With so many different species of worms out there, it isn’t too common to find a new one, but that is exactly what happened recently. Dr. Aida Verdes of the National Museum of Natural Sciences found a ...

These crawlers form clumps to protect the collective. Understanding their movement gives engineers a model for shape-shifting robot swarms.

Small worms, big dreams: How an invertebrate brain inspired Boston’s biggest AI bet Liquid AI aims for a keynote ‘like the Beatles coming to America.’ ...

Inspired by microscopic worms, Liquid AI’s founders developed a more adaptive, less energy-hungry kind of neural network. Now the MIT spin-off is revealing several new ultraefficient models.

26-year-old, Mbula Mwendwa is an Economics student at Catholic University of East Africa. Away from her studies, she has ventured into a lucrative agribusiness. She farms worms and harvests ...

The worm casts are full of nutrients and end up producing a thick dark liquid, which you can access via a tap in the base of your wormery, which you feed to your plants.

A new discovery about the slime ejected by velvet worms could revolutionize sustainable material design, according to a study by McGill University researchers. Their findings outline how a ...

Study of velvet worm slime could revolutionize sustainable material design Researchers want to harness a natural process that enables slime's transformation from liquid to fibre and back again ...

The initial start came from a bucket of worms he obtained from a nonprofit organization in Milwaukee.

A worm’s brain may be teeny tiny, but that small organ has inspired researchers to design better software for drones. Using liquid neural networks, researchers at the Massachusetts Institute of ...