Science finally has the answers to questions such as, "Why does love make us do crazy things?"
In The Chemistry Between Us: Love, Sex and the Science of Attraction, now available nationwide, neuroscientist Larry Young, PhD, and journalist Brian Alexander draw on human stories and cutting-edge research from around the world to flesh out the behaviors that govern our lives, such as physical attraction, infidelity and mother-infant bonding, and explain how our brains exert control over some of the most important and tumultuous decisions and events of our lives.
Young is chief of the division of behavioral neuroscience at Yerkes National Primate Research Center, the director of the Center for Translational Social Neuroscience (CTSN) at Emory University and the William P. Timmie Professor of Psychiatry at Emory's School of Medicine.
Co-author Alexander is the author of several books, including Rapture: How Biotech Became the New Religion (Basic Books) and America Unzipped: The Search for Sex and Satisfaction (Crown/Harmony). He has been a finalist for the National Magazine Award and recognized by Medill School of Journalism's John Bartlow Martin awards for public interest journalism and the Association of Healthcare Journalists.
Their book expands on Young's well-known research on the social neuroscience of bonding, most famously in voles, that what we call love is really the result of neurochemicals acting on defined brain circuits. They move from that simple premise to profound concepts about gender, sexuality, monogamy, infidelity, lust, parenting and the social and cultural implications of them all.
The authors explain the fascinating science behind questions such as:
- Why is there a female and a male brain – and what does that mean for our understanding of gender and sexuality?
- What's the difference in brain chemistry between a woman with a new baby and one with a new boyfriend? (hint: not much)
- Why do we cheat on our spouses, and are some of us genetically more likely to cheat?
Via Young's Yerkes and CTSN research programs, he focuses on understanding the genetic and neurobiological mechanisms underlying complex social behaviors, including social bonding and social attachments. This work has important implications for psychiatric disorders characterized by disruption in social cognition, including autism spectrum disorder and schizophrenia. Young and his colleagues not only want to better understand the social brain, they want to develop new treatment strategies for improving social functioning.
For more information, visit www.thechemistrybetweenus.com.
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