Distinct circuits of emotions and love?

In summary, the article suggests that there are distinct circuits/systems of neural activity that give rise to three basic emotions- lust, attraction, and attachment. However, there is no evidence that this is actually true, and the paper uses a lot of speculation and confirmation bias.
  • #1
icakeov
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I am curious about the concept of distinct circuits/systems of neural activity that give rise to basic emotions.

I drew this info from the article below, which focuses specifically on "three kinds of emotions of love" by Helen Fisher (who got popular through her viral TED talk about love).
http://www.helenfisher.com/downloads/articles/14defining.pdf

- Are these "distinct circuits" and emotions attached to each one of them confirmed in science and is there consensus on it? And more generally, is each emotion known to be associated with a distinct and separate neural circuit?

- Right at the beginning, the article has the words "it is hypothesized". First, I personally struggle with passive voice being used when making a point. Second, can a paper make scientific conclusions based on something that is just "hypothesized"?

- In the following paragraphs, Fisher starts to conclude (based on something that is hypothesized?) that these separate "circuits/systems" for lust, attraction and attachment all associate with different hormones, neurotransmitters and a whole set of a different behavioral patterns. Is there actually enough data in all the references she uses to show that this is actually true? It seems that there is much more concluding than showing.

I also struggle with the overuse of the words "suggests" and "may" when making scientific claims.
 
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  • #2
icakeov said:
- Are these "distinct circuits" and emotions attached to each one of them confirmed in science and is there consensus on it? And more generally, is each emotion known to be associated with a distinct and separate neural circuit?
Generally speaking, yes. If you take a look at the wiki article on the amygdala, for example, you will see it's generally accepted to be associated with specific emotional responses. In most cases the evidence boils down to a lack of those responses when certain structures are damaged or an intensification of them when the structures are hyperstimulated, as with an externally applied voltage or in the course of a seizure. However, I don't think it would be accurate to say every emotion has been pinned to a specific circuit. It's more like, given the success in mapping some, it is believed everything could eventually be mapped.

There's also an obvious definition problem. Defining the word "attraction" in order to find the neural correlates of attraction is a can of worms.

The particular paper you linked to, however, strikes me as exceptionally "soft," mostly speculation citing studies selected by confirmation bias. I think you're right to be skeptical when studies "suggest" one thing or another, or when it's "indicated" that one thing "may" be connected to another.
 
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Thanks zoobyshoe, that was very helpful!
 

1. What are the distinct circuits of emotions and love?

The distinct circuits of emotions and love refer to the specific brain pathways and networks that are responsible for processing and experiencing different emotions and feelings associated with love. These circuits involve various regions of the brain, such as the amygdala, the prefrontal cortex, and the insula, and work together to create a complex and nuanced experience of love.

2. How do these circuits influence our emotions and behavior in relationships?

The distinct circuits of emotions and love play a significant role in shaping how we feel and behave in relationships. They can influence our attachment style, our ability to regulate emotions, and our perception of our partner. These circuits also play a crucial role in triggering and processing emotions such as empathy, trust, and motivation, all of which are essential for maintaining healthy relationships.

3. Are these circuits the same for everyone?

While the general structure and function of these circuits are similar across individuals, there can be variations based on factors such as genetics, life experiences, and cultural influences. Some people may have stronger or weaker connections in certain circuits, which can impact their emotional experiences and how they navigate relationships.

4. Can these circuits change over time?

Yes, these circuits are not static and can change over time. Our experiences, such as falling in love or going through a breakup, can alter the strength and connectivity of these circuits. Additionally, through practices such as therapy or mindfulness, we can actively work to rewire and strengthen these circuits to improve our emotional well-being and relationships.

5. How can we use this knowledge to improve our relationships?

Understanding the distinct circuits of emotions and love can help us recognize and regulate our emotions and behaviors in relationships. By being aware of how these circuits work, we can better understand our own emotions and those of our partner, leading to more effective communication and healthier relationships. Additionally, we can use this knowledge to actively work on strengthening these circuits through practices like therapy, mindfulness, and healthy relationship habits.

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