By adding chitosan and borate buffer, the researchers were also able to enhance the fibers’ strength and adhesiveness. This ...

It sounds like something out of a comic book: a material that shoots from a needle and solidifies into a fiber capable of ...

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

Your donation makes it possible for us to keep doing this important work, keeping you informed every step of the way to the November election Scientists have created artificial spider web silk ...

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

Why is Christian Science in our name? Our name is about honesty. The Monitor is owned by The Christian Science Church, and we’ve always been transparent about that. The Church publishes the ...

You have probably admired more than once the almost perfect beauty of spider webs. Do you know why they have a circular structure? There are several reasons for this. Today, scientists recognize about ...

I noticed a web-like material forming on the bottom of the glass,” study co-author Marco Lo Presti said. Initially attempting ...

Season: all year round. Usually found outdoors on walls, fencing and clutter around the garden, but most common in homes in autumn when males leave their webs to search for female spiders. Also common ...

The spiders have a silver-grey coloured abdomen with a brown oak leaf pattern on the back. The legs are dark brown with light brown bands. The markings are somewhat variable. Its webs seem at first ...

Scientists are creating artificial spider silk by drawing strands from an array of tiny hollow needles, as shown here, similar to how arachnids do it. Credit: ACS Nano (2024). DOI: 10.1021/acsnano ...

Spiders have eight legs. Here comes another spider. It lives in a web. Spiders like to eat bugs, and this one has caught a woodlouse. Most spiders like to live on a web. They make the web out of ...