
Wavelet Theory Nets Top Mathematics Award
Yves Meyer wins the Abel Prize for development of a theory with applications ranging from watching movies to detecting gravitational waves
Davide Castelvecchi is a staff reporter at Nature who has been obsessed with quantum spin for essentially his entire life. Follow him on X @dcastelvecchi

Wavelet Theory Nets Top Mathematics Award
Yves Meyer wins the Abel Prize for development of a theory with applications ranging from watching movies to detecting gravitational waves

IBM Will Unleash Commercial "Universal" Quantum Computers This Year
The cloud-based "IBM Q" service is not expected to outperform conventional computers—yet

How Math Could Help Map Earth's Interior
A new solution to a decades-old geometry puzzle might unlock the secrets of our planet's inner structure

LIGO’s Underdog Cousin Ready to Enhance Gravitational-Wave Hunt
It missed the historic discovery, but the Virgo lab in Italy is now primed to extend LIGO’s reach and precision

Doubts Cloud Claims of Metallic Hydrogen
A new study reports the compression of hydrogen gas to a metallic state, but skeptics are unconvinced

Quantum Computers Ready to Leap Out of the Lab in 2017
Google, Microsoft and a host of labs and start-ups are racing to turn scientific curiosities into working machines

Physicists Pin Down Antimatter in Milestone Laser Test
For the first time, researchers have measured how antimatter absorbs light

Tech Giants Open Virtual Worlds to Bevy of AI Programs
Artificial-intelligence algorithms can learn a lot from playing immersive 3D video games

Living Cells Bind Silicon and Carbon for the First Time
A modified bacterial enzyme is taught to make bonds that evolution avoids

Axion Alert! Exotic Particle Detector May Miss Out on Dark Matter
Supercomputer calculation suggests hypothesized particle may be heavier than thought

Universe Has 10 Times More Galaxies Than Researchers Thought
The new estimate could help astronomers better understand how galaxies form and grow

Can We Open the Black Box of AI?
Artificial intelligence is everywhere. But before scientists trust it, they first need to understand how machines learn

Deep Learning Boosts Google Translate Tool
The Internet giant claims its latest service employs neural networks to cut the error rate by 60 percent

China Launches Second Space Lab
Tiangong 2 will develop expertise for a future space station and conduct science experiments

New Billion-Star Map Reveals Secrets of the Milky Way
The first results from the Gaia mission are poised to rewrite astronomy textbooks, starting with an upgrade to the size of our galaxy

Icy Telescope Throws Cold Water on Sterile Neutrino Theory
IceCube observatory reports null result in search for particle

Bizarre Proof to Torment Mathematicians for Years to Come
A rare appearance by enigmatic Shinichi Mochizuki brings faint optimism about his famously impenetrable work

People May Sense Single Photons
Experiment hints we sense light’s tiniest specks “at the threshold of imagination”

Expansion of the Early Universe Is Modeled in Unprecedented Detail
Pioneering techniques could settle longstanding controversy about the accuracy of previous simulations

In a First, Quantum Computer Simulates High-Energy Physics
The technique could allow quantum computers to address otherwise-intractable problems in particle physics

Cloud-Seeding Surprise Could Improve Climate Predictions
A molecule made by trees can seed clouds, suggesting that pre-industrial skies were less sunny than thought

Large Hadron Collider Anomaly Inspires a Zoo of Theories
Four published papers offer diverse explanations for a possible new particle

Controversial Dark Matter Claim Faces Ultimate Test
Multiple teams finally have the material they need to repeat an enigmatic experiment

The Black Hole Collision That Reshaped Physics
A momentous signal from space has confirmed decades of theorizing on black holes—and launched a new era of gravitational-wave astronomy