continuous electricity from rain. The science behind this power generation is rooted in the same physics that lets a balloon stick to your hair. When two materials touch, their surfaces exchange ...

This process, known as triboelectrification, is similar to the static electricity produced when rubbing a balloon against hair. An international team of researchers from the Department of Chemical ...

How can this ubiquitous effect, often demonstrated to awestruck children by rubbing a balloon on their hair, still not be fully understood by scientists? Static electricity is known by many names, but ...

Do you suffer from static hair, and find yourself battling flyaways that refuse to lay flat? Static hair is a common and frustrating bugbear, so we've asked the pros for their insider tricks and ...

When it comes to studying the science of contact electrification, you might imagine children in class rubbing balloons on their hair ... experience more or less static cling than other fabrics ...

Rub a balloon on your hair and the balloon typically picks ... toward understanding the effects behind the phenomenon of static electricity, in which electric charge accumulates on materials ...

Static electricity affects everyday life in familiar ways—the shock from touching a doorknob, a balloon sticking to a child’s hair, or styrofoam clinging to a pet. Despite its ubiquity, scientists ...

You’re getting ready for a date or an important meeting, brushing your hair, and suddenly—boom ... scientist from a cartoon gone wrong. Static electricity (credit: INGIMAGE) The (Not-So ...

playing with balloons or slipping down playground slides can all result in these charges, which can sometimes lead to your hair standing on end. We've known about static electricity since at least ...

Static electricity may sound complicated, but it is surprisingly easy to demonstrate with just a balloon. Rub a balloon against your hair or a wool sweater, and then bring it close to small pieces of ...

Scientists at Northwestern University may have figured out why walking on carpet in your socks, petting your furry friend, or rubbing a balloon on your hair creates static electricity. In a new ...

Invisibly to us, insects and other tiny creatures use static electricity to travel ... It’s like when you rub a balloon against your head. Friction sheds electrons from your hair to the rubber, ...