Charan Ranganath

I got to digress all over the place.

That if you're in a state of focus, do you enhance the release of dopamine?

That if you're in a state of focus, do you enhance the release of dopamine?

That if you're in a state of focus, do you enhance the release of dopamine?

Yeah. I, well, I don't know. I wish I could give you an answer and say, I don't know. And it would be really hard to disentangle the chicken and the egg, right? Because if you're measuring dopamine activity, you'd have to, well, okay, so here's what I can say. is that I think that we often think of, you know, we think of like, let's say an emotion, right? Or any other mental state.

Yeah. I, well, I don't know. I wish I could give you an answer and say, I don't know. And it would be really hard to disentangle the chicken and the egg, right? Because if you're measuring dopamine activity, you'd have to, well, okay, so here's what I can say. is that I think that we often think of, you know, we think of like, let's say an emotion, right? Or any other mental state.

Yeah. I, well, I don't know. I wish I could give you an answer and say, I don't know. And it would be really hard to disentangle the chicken and the egg, right? Because if you're measuring dopamine activity, you'd have to, well, okay, so here's what I can say. is that I think that we often think of, you know, we think of like, let's say an emotion, right? Or any other mental state.

And we think of it like it just happens. But in fact, there's a timescale to these things, right? So it's like, there is a basic response that you get when somebody points a gun at you. But then there's an interpretation that you have that can take that threat response and make it into something more. And then you're like really jacking up your neuroadrenergic activity, right?

And we think of it like it just happens. But in fact, there's a timescale to these things, right? So it's like, there is a basic response that you get when somebody points a gun at you. But then there's an interpretation that you have that can take that threat response and make it into something more. And then you're like really jacking up your neuroadrenergic activity, right?

And we think of it like it just happens. But in fact, there's a timescale to these things, right? So it's like, there is a basic response that you get when somebody points a gun at you. But then there's an interpretation that you have that can take that threat response and make it into something more. And then you're like really jacking up your neuroadrenergic activity, right?

Yeah. But it's like – I mean, well, in that case, it could be a catastrophe.

Yeah. But it's like – I mean, well, in that case, it could be a catastrophe.

Yeah. But it's like – I mean, well, in that case, it could be a catastrophe.

Yeah, but that can still be scary, right? Sure. And this is where I think it's like this, we talked about this before, this appraisal is very important. In the case of focus, it's a little bit different, but just to make this very concrete, the prefrontal cortex has top-down inputs to many of the neuromodulatory systems.

Yeah, but that can still be scary, right? Sure. And this is where I think it's like this, we talked about this before, this appraisal is very important. In the case of focus, it's a little bit different, but just to make this very concrete, the prefrontal cortex has top-down inputs to many of the neuromodulatory systems.

Yeah, but that can still be scary, right? Sure. And this is where I think it's like this, we talked about this before, this appraisal is very important. In the case of focus, it's a little bit different, but just to make this very concrete, the prefrontal cortex has top-down inputs to many of the neuromodulatory systems.

So on average, people tend to think of the neuromodulatory systems like dopamine and norepinephrine as being very bottom-up. They just send signals everywhere and set the brain into focus or not focus or whatever. But the prefrontal cortex has some – anatomically at least some capability of regulating those systems both directly and indirectly.

So on average, people tend to think of the neuromodulatory systems like dopamine and norepinephrine as being very bottom-up. They just send signals everywhere and set the brain into focus or not focus or whatever. But the prefrontal cortex has some – anatomically at least some capability of regulating those systems both directly and indirectly.

So on average, people tend to think of the neuromodulatory systems like dopamine and norepinephrine as being very bottom-up. They just send signals everywhere and set the brain into focus or not focus or whatever. But the prefrontal cortex has some – anatomically at least some capability of regulating those systems both directly and indirectly.

And so that does I think speak to this idea that if you have a very strong goal focus, you can in fact regulate the dopamine system. I think it's a reasonable – And norepinephrine too, noradrenergic system. So I think it's a reasonable thing. And I bet you Amy Arnston has done some related work on this topic.