Researchers at Tufts University’s Silklab have developed a silk-based sticky fluid that instantly turns into a fibrous material when ejected, evoking the gravity-defying, web-slinging powers of the ...

The stream of liquid silk quickly turns to a strong fiber that sticks to and lifts objects - although not yet villains.

Credit: Marco Lo Presti/Tufts University/Cover Images Scientists have engineered a new material that mimics Spider-Man's ...

Tufts University researchers have created a web-slinging material that solidifies mid-air, lifting objects up to 80 times its ...

Researchers at Tufts University have developed a new technology making Spider-Man’s web-slinging a reality. The device can ...

Just in time for Halloween, one of the biggest, most active web-spinning spiders in San Diego has come back out to play.

Man, using it to swing through the air or lift objects. Researchers at Tufts University have turned that fantasy into a ...

Inspired by the fantastical abilities of comic book superheroes, researchers at Tufts University have developed a real-life ...

While working on a project to create super-strong adhesive using a silk moth protein known as fibroin, researcher Marco Lo ...

Please verify your email address. Nicholas Cage stars as Spider-Man Noir in Prime Video's upcoming TV series, following his successful vocal performance in the animated film. Fans are excited to ...

Oh, spider Pokémon. While the real-life equivalent might be frightening ... trait of bug-type Pokémon – the designs for both are fantastic. Outside of the web, there’s little to connect the two, but ...