News
The most significant molecules found are ethylene glycol and glyconitrize—both of which are ingredients for compounds in DNA ...
10d
Space.com on MSNBad news for alien life? Earth-size planets may be less common than we thought"We found that hundreds of exoplanets are larger than they appear, and that shifts our understanding of exoplanets on a large ...
9d
Discover Magazine on MSNWater Hidden Within Lunar Soil Could Make Life on the Moon Possible for AstronautsLearn about the technology that may help astronauts survive on the moon by extracting water from lunar soil and producing ...
10d
Mashable SEA on MSNTitan’s methane lakes could foster an early step in the creation of lifeSaturn’s largest moon, Titan, appears to have the right ingredients and conditions for a certain kind of tiny bubble to form ...
13d
Indulgexpress on MSN39 fabulous natural recipes for skincareMost people I meet are unaware of their skin type or what products to use, so they rely on recommendations from neighbors, ...
A futuristic rice plant just 10cm tall could feed astronauts and help make Moon bases possible — and maybe even transform ...
Unlocking the origins of life starts with understanding how simple space molecules turned into complex building blocks. To do that, scientists need untouched samples—material that hasn’t been ...
Glass isn't as easy to recycle as we might think, so we need as many ways to turn it into new products as we can devise.
An extension of the local furniture and lifestyle brand, the new spot has a seasonal menu, Egyptian art and belly dancers.
A study published recently in Joule reveals that the technology can successfully extract water from soil samples and convert carbon dioxide into oxygen and fuel chemicals.
A new breakthrough in hydrogen fuel production uses unlikely ingredients: recycled aluminum, seawater, and caffeine at an ...
1d
The Brighterside of News on MSNScientists detect the building blocks of life surrounding star V883 OrionisIn a star system far, far away—well, about 1,300 light-years from here—a young star just spilled the chemical tea on the origins of life. V883 Orionis, a fiery infant star surrounded by a swirling ...
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