Filipino-led researchers have developed a physics-based algorithm to identify and track shear lines. Shear lines are "kilometers-long bands of converging warm and cold air that are constantly shifting ...

Get a fresh look at Modulus in this latest trailer for the upcoming factory automation game. Modulus version 1.0 will be available on PC in 2026, and an expanded and updated demo is out now on Steam.

It’s rare for a dictionary to claim that a word has no definition. But that’s what Dictionary.com said about its recently announced word of the year: “67,” pronounced “six-seven,” the slang term that ...

If you've been hearing your teens or children muttering '6-7' under their breath or posting it nonstop on TikTok and Instagram, you're not alone. This new Gen Z phrase, paired with a double-hand ...

The phrase, "six seven" is a new slang term popular with Generations Z and Alpha. It originated from a lyric in the 2024 song "Doot Doot" by Skrilla. Despite its popularity, the phrase is considered ...

A new viral trend has taken social media by storm, and now it’s creeping into classrooms across Australia. It’s called the “six seven” trend. While the name suggests numbers, there’s no math involved.

Most Californians are familiar with earthquakes. But researchers say the state faces an overlooked threat: "supershear" earthquakes that move so fast they outrun their own seismic waves. "While ...

The time I used to spend on Twitter I now spend on Substack, and my life is much better for it. There are a lot of interesting, eclectic writers in the world. This week, for example, I stumbled across ...

A new slang term, “6-7” or simply “67,” has taken over TikTok, sparking memes, edits and inside jokes among Generation Alpha and younger members of Gen Z. The phrase traces back to the drill rap song ...

Have you heard a new slang term and are unsure about its meaning? The term "6-7," which is sometimes written as "67", became a trend on TikTok and was coined by Generation Alpha and parts of younger ...

This study presents a hybrid computational framework designed to accurately predict the mechanical properties of essential 3D printing materials, namely, Aluminum (Al), Titanium (Ti), and Nickel (Ni).