Read the latest positive news, breakthroughs, and inspiring stories about origins of life, curated daily by BrightWire.
Astronomers discovered methanol and complex organic molecules in planet-forming disks around young stars, revealing the chemical building blocks that could eventually lead to life. The findings challenge our understanding of how solar systems form and offer new clues about life's origins.
A meteorite that punched through a New Jersey bedroom ceiling is giving scientists new clues about how space rocks delivered the ingredients for life to early Earth. The rare space visitor contains ancient salty chemistry and organic compounds never before seen in this type of meteorite.
A graduate student recreated the universe's chemistry in glass tubes, producing real cosmic dust that reveals how life's ingredients may have formed in space. The breakthrough lets scientists study where Earth's organic molecules came from without waiting for meteorites.
A meteorite that crashed into a New Jersey home last year contains rare organic compounds and chemistry that may explain how life began on Earth. Scientists say it's one of the most valuable meteorites ever recovered.
A New Jersey stargazer scooped up meteorite fragments minutes after they fell to Earth, preserving pristine evidence of ancient water and organic compounds that may explain how life began. Scientists say the quick thinking unlocked discoveries usually impossible to find.
Scientists discovered a raspberry sugar called erythrulose in a gas cloud near the center of our galaxy, marking the first time this life-building molecule has been found beyond our solar system. The finding suggests that the ingredients for life may be common throughout space.
Astronomers detected a four-carbon sugar called erythrulose in a gas cloud near the Milky Way's center, marking the first true sugar ever found in interstellar space. The discovery could help explain how the building blocks of life first arrived on Earth.
Scientists discovered that microscopic liquid droplets in our cells, found only in 2009, might be ancient relics explaining how life first began on Earth. These mysterious blobs perform crucial jobs in every cell and could unlock biology's biggest mystery.
Scientists discovered that a microscopic single-celled creature living in the ocean uses the same genetic tools that animals use for complex life, suggesting our ancient ancestors may have grouped together before becoming truly multicellular. This finding rewrites what we thought we knew about how simple organisms became complex animals.
Scientists discovered Jupiter's massive gravity acted like a cosmic gatekeeper, shaping how Earth received the nitrogen and phosphorus we needed to become a living world. The finding suggests giant planets might be essential for life across the universe.
French scientists discovered that completely sterilized dirt continued releasing carbon dioxide for six years, suggesting the chemistry of life might have existed before life itself. This breakthrough could rewrite our understanding of how biology began on Earth.
Scientists just pushed back the timeline for Earth's first common ancestor by 200 million years, revealing that all life descended from a surprisingly sophisticated microbe that battled viruses in Earth's hellish early days. This tiny organism connects every living thing on the planet, from bacteria to blue whales.