With a history dating back to 1839, it’s no surprise that there are an endless amount of stories emerging from the walls of ...

Raise your hand if you've never looked at your hairbrush and wondered why some bristles are longer, softer, or spaced further ...

Dust is constantly circulating in the air, but as it settles static electricity can attract it to wooden surfaces, causing ...

Dust is always floating around in the air, but when it settles, static electricity can draw it to wooden surfaces, leading to a rapid build-up of dirt, hair, and other particles. Battling dust can ...

much as you can generate static electricity by rubbing a balloon on your hair. The phenomenon is usually an inefficient way of generating electricity because the electric charge is created only on ...

Static electricity happens as the result of an imbalance ... or materials create more friction than others. Having long hair, or if you tend to run your hands through your hair a lot, have also ...

Static electricity—specifically the triboelectric effect, aka contact electrification—is ubiquitous in our daily lives, found in such things as a balloon rubbed against one's hair or styrofoam ...

Although static electricity is a daily phenomenon ... For example, a ballon usually goes negative when it touches your hair. But a balloon touched to Teflon would typically get a positive charge.

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 ...

What causes static electricity on clothes ... one place the protons will push away from one another. This is why your hair sometimes acts like it wants to float off your head after you brush ...

When humidity drops in the winter and the air becomes cold, harsh, and dry, static electricity builds up in your hair. The result? A constant struggle with flyaways. Another contributing factor?