Survivalist Pro
Photo: Sandro Crepulja
We tend to think of romantic love as an emotion, but it may be more of a survival instinct. Evolution has favored mechanisms that lead us to fall in love, because love increases the likelihood of an attachment that improves our chances of survival and provides more resources for child rearing.
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Read More »It’s that time of year, when love is in the air and on the minds of couples everywhere. But what exactly are these lovebirds thinking? Thanks to modern imaging, scientists are able to take a peek inside the besotted brain and show us what goes on during all stages of love—from lust to lasting relationship. We tend to think of romantic love as an emotion, but it may be more of a survival instinct. Evolution has favored mechanisms that lead us to fall in love, because love increases the likelihood of an attachment that improves our chances of survival and provides more resources for child rearing. As neuroscientist Lucy Brown and cultural anthropologist Helen Fisher explain on their website, Anatomy of Love, “Romantic love is a drive, a motivation to win a preferred mating partner.” As we fall in love, neural activity increases in key brain regions including the ventral tegmental area (VTA) located in the midbrain and the caudate nucleus found in each cerebral hemisphere. Both of these areas are part of the brain’s reward pathway. The VTA produces the “feel-good” neurotransmitter dopamine, which increases when we are hit by Cupid’s arrow. Dopamine activates the reward pathway and gives us a pleasurable sensation similar to what we get from cocaine or alcohol, making falling in love akin to addiction. Meanwhile, the caudate nucleus appears to utilize its connections to the VTA and other brain regions to help keep the heart fluttering. Brown and Fisher postulate that the caudate nucleus integrates feelings, emotions and thoughts about your sweetheart to help kindle a romantic passion. The phrase “love is blind” is quite appropriate during romantic love. Elevated passion can actually deactivate the neural pathway involved in negative emotions such as fear and social judgment. It also may flick off the switch in brain areas responsible for critical thinking, self-awareness, and rational decision-making, including parts of the prefrontal cortex. This neutralizing can make us act a little crazy when in the throes of a new romance.
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Read More »The relationship progresses to the attachment phase through the release of oxytocin—called the “love hormone”— and vasopressin. Oxytocin increases in response to sexual activity and skin-to-skin contact, especially orgasm. This hormone helps reduce stress, and can also enhance a sense of trust and connection between two people. Release of vasopressin appears to foster protective behavior for one’s mate and family, which promotes long-term attachment. As Sue Carter, Director of the Kinsey Institute, noted in Psychodynamic Psychiatry, “While oxytocin may activate the more ‘passive’ aspects of attachment, vasopressin activates the more possessive, and in some cases more aggressive side of attachment.”Can a heady state of romantic love last? Studies provide an optimistic answer for all the lovebirds out there, and neuroimaging helps confirm it. One study led by Bianca Acevedo, a research scientist at the University of California, Santa Barbara, compared brain images of two sets of participants: one group still deeply in love after being married an average of about twenty-one years, and one group that had just fallen in love. Functional magnetic resonance imaging revealed similar brain activity in the reward pathways of both groups, with high levels of dopamine in the VTA.
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