Explore how to build a DIY electric motor using simple, readily available materials in this detailed tutorial. Watch step-by-step as we construct the rotor, wind the stator coils, assemble the motor ...

Discover how to craft a simple electric motor using everyday household items in this detailed, step-by-step tutorial. Follow along as we transform basic materials—like copper wire, an old CD, magnets, ...

Scientists have discovered that applying an electric field to certain ceramics can dramatically redirect how heat moves through them.

Fluids moving through pipes lose energy to friction along the walls. Collisions, defects, and random motion steadily break ...

It only takes 28,000 pounds of car batteries, a ton or two of copper, and a bunch of DIY ingenuity to make a rig that produces effects dwarfing most lightning strikes. The currents induced by Drake ...

Rub a balloon on your hair and the balloon typically picks up a negative electric charge, while your hair goes positive. But a new study shows that the charge an object picks up can depend on its ...

Over 8,000 people explored hands-on science experiments, from robotic arms to liquid nitrogen ice cream, at CSU's Little Shop of Physics open house.

Breakthroughs, discoveries, and DIY tips sent six days a week. Terms of Service and Privacy Policy. The first documentation of static electricity dates back to 600 ...

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 packing ...

FROM THE PINNACLE OF SPOOKY SEASON. YES, ORLANDO SCIENCE CENTER IS HELPING EVERYONE GET INTO THE HALLOWEEN SPIRIT ALL MONTH LONG. WESH TWO MARQUISE MEDA BRINGS US TO THE SCIENCE OF IT. WHAT’S ...

Static electricity often just seems like an everyday annoyance when a wool sweater crackles as you pull it off, or when a doorknob delivers an unexpected zap. Regardless, the phenomenon is much more ...

In a remarkable leap for quantum physics, researchers in Japan have uncovered how weak magnetic fields can reverse tiny electrical currents in kagome metals—quantum materials with a woven atomic ...