HAMBURG, GERMANY – A groundbreaking study from DESY and partner universities has definitively proven that molecules, much like teenagers at a school dance, will eventually start moving if you blast them with enough energy. Using ultrafast light pulses from DESY’s FLASH free-electron laser, scientists successfully coerced molecules on a flat surface into a synchronized rotational jig.

“For years, we’ve been trying to understand molecular behavior with subtle nudges and gentle persuasion,” explained lead researcher Dr. Klaus Richter, adjusting his lab coat. “Turns out, all you need is a light pulse so intense it could probably vaporize a small asteroid. They just start spinning. It’s less about quantum mechanics and more about sheer, unadulterated force.”

The team hopes this discovery will pave the way for next-generation quantum and energy materials, though they admit the precise mechanism remains somewhat elusive. “We’re not entirely sure *why* they dance, only that they *do*,” added Dr. Richter. “It’s like when you put on a really loud, slightly off-key song at a party. Eventually, someone just starts flailing, and then everyone else feels obligated.”

Critics suggest the research highlights a broader trend in scientific inquiry: if you can’t figure out how something works, just hit it with a bigger laser. The molecules, however, are reportedly just happy to be included.