After successfully predicting laboratory earthquakes, a team of geophysicists has applied a machine learning algorithm to quakes in the Pacific Northwest.
Maintaining perfect stability through negative feedback is a basic element of electrical circuitry, but it’s been a mystery how cells could do it — until now.
A giant star’s death throes may offer the first evidence of a pair-instability supernova, and a glimpse of the first stars in the universe.
Clues from fish diversity suggest that interbreeding between species could be a major mechanism of fast speciation.
There are many different ways to think about probability. Quantum mechanics embodies them all.
Since the 1970s, physicists have described black holes using borrowed versions of the laws of thermodynamics. But are black holes really thermodynamic systems? Craig Callender worries that the analogy has been stretched too far.
Genetically identical bacteria should all be the same, but in fact, the cells are stubbornly varied individuals.
Modern humans and more ancient hominins interbred many times throughout Eurasia and Africa, and the genetic flow went both ways.
Through exacting geometric calculations, Philip Gibbs has found the smallest known cover for any possible shape.
Does objective, perfect randomness exist, or is randomness merely a product of our ignorance?
In the late 1940s, Richard Feynman invented a visual tool for simplifying particle calculations that forever changed theoretical physics.
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