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.
The surprise detection of a massive, Milky Way-size system mostly made of dark matter is changing astronomers’ ideas about how galaxies form.
The theory failed to unite gravity and quantum mechanics. But it still has become one of the most useful tools in science.
“Gene drives,” a technology for controlling genetic traits, could revolutionize disease prevention. But nature has a way of thwarting scientific meddling.
Understanding the different ways people bounce back from infections may help determine the treatments they need.
Economics hasn’t been able to explain irrational choices. Can neuroscience?
Decades of failed predictions show that nature might not work as expected.
Physicists can’t agree on whether the flow of future to past is real or a mental construct.
The virus may rely on particular receptors to infect neural stem cells—but scientists still have more questions than answers.
Energy-sucking bacteria on rocks beneath the planet’s surface may provide a blueprint for life on other worlds.
Interbreeding with our fellow hominins appears to have helped humans survive harsh climates.
The pain of isolation may be what motivates people to make friends.
The code that makes cells is more complex than it once seemed.
A professor of cognitive science argues that the world is nothing like the one we experience through our senses.
The more astronomers learn about dark matter, the more intriguing it becomes.
The computer’s defeat of one of the world’s greatest Go players speaks to the potential for artificial-intelligence systems with real instincts.
Neuroscientists are studying elephants, parrots, and sea lions to better understand the origins of rhythm.