Physics
Queen bumblebees are poor foragers thanks to sparse tongue hair
The density of fine hairs on bumblebees’ tongues determines how much nectar they can collect — and workers put queen bees to shame.
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The density of fine hairs on bumblebees’ tongues determines how much nectar they can collect — and workers put queen bees to shame.
We summarize the week's scientific breakthroughs every Thursday.
Amidst a tough year for science, glimmers of joy burst through in revelations from the silly to the sublime.
James Riordan’s new book will help readers wrap their heads around this mysterious, fundamental force of nature.
Machine learning techniques that make use of tensor networks could manipulate data more efficiently and help open the black box of AI models.
It’s possible to defy gravity using sound waves, magnets or electricity, but today’s methods can’t hoist heavy items high in the sky.
“Magic-angle” graphene may provide new clues into poorly understood unconventional superconductors, which operate at higher-than-normal temperatures.
Simple chemistry could give the reindeer his famously bright snout. But physics would make it look different colors from the ground.
President Trump has argued the U.S. should test nuclear weapons because other countries are doing it. But scientific data suggest they’re not.
Ammolite gems’ fabulous colors arise from delicate assemblies of crystal plates.
Streams of liquid form drops thanks to unidentified disturbances. It could be the jiggling of individual molecules.
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