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6 Alternate Uses for Your Freezer

Eliminate unpopped popcorn
Don't you just hate the kernels of popcorn that are left at the bottom of the bowl? Eliminate the popcorn duds by keeping your unpopped supply in the freezer.

Remove wax from candlesticks
Grandma's heirloom silver candlesticks will get a new life if you place them in the freezer and then pick off the accumulated wax drippings. But don't do this if your candlesticks are made from more than one type of metal. The metals can expand and contract at different rates and damage the candlesticks.

Extend candle life
Place candles in the freezer for at least two hours before burning. They will last longer.

Unstick photos
Picture this: Water spills on a batch of photographs, causing them to stick together. If you pull them apart, your pictures will be ruined. Don't be so hasty. Stick them in the freezer for about 20 minutes. Then use a butter knife to gingerly separate the photos. If they don't come free, place them back in the freezer. This works for envelopes and stamps too.

Clean a pot
Your favorite pot has been left on the stove too long, and now you've got a burned-on mess to clean up. Place the pot in the freezer for a couple of hours. When the burned food becomes frozen, it will be easier to remove.

Remove odors
Got a musty-smelling book or a plastic container with a fish odor? Place them in the freezer overnight. By morning they'll be fresh again. This works with almost any other small item that has a bad smell you want to get rid of.

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shaky ground

SALMON, Idaho (Reuters) – Scientists at Idaho State University have mapped a previously unknown and active seismic fault in the northern Rockies capable of unleashing an earthquake with a magnitude as high as 7.5.
The newly discovered fault in central Idaho does not lie in a densely populated area.
But Glenn Thackray, chairman of the university's geosciences department, said the 40-mile-long fracture in the Earth's crust at the base of the Sawtooth Mountains near the tiny mountain town of Stanley is cause for some concern.
"There's a chance in the next few decades there will be an earthquake on this fault, and if it does happen it will be a rather large earthquake," he said.
A 7.5 tremor is considered a major earthquake, capable of widespread heavy damage.
[Related: Decade's most haunting earthquakes]
Such a temblor would be most keenly felt at an epicenter near Stanley, home to about 100 year-round residents, with moderate shaking expected to extend from the resort community of Sun Valley to the capital city of Boise, Thackray said.
Scientists located the fault with a remote sensing technique that relies on laser-equipped airplanes. They were able to gather data about its history by analyzing sediment cores lifted from Redfish Lake, a mountain lake on the fault line famous for its historic sockeye salmon runs.
Thackray said researchers believe the fault triggered two earthquakes over the past 10,000 years, one some 7,000 years ago and another 4,000 years ago, suggesting significant seismic activity occurs at the site every several thousand years.
"Predicting when a fault might rupture is a real uncertainty of science," he said. "The problems with earthquakes and faults are they don't follow reliable patterns."
Given the findings, it may be prudent for towns like Stanley to revamp building codes and emergency preparedness plans, Thackray said.
A fault at Idaho's tallest mountain caused a 6.9 magnitude earthquake in 1983. The Borah Peak earthquake killed two children when a storefront collapsed in the central Idaho town of Challis and damaged buildings within a 50-mile radius. Other active faults in central Idaho lie in the Beaverhead, Lemhi and Lost River mountain ranges.

(former)life at there

WASHINGTON (AFP) – A hot, gaseous and fast-spinning planet has been found orbiting a dying star on the edge of the Milky Way, in the first such discovery of a planet from outside our galaxy, scientists said Thursday.
Slightly larger than the size of Jupiter, the largest in our solar system, the newly discovered exoplanet is orbiting a star 2,000 light years from Earth that has found its way into the Milky Way.
The pair are believed to be part of the Helmi stream, a group of stars that remains after its mini-galaxy was devoured by the Milky Way some six to nine billion years ago, said the study in Science Express.
"This discovery is very exciting," said Rainer Klement of the Max Planck Institute for Astronomy.
"Because of the great distances involved, there are no confirmed detections of planets in other galaxies. But this cosmic merger has brought an extragalactic planet within our reach."
Astronomers were able to locate the planet, coined HIP 13044 b, by focusing on the "tiny telltale wobbles of the star caused by the gravitational tug of an orbiting companion," the study said.
They used a powerful telescope owned by the European Southern Laboratory at La Silla Observatory in Chile, located at an altitude of 2,400 meters (7,800 feet) some 600 kilometers (375 miles) north of the capital, Santiago.
The planet is quite close to the star it is orbiting, and survived a phase in which its host star went through a massive growth after it depleted its core hydrogen fuel supply, a phase known as the "red giant" stage of stellar evolution.
"This discovery is particularly intriguing when we consider the distant future of our own planetary system, as the Sun is also expected to become a red giant in about five billion years," said lead researcher Johny Setiawan of the Max Planck Institute for Astronomy.
The exoplanet is likely to be quite hot because it is orbiting so close to its star, completing each orbit in just over 16 days, and is probably near the end of its life, astronomers said.
The star may have already swallowed other planets in its orbit, making the star spin more quickly and meaning that time is running out for the surviving exoplanet.
Astronomers were mystified as to how the planet might have formed, since the star contained few elements heavier than hydrogen and helium and planets typically form out of a complex cloud of spinning space rubble.
"It is a puzzle for the widely accepted model of planet formation to explain how such a star, which contains hardly any heavy elements at all, could have formed a planet," said Setiawan.
"Planets around stars like this must probably form in a different way."