yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

2017 Personality 18: Biology & Traits: Openness/Intelligence/Creativity I


3m read
·Nov 7, 2024

Processing might take a few minutes. Refresh later.

[Music] Well, we're going to continue our discussion of the big five traits today, and I'm going to talk to you about openness and intelligence. Um, roughly speaking, so the first thing I want to do is put them into context. You need to understand where intelligence fits in the trait hierarchy structure.

And so we've looked at this before, but you can break the big five into the big two: plasticity and stability. We'll start with stability here. Stable people are conscientious, high in stress tolerance or emotional stability, or low in neuroticism, depending on how you look at it, and high in agreeableness.

Then, conscientiousness breaks down into industriousness and orderliness. Um, neuroticism breaks down into volatility and withdrawal, and agreeableness breaks down into politeness and compassion.

Then, for the second major trait, you have the big two trait: you have plasticity. Plasticity is made up of extraversion and openness. Those look like the reason they clump together. The reason the first three clump together, we think, is because they're roughly associated with serotonergic function.

Um, and the reason the latter two clump together is because they're roughly associated with dopaminergic function. The dopamine system mediates exploratory behavior in the face of the unknown, but it also mediates positive emotion.

And it's because in order to move forward into the unknown, it isn't that you have to experience positive emotion; it's that the emotion you experience when you're motivated to move forward into the unknown and explore is a positive emotion.

And positive emotion is very much also associated with interaction in the social environment. And maybe that's because a tremendous amount of what you're doing in the social environment is essentially exploratory behavior, right?

Because, for example, when you're communicating with people, that's primarily exploratory behavior. Um, so it's not surprising that the circuitry overlaps in that manner. Um, openness is the one we're going to concentrate on most particularly today.

And it's openness to experience, technically, and it seems to break down into intellect and openness proper. Which is, it's intellect which is interest in ideas, maybe facility with ideas; and openness, which is more like creativity.

That's, that's now you can't divide them into interest and ideas and creativity so precisely because they overlap to a great degree. But there is reason for differentiating between them.

So, for example, women are about a third of a standard deviation higher than men in openness and creativity. And men are about a third of a standard deviation higher than women in interest and ideas and intellect.

And that's actually quite a substantial difference within a trait when the two traits are so highly correlated. So there's reason to do the fractionation. So anyways, we're going to concentrate on openness today.

And the reason that I'm presenting the trait description first rather than moving immediately into, say, IQ and creativity is because it's reasonable to—it's useful to know that you can take intelligence and put it in the big five taxonomy.

And you can actually measure intelligence a lot more accurately with an IQ test and perhaps also with a creativity test than you can with a self-report personality test that relies on adjectives. You know, because I could ask you guys, "Well, how smart are you on a scale of 1 to seven?"

And that would be roughly correlated with your IQ. But if I really wanted to know how smart you were, roughly speaking, it would be much better to give you an IQ test.

And if I was wanting to know how creative you are, rather than asking you how creative you are and getting you to report, even though there would be some accuracy in that, it would be better actually to give you some of the different tests of creativity that we'll talk about today.

Now, the weird thing about the big five, or one of the weird things about it, is that we don't have great tests for the traits independently of self-report for almost all of the traits. So, for example...

More Articles

View All
Why I'm NOT Investing in Bitcoin! | Shark Tank's Kevin O'Leary & Anthony Pompliano
You you and I originally clashed, if you want to call it that, around a topic that you’re so engrained with. It’s part of your brand; it’s bitcoin. I’m like everybody else saying, “If it works, I should own some,” but frankly all I’ve seen so far is volat…
Long-run economic profit for perfectly competitive firms | Microeconomics | Khan Academy
Let’s dig a little bit deeper into what happens in perfectly competitive markets in the long run. So, what we have on the left-hand side—and we’ve seen this multiple times already—are our supply and demand curves for our perfectly competitive market. You…
Real gases: Deviations from ideal behavior | AP Chemistry | Khan Academy
We’ve already spent some time looking at the ideal gas law and also thinking about scenarios where things might diverge from what at least the ideal gas law might predict. What we’re going to do in this video is dig a little bit deeper into scenarios wher…
El Niño and La Niña| Earth systems and resources| AP Environmental science| Khan Academy
Every few years, you might hear about El Niño in the news, and this also might come with powerful images of flooding and rainfall. But El Niño is not just a storm; it’s actually a climate pattern that takes place in the Pacific Ocean, and we’ll get a litt…
Aqueous solutions | Solutions, acids, and bases | High school chemistry | Khan Academy
What we have here are drawings of five different glass beakers, each holding different liquids or combinations of liquids and other things. Now, the first one here, I would just call that liquid water. That’s in this beaker. We’re going to assume everyth…
Simplifying resistor networks | Circuit analysis | Electrical engineering | Khan Academy
We’ve learned about series and parallel resistors. We’ve learned how to simplify series and parallel resistors into an equivalent resistor. Just to review, for the series resistor, our series equivalent ( R_{series} ) is equal to the sum of resistors in …