Stopping a speeding car without killing its driver and passengers with traditional means--bullets--can prove tricky, even if skilled snipers can put a disabling shot in a car's engine block. But a Canadian company could soon demo an electromagnetic pulse (EMP) cannon capable of effectively scrambling a car's chips and other electronics, according to Flight International. The U.S. Marines have lined up as possible, if skeptical, customers.
Like many of you, I saw Avatar this weekend. And even though the fairly positive early reviews had tempered my skepticism, I still had doubts as to whether I would enjoy Avatar's almost entirely synthetic, effects-driven, Papyrus-loving world. Despite this, as a devotee of all things futuristic, I was going to give it a shot. And now, unlike John, who wasn't quite as moved, I'm poised to embrace our 3-D harbinger of the future of movies. Here's why.
Three times a year, the Department of Defense (DoD) solicits help from the small business community to transform their high-tech research projects into actual, usable products. While the businesses use this opportunity to fight for some of that sweet, sweet government pork, for us, it's a chance to get a look at the next generation of advanced military gear. With the new solicitations out today, we're counting down the most intriguing projects that the DoD wants to get out of the lab and onto the battlefield.
New augmented reality goggles are helping Marine mechanics perform maintenance on vehicles in about half the usual time. The futuristic headgear displays precise instructions on top of real-world settings, and shows how to complete certain tasks, such as wiring up an ignition coil.
We at PopSci appreciate new weapons. And lasers. And laser weapons. Which is why we're excited to tell you that the Navy and the Marines have given a company called Applied Electronics about a million dollars to attach lasers onto planes. The weapons would be ultra-short-pulse (USP) lasers, which shoot beams of frequent-pulse light that create a path through the air, via which bolts of electricity can travel toward a target.