Researchers have demonstrated how to entirely suppress static friction between two surfaces. This means that even a minuscule force suffices to set objects in motion. Especially in micromechanical ...

As a result, and perhaps counterintuitively, the surface starts sliding more easily, and the relative resistance to motion -- the so-called static friction coefficient-- decreases. Using a simple ...

All you need is some build-up of electrons on your skin from friction, and the next suitable thing you touch will cause a static discharge. A typical example is if you wear rubber shoes and walk ...

Once the friction builds up on either ... Marks notes that while most people associate static electricity with demonstrations such as hair-raising elementary science experiments or touching ...

This friction builds up charges on different parts of the materials, producing a current — and ultimately, a static shock ... have an answer to one of science’s oldest mysteries.

But conventional gyroscopes present a continuing problem. Because of friction in the bearings of their spinning wheels, they tend to drift slowly away from the proper direction, and so give false ...

“We already knew that many species of animal[s] accumulate static electricity as they fly, most likely through friction with the ... Laura is Popular Science’s news editor, overseeing coverage ...

Because of friction, sleds don't technically touch the ... But when it comes to sledding, there is actually a lot of science that goes into getting from the top of the hill to the bottom.