Spider silk is well known for some spectacular properties. It is stronger than steel and tougher than Kevlar yet flexible enough to be spun into a wide variety of shapes.New research shows that the material is not only strong but also smart.
Thousands of tiny nanostrands make up larger silken “cables”
Because you can't wear your Spiderman pajamas to work
Omega is selling a watch band made of the material. Even more interesting than the product itself is what it signals.
Spider silk is a miracle material that could create super-strong fabrics — but it’s also extremely hard to make. Scientists have created a machine that can spin something almost as good, which...
Picture the kind of next-gen materials that get scientists excited, and chances are that spider silk isn’t near the top of the list. In fact, the unusual mechanical qualities of spider silk makes it extremely versatile. Here are the most interesting research projects it's being used in.
Researchers found no evidence that spider silk has antibacterial properties, as is commonly believed.
Spiders spin webs out of silk, but they also use their threads as slingshots, submarines, and hang-gliders.
It’s tougher than Kevlar and incredibly light, but scientists still struggle to recreate the spider’s secret recipe
Bolt Threads is the biotech company behind Microsilk, a synthetic spider silk that's engineered from water, yeast and spider DNA. The fabric is stronger and stretchier than traditional silkworm silk, and it has the potential to reshape the outdoor apparel and fashion industries.
UConn researchers have created a biodegradable composite made of silk fibers that can be used to repair broken load-bearing bones without the complications sometimes presented by other materials.
Spider silk is well known as one of the strongest natural materials in existence, but now scientists have a better understanding of why – and it's all to do with the old adage of strength in numbers.