Detailed computer simulations have found that a cosmic contraction can generate features of the universe that we observe today.
Modified gravity theories have never been able to describe the universe’s first light. A new formulation does.
Cosmic rays may have given right-handed genetic helixes an evolutionary edge at the beginning of life’s history.
One hundred years after it was proposed, the Ising model is used to understand everything from magnets to brains.
Collider physicists report that several measurements of particles called B mesons deviate from predictions. Alone, each oddity looks like a fluke, but their collective drift is more suggestive.
Two ways of approximating the ultra-complicated math that governs quark particles have recently come into conflict, leaving physicists unsure what their decades-old theory predicts.
Three progressively heavier copies of each type of matter particle exist, and no one knows why. A new paper by Steven Weinberg takes a stab at explaining the pattern.
Rogue waves — enigmatic giants of the sea — were thought to be caused by two different mechanisms. But a new idea that borrows from the hinterlands of probability theory has the potential to predict them all.
A photograph of the infant cosmos reveals the precise amounts of dark matter and dark energy in the universe, leaving precious little room for argument.