科学家发现大脑的失恋感情控制区

Researchers have linked rejection¹ by a romantic partner to brain activity associated with motivation, reward and addiction² cravings（渴望） , according to a study published in the July issue of the Journal of Neurophysiology. Lucy Brown, Ph.D., clinical professor in the Saul R. Korey Department of Neurology and of neuroscience at Albert Einstein College of Medicine of Yeshiva University, is the corresponding author of the study. This is the third publication in which Dr. Brown and her research group demonstrated that primitive⁵ reward and survival systems are activated⁶ in people who look at their beloved（心爱的人） . Using functional⁷ magnetic resonance⁸ imaging (fMRI功能核共振成像), researchers recorded the brain activity of 15 college-age adults who had recently been rejected by their partners but reported that they were still intensely "in love." Upon viewing photographs of their former partners, several key areas of participants' brains were activated, including the ventral（腹侧的，腹部的） tegmental（盖的） area, which controls motivation and reward and is known to be involved in feelings of romantic love; the nucleus⁹ accumbens（大脑中的阿肯柏氏核） and orbitofrontal（眶窝） /prefrontal cortex（前额皮质） , which are associated with craving³ and addiction, specifically the dopaminergic（多巴胺能的） reward system evident in cocaine¹⁰ addiction; and the insular¹¹（孤立的，海岛的） cortex and the anterior¹² cingulate, which are associated with physical pain and distress¹³.

By tying these specific areas of the brain to romantic rejection, the research provides insight into the anguished¹⁴（极度痛苦的） feelings that can accompany a break-up, as well as the extreme behaviors that can occur as a result, such as stalking（围捕） , homicide and suicide.

"Romantic love, under both happy and unhappy circumstances, may be a 'natural' addiction," said Dr. Brown. "Our findings suggest that the pain of romantic rejection may be a necessary part of life that nature built into our anatomy¹⁵ and physiology⁴（解剖生理学） . A natural recovery, to pair up with someone else, is in our physiology, too."