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"A couple of years I was involved with something called the Twitter Photo Challenge. Every week there'd be a new topic, and the participants had to produce a photo for that topic during the following seven days," said photographer Jo Christian Oterhals.

"A couple of years I was involved with something called the Twitter Photo Challenge. Every week there'd be a new topic, and the participants had to produce a photo for that topic during the following seven days," said photographer Jo Christian Oterhals.

The Atelier Tenjinyama designed by Ikimono Architects, is both a study in minimalism and an experiment in exposing a workplace to a dose of the outdoors. What is the boundary between indoors and out

Most of our modern technology is powered by a few very rare elements. Most of those elements aren't found in the United States

Heat can have lasting, damaging effects on your skin. Rebecca Jarvis speaks with Dermatologist Dr. Kavita Mariwalla about products one can use to protect the skin against the elements.

Modern astronomy paints a vivid picture of the universe having been born in a cataclysmic bang and filled with exotic stars ranging from gargantuan red supergiants that span the size of a modest solar system to hyperdense white dwarf stars and black holes that are smaller than Earth. These discoveries are all the more remarkable because astronomers infer them from the faintest glimmers of light, sometimes just a handful of photons

(PhysOrg.com) -- It is not the same as it used to be, the element finding business. We have discovered and named all the elements from hydrogen (element 1) up to element 112 (copernicium)[1], and last week IUPAC (International Union of Pure and Applied Chemistry - it does to elements what the International Astronomical Union did to Pluto), the world governing body for chemistry, has announced the confirmation of a couple more.

A painting that was once a masterpiece can lose its glory after centuries of exposure to the elements.

(PhysOrg.com) -- Some chemical elements appear much more abundantly in nature than others, which is partly due to how the elements originally formed. Scientists know that the light elements (hydrogen, deuterium, helium, and traces of lithium) were produced by fusion in the early Universe. Today, lithium, beryllium, and boron are constantly being produced in cosmic rays, while the heavier elements (up to iron) are formed by fusion in stars.