Science and Discovery
Section

Life & Biology

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

Abstract visualization of intertwined DNA strands connecting human, sea anemone, and amoeba, symbolizing a universal gene activation language across life.
Life & Biology

Scientists Discover Universal Gene Activation Language

The instructions for activating genes are essentially the same in humans, sea anemones, and soil amoebas.

Marcus Cole· Aug 3· 3 min read
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

David Grossman · Jun 28
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

David Grossman · Jun 6
Split image comparing a distant exoplanet K2-18b with potential biosignatures to a Martian rock sample with more convincing signs of life.

Scientists detect potential signs of life on distant exoplanet

David Grossman · Jun 6
Abstract visualization of a human brain with glowing neural pathways, symbolizing an 'Aha!' moment and cognitive expansion.

Aha moments boost brain function, offering more than just problem-solving

Left-hemisphere tests recently revealed significant fractional anisotropy (FA) associations for specific left dorsal tracts, including the Arcuate Fasciculus.

David Grossman· May 25· 3 min
Close-up of a neuron synapse showing cAMP molecules, with a futuristic brain scan in the background, illustrating molecular neuroscience.

New Study Revisits Brain Theory and Neuroscience Concepts

Researchers recently pinpointed that the weight-loss effects of the GLP-1 drug semaglutide hinge on increased levels of a single molecule, cyclic adenosine monophosphate (cAMP), in a specific brain re

David Grossman· May 25· 3 min