Many people are familiar with the experience: grabbing their favorite blanket and gotting shocked. Static electricity may not be too dangerous, but it is uncomfortable and annoying. So, why is there ...

Add Yahoo as a preferred source to see more of our stories on Google. WEST LAFAYETTE, IN — If you've been left with a sore finger after reaching for a doorknob this winter, suffering from a sharp ...

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 study, ...

CASCADE, Mich. — Looking for a fun activity to do at home with your kids? This science experiment is fun for all ages and teaches static electricity during the wintertime! Meteorologist Isabella ...

The imbalance of charges that takes place with this fun phenomenon typically happens when two different materials come into contact and then are separated. In the experience, one of the materials may ...

Could detecting static electricity be a factor in explaining why treehopper insects have evolved such bizarre body shapes? That is the hypothesis put forward in a new research paper published in ...

TOLEDO, Ohio (WTVG) - Ticks are annoying. They can latch onto a host, suck up blood and leave Lyme disease behind... but how do they get on their host in the first place? Researchers at the University ...

Butterflies and moths collect so much static electricity whilst in flight, that pollen grains from flowers can be pulled by static electricity across air gaps of several millimetres or centimetres.

Ticks can be attracted across gaps of air much larger than themselves by the static their hosts naturally accumulate, likely making it much easier for the creatures to latch onto hosts, University of ...

New research shows that ticks can use static electricity to latch onto people or animals. The study in the journal Current Biology says the static charge given off by potential hosts can attract ticks ...

Ticks can be attracted across air gaps several times larger than themselves by the static electricity that their hosts naturally accumulate, researchers at the University of Bristol have discovered.