... over billions of years. Along with extreme heating and dehydration, Itokawa has been sucking up water and organic materials from other extra-terrestrial sources, so that its chemistry has changed over time. How do they know...
... new findings are an hopeful indicator that life might have once survived on the Red Planet. The organic material was unearthed in 3-billion-year-old sedimentary rock samples extracted by Curiosity’s Sample Analysis at Mars (SAM) instrument...
.... So Curiosity has another trick up its mechanical sleeve; ‘wet chemistry’ experiments. Wet chemistry experiments involve “derivatising” organic molecules before they are heated, meaning that they react with other chemicals first in order to become...
...contain nitrogen-bearing organic material, a finding which suggests that 4 billion years ago, Mars was once a wet and organic-rich planet ...made it difficult to determine how much of the organic material in the meteorite was truly Martian in origin. ...
...a Solar-type protostar, showing that interstellar organic materials are being fed into a rotating disk ...chief scientist of RIKEN studied the distribution of a number of organic molecules including methyl formate (HCOOCH3) and carbonyl sulfide (OCS...
... process that sits between Mars and Jupiter. Ryugu is a C-type or ‘Carbonaceous’ asteroid, which is a class thought to contain organic material and also to have remained relatively unchanged since the solar system’s formation. Rocks like Ryugu likely...