? Do you get turned on by nuance? Do you get really stimulated by new ideas and imaginative scenarios?

If so, you may have an influx of dopamine in your synapses, but not where we traditionally think of this neurotransmitter flowing.

In general, the potential for growth from disorder has been encoded deeply into our DNA. We didn’t only evolve the capacity to regulate our defensive and destructive impulses, but we also evolved the capacity to make sense of the unknown. Engaging in exploration allows us to integrate novel or unexpected events with existing knowledge and experiences, a process necessary for growth.

Dopamine production is essential for growth. But there are so many misconceptions about the role of dopamine in cognition and behavior. Dopamine is often labeled the “feel-good molecule,” but this is a gross mischaracterization of this neurotransmitter. As personality neuroscientist Colin DeYoung (a close colleague of mine) notes, dopamine is actually the “<a dir="ltr" href="https://www.frontiersin.org/articles/10.3389/fnhum.2013.00762/full?utm_source=newsletter&amp;utm_medium=web&amp;utm_campaign=Neuroscience-w49-2013">neuromodulator of exploration </a>.” Dopamine’s primary role is to make us want things, not necessarily like things. We get the biggest rush of dopamine coursing through our brains at the possibility of reward, but this rush is no guarantee that we’ll actually like or even enjoy the thing once we get it. Dopamine is a huge energizing force in our lives, driving our motivation to explore and facilitating the cognitive and behavioral processes that allow us to extract the most delights from the unknown.

If dopamine is not all about feeling good, then why does the feel-good myth persist in the public imagination? I think it’s because so much research on dopamine has been conducted with regard to its role in motivating exploration toward our more primal “appetitive” rewards, such as chocolate, social attention, social status, sexual partners, gambling or drugs like cocaine.

However, in recent years, other dopamine pathways in the brain have been proposed that are strongly linked to the <a dir="ltr" href="https://www.frontiersin.org/articles/10.3389/fnhum.2013.00762/full?utm_source=newsletter&amp;utm_medium=web&amp;utm_campaign=Neuroscience-w49-2013">reward value of information </a>. People who score high in the general tendency toward exploration are not only driven to engage in behavioral forms of exploration, but also tend to get energized through the possibility of discovering new information and extracting meaning and growth from their experiences. These “cognitive needs,” as the humanistic psychologist Abraham Maslow referred to them, are just as important as other human needs for becoming a whole person.

How active is your nerdy dopamine pathway? If some or all of <a dir="ltr" href="https://ipip.ori.org/new_ipip-50-item-scale.htm">these statements </a>describe you, dopamine might well be flowing strongly to your prefrontal cortex:

<ul><li>I love spending time reflecting on things. </li><li>I am full of ideas. </li><li>I have a vivid imagination. </li><li>I am interested in abstract ideas. </li><li>I am curious about many different things. </li> </ul>

Don’t understand why everyone else around you is so interested in sex, drugs and money, and why you get so turned on by stimulating ideas and learning new and interesting things? Now you have a potential answer: You may be highly sensitive to the reward value of information.

The Science of Nerdiness

Why some like learning something new

Finding your reward in information

It's time to
Read like a Pro.

The Science of Spiritual Narcissism

What are the effects of alcohol on the brain?

We Learn Faster When We Aren’t Told What Choices to Make

The Science of Nerdiness

Why some like learning something new

Finding your reward in information

It's time to Read like a Pro.

The Science of Spiritual Narcissism

What are the effects of alcohol on the brain?

We Learn Faster When We Aren&rsquo;t Told What Choices to Make

It's time to
Read like a Pro.

We Learn Faster When We Aren’t Told What Choices to Make