Latest Surface wave Stories
New research of the ocean’s hidden waves was conducted in a lab and in the South China Sea. According to a January 8 report from MIT news, internal waves can be hundreds of feet tall and produce damaging effects to the climate and the ocean’s ecosystem.
Invisibility cloaking may one day help to shield ships floating around in the ocean from waves, according to research presented at the Annual Meeting of the American Physical Society (APS).
MESSENGER scientists have concluded that waves driven by the Kelvin-Helmholtz (KH) instability play a key role in driving Mercury's magnetosphere.
Radio broadcasters compete for airwave space in the saturated FM range, in detriment to AM wavebands with a poorer sound quality.
By studying seismographs from the earthquake that hit Chile last February, earth scientists at the Georgia Institute of Technology have found a statistically significant increase of microearthquakes in central California in the first few hours after the main shock.
Geologists from the University of Rhode Island and Princeton University, in collaboration with Lawrence Livermore National Laboratory, have taken an important step toward helping the United States government monitor nuclear explosions by improving a 3-dimensional model originally developed at Harvard University.
Scientists at the University of Rhode Island are gaining new insight into the mechanisms that generate huge, steep underwater waves that occur between layers of warm and cold water in coastal regions of the world's oceans.
US scientists believe they have made great headway in understanding what have been termed, freak waves.
Research at the University of Liverpool has shown it is possible to develop an â€˜invisibility cloakâ€™ to protect buildings from earthquakes.