A job ad posted at a restaurant in St. George, Utah, on Sept. 15, 2025. Madalina Kilroy/The Epoch TimesU.S. employers terminated fewer workers last month as the country experiences a “stagnating labor…

Witnesses to Ukrainian refugee Iryna Zarutska’s murder aboard a public bus screamed in terror as they reported that a mumbling, knife-wielding man had stabbed her before fleeing, according to newly…

By H. Sterling Burnett, Ph.D.Under normal circumstances, we should welcome the National Academies of Sciences (NAS) engaging in an honest assessment of the state of the climate, the effects of greenhouse…

U.S. House Speaker Mike Johnson (R-LA) is coming under fire from the right after appearing to acquiesce to criticisms of President Donald Trump by a Democratic congresswoman who cornered him about Trump’s…

What you're about to read might just be the most ridiculous thing you'll read all day.Let's jump right in; I can't stand it.The iconic coffee brand "Maxwell House" is undergoing a name change for the…

It's Day 2 of the Schumer Shutdown, and it looks pretty much the same as Day 1. Democrats refuse to allow the government to reopen by voting for the clean continuing resolution passed by the House, and…

Gun control activist/failed pillow maker/former DNC vice-chair/political grifter David Hogg is somehow still a thing in Democratic political circles, though that may be changing. According to a new report…

Modeling something like geysers on a far-away moon seems like it should be easy. How much complexity could there possibly be when a geyser is simply a hole in some ice shooting superheated water through it? The answer is pretty complex, to be honest - enough that accurate models require a supercomputer to run on. Luckily, the supercomputing cluster at the University of Texas, known as the Texas Advanced Computing Center, gave some time to researcher modeling Enceladus’ ice plumes, and their recent paper in JGR Planets discusses the results, which show there might not be as much water and ice getting blown into orbit as originally thought.

Her gift to humanity.