Nothing jolts you back to reality like a big static shock from your favorite blanket. Whether it's that cozy throw blanket on the couch or the comforter on your bed, blankets can create quite the ...

There's a reason you may notice it more in the winter. Excess static electricity is always a shock to the system—literally—but if you're experiencing shocks more so than not, annoying is an ...

Avoid, Dissipate, Neutralize, Protect. ADNP is the mantra of ESD engineers. Electrostatic discharge, the so-called unseen killer, can be successfully controlled through a series of well-understood ...

Northwestern University scientists have made a new contribution to understanding a long-standing phenomenon called static electricity. In their most recent research, the researchers found that such ...

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 ...

Static charge on your widebelt sander can wreak havoc on your machine and workpiece. Grounding the sander will cut back on wasted belts, resolve your dust collection issues and improve the quality of ...

Insects have been known to sense and tap into electric fields, but new research shows that swarms can actually produce atmospheric electric charges. By measuring the extent of this influence, the ...

Rubbing two balloons together leads George to a shocking discovery. If you rub two identical balloons together, they both pick up a static charge. This strange and unexpected behavior has been ...

Caterpillars respond defensively to electric fields similar to those emitted by their natural predators, scientists have found. Caterpillars respond defensively to electric fields similar to those ...

The original version of this story appeared in Quanta Magazine. Imagine, for a moment, that you’re a honeybee. In many ways, your world is small. Your four delicate wings, each less than a centimeter ...

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.