scattering
Latest
Hunter glyph changes in patch 5.0.4
When the new 5.0 patch flips over on Aug. 28, will you be ready with glyphs? Blizzard is recycling old glyphs instead of making new spell IDs and charring old ones. Some glyphs are staying the same, some are new, but some share IDs with old Cataclysm glyphs. Below is our list of new or changing glyphs for hunters. This is not a list of changing tooltips, just which glyphs you ought to have if you want to automatically have the new glyphs when the patch flips over. Hunters have one new minor glyph that won't appear automatically anywhere, Glyph of Marking. Glyphs that are changing into new majors: Dazzled Prey becomes Animal Bond Arcane Shot becomes Camouflage Concussive Shot becomes Distracting Shot Bestial Wrath becomes Endless Wrath Immolation Trap becomes Explosive Trap Wyvern Sting becomes Icy Solace Trap Launcher becomes Marked For Death Kill Command becomes Mend Pet Silencing Shot becomes No Escape Rapid Fire becomes Pathfinding Steady Shot becomes Scattering Explosive Shot becomes Tranquilizing Shot Glyphs that are changing into new minors: Aimed Shot becomes Aspects Raptor Strikes becomes Aspect of the Beast Kill Shot becomes Aspect of the Cheetah Feign Death becomes Fireworks Scare Beast becomes Stampede Serpent Sting becomes Tame Beast It's open warfare between Alliance and Horde in Mists of Pandaria, World of Warcraft's next expansion. Jump into five new levels with new talents and class mechanics, try the new monk class, and create a pandaren character to ally with either Horde or Alliance. Look for expansion basics in our Mists FAQ, or dig into our spring press event coverage for more details!
University of Twente's new lens reveals the sub-100nm level with visible light
Small is beautiful, but only when you can see it. Specifically, we're talking about nanostructures -- including cellular organelles and nanoelectronic circuits -- around the order of 100nm. The problem is with a microscope, visible light only takes us down to a resolution of 200nm at best, and it's not always ideal to use conventional methods to boost the resolution -- you'd either have to dope the subject with fluorescent dye or use highly delicate equipment. Thankfully, the University of Twente has come up with a new type of lens that would solve this problem: in a nutshell, a nanoparticle is placed on one side of the gallium phosphide lens, while the other side -- disorderedly etched with acid -- takes in a precisely modulated laser beam and scatters it into a focal point of your choice. Sure, this sounds bizarre and ironic, but apparently the modulation is controlled in such a way that the scattered beam focuses much tighter than an ordinary beam would using an ordinary lens. Have a look at the comparison shots of some gold nanoparticles after the break -- that's some sweet 97nm resolution right there for ya.
