A groundbreaking look at the science of attraction and compatibility, challenging our most fundamental assumptions about how human mating evolved—to demonstrate the real keys to romantic attachment.

Over the past few decades, a buzzy new branch of science has spread a deeply flawed story about romantic relationships. Cloaking itself in the language of incontrovertible Darwinian fact, evolutionary psychology claims that our minds have been shaped by primal drives that pit the genders against each other, from the myth that men are wired to be promiscuous to the notion that wealth, status, and beauty are the ultimate aphrodisiacs.

Drawing on pathbreaking research—including original experiments from his own lab—UC Davis psychology professor Paul Eastwick reveals that these stories bear little resemblance to how pair-bonding really works. While beauty and charisma factor into first impressions, their influence fades fast—after a few months, we barely agree on who's "desirable." From ancestral times through the present, Eastwick shows, lasting attraction has been built through gradual, often mundane moments that forge strong attachment bonds. Ultimately, he offers a liberating new paradigm for finding meaningful, exciting relationships, showing listeners:

• Why the traits we often look for in a partner—personality, lifestyle, values, and humor—are poor predictors of compatibility, and what behaviors and experiences we should focus on instead
• Why someone's tendency to “date around” or their reputation as a player has little bearing on their long-term relationship potential
• Why the most secure relationships offer a "safe haven" and "secure base" for each partner, and how to cultivate them in new and existing relationships

By excavating the hidden history of human mating, Eastwick paints a radical new picture of the roots of enduring chemistry. Distilling evolutionary biology, anthropology, and psychology into accessible insights, Bonded by Evolution explains why we so often choose dating strategies that make us miserable and how to use a more evolved approach.