All Stories by Emily Conover
- Physics
A predicted superconductor might work at a record-breaking 200° Celsius
A material made of hydrogen, lithium and magnesium and squeezed to high pressures may be a superconductor even at especially high temperatures.
- Physics
Quantum physicists have teleported ‘qutrits’ for the first time
The technique could be useful for creating a future quantum internet.
- Space
LIGO and Virgo probably spotted the first black hole swallowing up a neutron star
In a first, astronomers may just have detected gravitational waves from a black hole merging with a neutron star.
- Chemistry
Chemists have created and imaged a new form of carbon
A new molecule takes its place among buckyballs, carbon nanotubes and other odd forms of carbon.
- Physics
New cloaking devices could hide objects from water waves and currents
Specially designed materials could help prevent boats from rocking too violently in harbors, researchers say.
- Space
A proposed space telescope would use Earth’s atmosphere as a lens
One astronomer has a bold solution to the high cost of building big telescopes.
- Physics
Exploding stars scattered traces of iron over Antarctic snow
Researchers melted half a ton of snow to find just 10 atoms of a radioactive variety of iron.
- Astronomy
A 3-D map of stars reveals the Milky Way’s warped shape
Our galaxy flaunts its curves in a chart of thousands of stars called Cepheids.
- Physics
Scientists seek materials that defy friction at the atomic level
Scientists investigate superslippery materials and other unusual friction feats.
- Cosmology
Debate over the universe’s expansion rate may unravel physics. Is it a crisis?
Measurements of the Hubble constant don’t line up. Scientists debate what that means.
- Particle Physics
How a 2017 radioactive plume may be tied to Russia and nixed neutrino research
A botched attempt at producing radioactive material needed for a neutrino experiment may have released ruthenium-106 to the atmosphere in 2017.
- Physics
Increased control over ions’ motions may help improve quantum computers
Scientists precisely manipulated the ion’s oscillations and energy levels, a key step toward building better quantum computers.
