What do the “Siamese squid,” the “double Hubble,” the “blinking planetary” and the “Saturn nebula” have in common? All are distant, dying stars, whose images have been captured by the Hubble Space Telescope.
A new study indicates that about 10 percent of the ozone and other pollutants are arriving from the industrialized nations of East Asia.
What was found by three graduate students — Kirsten Lorentzen of the University of Washington and Robin Millan and Jason Foat of the University of California at Berkeley — has scientists scrambling for an explanation: an intense stream of X-rays, occurring in seven bursts, each separated by only a few minutes and lasting for a total of half an hour. The evidence was clear that the high energy bursts came not from outer space, but from the Earth’s upper atmosphere.
The proposition that the Earth’s little understood inner core is a frozen yet white hot globe of curiously laid out iron crystals, spinning independently of the rest of the planet, has been given a boost by a University of Washington researcher.
First it was the Chinese, then the Egyptians who more than 3,000 years ago began studying and predicting the weather. Then in the 16th and 17th centuries meteorology became a science with the invention of instruments to measure the elements. Now a supercomputer is ushering in a new era of high-precision local weather forecasting.
Stumps of long-dead western red cedar trees are revealing new details of a cataclysmic earthquake along North America’s west coast more than 100 years before the arrival of the first European occupants.
It looks like El Niño, it feels like El Niño, and if you are watching fish stocks, reservoir levels or farm production, you would say it is El Niño.
They spent their summer working in the lab instead of enjoying the sunshine, studying everything from cloning and protective coatings to mosquito control. On Friday, they will get their reward. At a reception at the University of Washington’s Kane Hall, 50 undergraduates will be honored for their summer research sponsored by the Washington Space Grant Consortium.
A new form of matter, clusters of atoms, has been oberved in recent years behaving in curious ways. Now research indicates that clusters have another, previously unsuspected property: they can melt at different temperatures from “solid” matter.
Small sea creatures that have lain in pristine condition for eons have given a University of Washington researcher the clearest evidence yet that about 80 million years ago a southern landmass began migrating to the north. And what today are rainy British Columbia and chilly southern Alaska were once the sunny climes of Baja California.