All Stories by Emily Conover
- Particle Physics
Three new physics experiments could revamp the standard model
New experiments that rely on very large machines have begun to probe the weak points of particle physics.
- Particle Physics
Early tests pave the way for a giant neutrino detector
A prototype detector demonstrates the technology needed for the DUNE experiment.
- Life
Here’s how clumps of honeybees may survive blowing in the wind
Honeybees clumped on trees may adjust their positions to keep the cluster together when it’s jostled by wind, a new study suggests.
- Physics
Nuclear pasta in neutron stars may be the strongest material in the universe
Simulations suggest that the theoretical substance known as nuclear pasta is 10 billion times as strong as steel.
- Physics
Sound waves can make bubbles in levitated drops of liquid
A new technique reveals how to make bubbles from droplets suspended in the air.
- Physics
A new hydrogen-rich compound may be a record-breaking superconductor
The record for the highest-temperature superconductor may be toast.
- Quantum Physics
Rubidium atoms mimic the Eiffel Tower, a Möbius strip and other 3-D shapes
Scientists have arranged atoms of the element rubidium into complex three-dimensional structures.
- Particle Physics
Electrons surf protons’ waves in a new kind of particle accelerator
For the first time, scientists accelerated electrons using plasma waves from proton beams.
- Particle Physics
An elusive Higgs boson decay has finally been spotted
Two experiments at the Large Hadron Collider confirm that the Higgs boson decays into bottom quark pairs.
- Quantum Physics
Quantum computer simulates two types of bizarre materials
In calculations involving about 2,000 quantum bits, a D-Wave machine reproduced the behavior of exotic substances.
- Chemistry
See the ‘periodic table’ of molecular knots
A new table of knots points the way to twisting molecules in increasingly complex pretzels.
- Quantum Physics
A new quantum device defies the concepts of ‘before’ and ‘after’
Two events can happen in different orders at the same time, thanks to quantum physics.
