Two lifelong Chiefs fans got married at GEHA Field at Arrowhead Stadium ahead of Sunday's game against the Houston Texans.

The Bold and the Beautiful” preview reveals that as Hope and Liam tie the knot, Sheila sets her sights on crashing the ...

The original version of this story appeared in Quanta Magazine. In 1876, Peter Guthrie Tait set out to measure what he called the “beknottedness” of knots. The Scottish mathematician, whose research ...

Imagine living sometime around the early 1600s. You're standing on the deck of a wooden ship. The wind's biting, the sky's endless. And your captain's yelling, "Drop the log!" Back then, before sonar ...

The improved clinch knot has long been the standard for tying lures to fishing lines. In fact, it's so universal among anglers that it's sometimes called the fisherman's knot. It's easy to learn, ...

Knots proponents claim to be supporters of Bitcoin's decentralization and its use as censorship resistant money, but their actions do not align with that claim. They claim to fight for mining ...

In 1876, Peter Guthrie Tait set out to measure what he called the “beknottedness” of knots. The Scottish mathematician, whose research laid the foundation for modern knot theory, was trying to find a ...

Scanning the crowd at a fancy soiree may reveal a wide array of neckties, each fastened with a highly complex mathematical object masquerading as fashion. An entire field of mathematics is devoted to ...

Why is untangling two small knots more difficult than unravelling one big one? Surprisingly, mathematicians have found that larger and seemingly more complex knots created by joining two simpler ones ...

A massive surge in Bitcoin Knots nodes hints at a brewing civil war in Bitcoin. If tensions escalate, the price could be the first casualty. Bitcoin Knots, first released by developer Luke Dashjr in ...

Here on land, the speed of a vehicle is recorded in either miles per hour or kilometers per hour. In either case, determining how fast you're moving on land is fairly simple because you can see ...