Science and Discovery
Section

Life & Biology

From the genetic code to entire ecosystems, this section delves into the science of living things.

Scientists in a futuristic lab observe an eight-letter DNA helix, representing a doubled genetic alphabet, with holographic displays showing data storage potential.
Life & Biology

Scientists successfully double genetic alphabet to eight DNA letters

For the first time, a natural enzyme has accurately read and transcribed an eight-letter genetic alphabet, effectively doubling the fundamental code of life.

Marcus Cole· Sep 8· 3 min read
An ancient, fur-covered cat predator resembling a puma walks across a snowy Yukon landscape during prehistoric times.

Ancient DNA Reveals Arctic Cat Species Is Puma Relative

David Grossman · Sep 5
An Asgard archaeon using nanotubes to connect with and exchange substances with a bacterium, illustrating the origins of complex life.

New research shows ancient microbes' role in complex life

David Grossman · Sep 4
Abstract visualization of intertwined DNA strands connecting human, sea anemone, and amoeba, symbolizing a universal gene activation language across life.

Scientists Discover Universal Gene Activation Language

Marcus Cole · Aug 3
A small, colorful manakin bird with bright plumage perched on a berry-laden branch, showcasing its specialized fruit-eating adaptation.

Manakins evolved to eat fruit by repurposing umami receptors

David Grossman · Jul 21
A wide shot of the futuristic city from 'Logan's Run,' showcasing its unique architecture and advanced transportation systems under a bright sky.

'Logan's Run' at 50: Sci-Fi Classic Was a Summer Hit

In 1976, MGM saved an estimated $3 million on set construction for its sci-fi epic 'Logan's Run' by filming its futuristic 23rd-century city scenes in modern-day Dallas.

David Grossman· Jun 28· 3 min
Microscopic view of RNA and protein systems, some thriving and others fading, representing the delicate balance of early life and extinction risks.

RNA protein systems face extinction risks, study reveals

Researchers at the University of Tokyo have precisely mapped the environmental tipping points that determine if a self-replicating RNA-protein system will flourish into complexity or vanish entirely.

David Grossman· Jun 6· 3 min