Rogue waves can be dangerous. But could these rare events be predicted? A new comparative analysis of rogue waves reveals that these waves are not entirely unpredictable.
The world's smallest spirals may do something amazing: guard against identify theft.
CERN's Large Hadron Collider (LHC) has officially started delivering physics data for the first time in 27 months.
Scientists may have discovered something interesting around planet Earth: tubular plasma structures in the inner layers of our planet's magnetosphere. The new findings come after the researchers creatively used a radio telescope to see in 3D.
Astrophysicists have created a new method for calculating the effect of Rayleigh scattering on photons, potentially allowing researchers to better understand the formation of the universe.
The Large Hadron Collider has started up again and now, physicists have announced that two experiments have combined their results to reveal a very rare and previously unseen subatomic process.
How do you halt magnetic fields? Physicists have created a shielding device that dampens low frequency magnetic fields more than a million-fold.
To us, the universe looks three dimensional. But one of the theories of theoretical physics challenges this assumption.
A new tabletop detector has the ability to spot single electrons. Physicists have developed a new particle detector that can identify individual electrons in a radiactive gas.
Imagine creating an object that's completely invisible in the microwave range. Scientists have constructed a homogenous cylindrical object that's invisible without the use of any additional coating layers.
When a meteor slams into a planet, it causes all sorts of damage. But what occurs underground? Scientists have created new techniques to simulate high-speed missile and meteor impacts into soil and sand.