Subscribe Introduction A human brain sits in a lab in New Haven, Connecticut. It came from a donor who died with Alzheimer’s disease. The donor is dead. Yet the brain is not. Not entirely. Right now, a machine pumps synthetic blood through its vascular network. This is brain perfusion drug...

Artificial metabolism turns CO₂ into useful chemicals, showing how cell-free biology could transform carbon waste into bioplastics, medicines, and more.

Every drug you've ever swallowed was dead before it reached you. Living therapeutics change that: bacteria engineered to sense disease and treat it on site.

The biologics patent cliff is starting to reshape the pharmaceutical industry as a wave of blockbuster biologics moves toward patent expiration. By 2034, 118 biologics are expected to lose protection, creating the potential for more than $230 billion in biosimilar savings. But this is not a smooth transition....

From peacock tails to human nature. Sexual selection explains how choice, attraction, and desire have sculpted bodies, minds, and behavior.

Subscribe I. Introduction: Why the next great leap in AI won’t be a faster chip, but a living one. Imagine walking into a data center that doesn’t hum with the roar of cooling fans or radiate the blistering heat of overclocked GPUs. Instead, the room is silent, bathed in a soft, amber...