Recreating cosmic dust may help answer questions about how meteorites hitting Earth came to contain the organic matter that they do ...

Cold cosmic dust grains can link amino acids into protein‑like chains in deep space, suggesting life’s chemistry may begin ...

"We used to think that only very simple molecules could be created in these clouds. But we have shown that this is clearly ...

Interstellar dust like that seen in the Carina Nebula may have supplied some of Earth's amino acids. Earlier studies have revealed high concentrations of these organic materials in asteroids and ...

New experiments reveal that protein precursors can form naturally in deep space under extreme cold and radiation. Scientists found that simple amino acids bond into peptides on interstellar dust, long ...

Scientists have shown that the building blocks of proteins can form naturally in deep space. This means the raw ingredients for life may exist long before planets are formed.

An instrument built by the University of Colorado Boulder will soon launch on a NASA space mission where it will aim to collect interstellar dust particles hurtling through space at an average of 16 ...

With its wide field of view, the TESS space observatory continuously monitors large swathes of the sky and records the ...

An international team of scientists has examined dust grains gathered by the NASA Stardust spacecraft and brought back to Earth – and has discovered that they originated in the interstellar dust ...

Astronomers found an interstellar "tunnel" - a cosmic channel that connects our solar system to distant stars, according to a recent study.

Even ordinary telescopes have a way of acting less ordinary when there comes a comet that will never be seen again. The ...

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