Articles republished from Quanta Magazine
New genetic evidence suggests our mysterious ancient cousins were more resilient—and more humanlike—than previously thought.
And why did it slow down?
The rise of new extremist groups is an impetus and a test case for physical models of terrorism and insurgency.
The Dark Energy Survey is the start of the next era of cosmology.
After decades of what seemed to be settled science, there’s new, conflicting evidence for how the moon might have formed.
An astrophysicist wants to test what happens when things get too close to a dense, dark lump at the center of the Milky Way.
Understanding the forces that shape infection-causing bacterial fortresses could reveal their subtle weaknesses.
An evolutionary biologist studies how flocks of birds, slime molds, networks of neurons, and other biological collectives jointly process information.
The debate over whether an arachnid’s web is actually a part of its mind
The answer to a longstanding mystery suggests that proteins are far more malleable than previously thought.
After long believing that exploding stars forged the coveted metal, researchers are now divided over which extraordinary cosmic event is truly responsible.
In a brilliant new experiment, physicists have confirmed one of the most mysterious laws of the cosmos.
There are surprising similarities between their brains and adults’.
Geochemical signals from near the planet’s core are beginning to shed light on its first 50 million years, a period long viewed as inaccessible to science.
Stripes laid down by tooth enamel could reveal why big mammals grow slower—and live longer—than small ones.
Many viruses thrive by blocking cells’ internal messages, but one particularly crippling infection can actually change these messages’ content.
A growing number of physicists think it may be.
A half-century’s worth of scientific discoveries since the last major update to evolutionary theory has some researchers pushing for a paradigm shift.
A new approach to a once-farfetched theory is making it plausible that the brain functions like a quantum computer.
A 17-years-long study reveals how the complex relationships between a cell’s genes allow it to function.