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These Chunks of Ice Move All By Themselves, Thanks to a Cool Engineering Trick

It looks like something straight out of a Ouija board horror movie, but frosty—researchers have figured out how to make ice move by itself. A video capturing the creepy dynamic features an ice disk melting on a metal surface etched with an asymmetrical herringbone pattern. The ice and its small puddle slowly start to move sideways before suddenly picking up speed and slingshotting across the metal plate. The researchers suggest that this sort of independent movement could one day generate power

Ice discs slingshot across a metal surface all on their own

Scientists have figured out how to make frozen discs of ice self-propel across a patterned metal surface, according to a new paper published in the journal ACS Applied Materials and Interfaces. It's the latest breakthrough to come out of the Virginia Tech lab of mechanical engineer Jonathan Boreyko. A few years ago, Boreyko's lab experimentally demonstrated a three-phase Leidenfrost effect in water vapor, liquid water, and ice. The Leidenfrost effect is what happens when you dash a few drops of

Motorola and Swarovski team up for a super fancy Razr

Motorola and Swarovski are teaming up to create the crossover they knew we always wanted: a crystal-laden edition of the Razr . For those who just felt that their retro cell phone wasn’t special enough, the fancy new Pantone Ice Melt Razr features a 3D quilted leather-inspired finish with 35 hand-positioned Swarovski crystals, including one larger, 26-facet crystal on the hinge. The Pantone Ice Melt will cost a cool $1,000, though it will include a pair of the Moto Buds Loop . These open-ear bu

Evidence of a 12,800-year-old shallow airburst depression in Louisiana

Introduction Cosmic airbursts and impacts produce a wide range of surface effects, with high-altitude airbursts, such as the 1908 Tunguska event, primarily generating blast damage without forming craters [1]. In contrast, low-altitude “touch-down” airbursts may induce surface melting, spherule formation, shocked quartz, and shallow cratering [2]. Due to preservation challenges, few airburst signatures are documented in the geologic record, limiting our understanding of these events. Here, we rep