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Massive breakthrough: 155 mm howitzer artillery destroys incoming cruise missile

FOX News

Fox News Flash top headlines are here. Check out what's clicking on Foxnews.com. In an amazing first, an artillery cannon took out a cruise missile. An M109 Paladin 155 mm howitzer made history recently by shooting down a fast-moving maneuvering cruise missile with a "hypervelocity projectile" able to travel at speeds up to Mach 5, according to an Air Force announcement. Historically, armored vehicles such as tanks, howitzers or infantry carriers have not operated with an ability to destroy fast-moving, long-range cruise missiles, yet the successful demonstration breaks new ground.


These 5 Technologies Are on the Verge of Massive Breakthroughs

#artificialintelligence

Here's a glimpse of what the future will look like. This week, Scientific American published its annual report on emerging technologies. The list is a compilation of what the publication calls "disruptive solutions" that are "poised to change the world." To qualify, a particular technology must be attracting funding or showing signs of an imminent breakthrough, but must not have reached widespread adoption yet. Here are a few of the cutting-edge technologies that made the list--and the companies that are already making strides with them.


Massive breakthrough could solve our nuclear waste problem

#artificialintelligence

Nuclear energy provides electricity for a large segment of the global population, but it has one Achilles' heel that remains to be adequately addressed: the waste. According to a report from Business Standard, however, scientists from the DOE/Lawrence Berkeley National Laboratory have made a breakthrough finding that could lead to a viable solution to this lingering problem. A team of scientists has developed a new material that can clean up nuclear waste gases created as a byproduct of fuel reprocessing plants. The researchers say the material allows for the efficient, safe and cheap disposal of harmful byproducts of generating nuclear energy. The study was carried out by an international team based in Switzerland at the Ecole Polytechnique Federale de Lausanne (EPFL).