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Organic Molecules Come from the Universe's Cold Places

Scientists studying the chemical makeup of asteroid Ryugu and the Murchison meteorite find intriguing differences in their organic molecules.

Life beyond Earth may form in the coldest depths of space, Ryugu asteroid samples reveal

Findings from Ryugu illustrate how PAHs may be able to form in the cold regions of space, changing our perspective on the origins of planets — and even life.

New study says select 'life's ingredients' found on asteroids likely formed in deep cold space

In a recent study, scientists found that certain are organic compounds (PAHs) are “likely to be formed in the cold areas of space between stars, rather than in hot regions near stars as was previously thought”. How important is this new finding and what it means? Find out here.

Research: Asteroids' Organic Compounds Formed in Cold Space

Organic Molecules In Asteroid Ryugu Samples Came From Cold Interstellar Space

These molecules are likely older than the solar system itself.

Organic compounds in asteroids formed in colder regions of space

Perth, Australia (SPX) Dec 22, 2023 - Analysis of organic compounds - called polycyclic aromatic hydrocarbons (PAHs) - extracted from the Ryugu asteroid and Murchison meteorite has found that certain PAHs likely formed in the cold areas

Organic compounds in asteroids have a dark and chilly origin

Carbon-based molecules recovered from asteroids may have formed in the interstellar medium – the cold, dark region between stars.

Polycyclic Aromatic Hydrocarbons in Asteroids Predate Our Solar System, New Study Shows

Analysis finds that organic compounds in asteroids likely formed in colder regions of space

Finalists announced for 22nd Premier's Science Awards