Northrop Grumman creates 100 kilowatt laser, could usher in World War III
[Via CNET]
weaponry posts
While we certainly hope the average (read: not GI) jane / joe isn't overly concerned about the rate at which homegrown explosions detonate as desired, we understand the Army's need to have more faith in their own munitions. Reportedly, a new "smart fuse" conjured up at Georgia Tech could soon prevent bombs from experiencing fuse failure by using "semiconductor fabrication equipment to make hundreds of ultra-high precision detonators on a wafer at the same time." In addition to cutting down on the use of toxic heavy metals and increasing the safety of weapon production, the intelligent MEMS fuse will supposedly "incorporate built-in arm and fail-safe mechanisms that virtually guarantee that munitions go off when they should, every time." Weapons that fire when needed -- now there's a concept.
Nah, it's not like tagging an intruder with shades of neon green, yellow and orange will do much to disable him / her, but it would probably make 'em think twice before going any further. 'Course, we're sure one could think of other uses for an automated paintball gun, and for those creative enough to agree, Team Cynergy has put together a videotaped how-to guide for building a laser-based motion detector and connecting it to your gun. We'll save the technicalities for those who dare to check out the near-10 minute clip posted after the break, but the long and short of it involves a Parralax BASIC Stamp 2 microcontroller, a red laser pointer, a servo and a good bit of tinkering (among other things). Besides, this is a lot less dangerous than that motion-activated BB rifle and laser-guided turret you built earlier this year, so why not flex some DIY muscle and give this endeavor a go?
Just in case fixed sensors all across the country, bomb-sniffing bees, and Bay Area nuke detectors weren't enough to make you rest easy, Homeland Security is cookin' up another safeguard at the expense of privacy. Reportedly, the Department is looking into the idea of "outfitting cellphones with tiny, sensitive detectors that would alert the government and emergency responders to the presence of radiological isotopes, toxic chemicals, and deadly biological agents." Essentially, future mobiles could come pre-loaded with such a device that continuously monitors said chemicals and sends off alerts via GPS if anything goes awry. Of course, officials are expecting "quite a few hurdles" along the way, one of which will be battling the privacy advocates who don't understand that their handset probably already contains the technology for Big Brother to see everywhere they go. No word on when these plans could take effect, nor whether older phones will be retrofitted with the toxic sensors, but we can already envision quite a few false alarms care of the cellphone-totin' chemists in the crowd.
Defense institutions have been attempting to find the secret of detecting snipers before they strike for a good while now, but DARPA's latest initiative seeks to not only pick up on enemy snipers before they attack, but to "neutralize" 'em while we're at it. More specifically, the "objectives of the C-Sniper program are to develop a system and supporting technologies for the detection and neutralization of enemy snipers before they can engage US Forces," and while plans for the installation are still foggy, officials are hoping to create a system that "operates day and night from a moving vehicle, and can provide the operator with sufficient information to make an engagement decision" in due time. Of course, once detection is made, the choice to react will still be left up to a human (at least for now, anyway), and there's even hints of utilizing lasers so long as operators are kept safe from their blinding ways. Per usual on DARPA-headed projects, there's no set timetable as to when our boys will be geared up with sniper-sniping technology, but we'd love to get this stuff into the latest first-person shooters as soon as feasibly possible.
Apparently, the the artillery development budget for the US Navy is bursting at the seams, as the branch is complimenting the myriad of other dazzling weapons that it's collaboratively developing with a LGE-based rendition from Ionatron. The company, which focuses on developing "directed energy weapons," has recently landed a contract just shy of $10 million in order to "fund the development of an advanced Ultra Short Pulse Laser, physics modeling related to laser guided energy requirements, a transportable demonstrator, and effects testing." The firm's website compares its devices to that of "man-made lightning," useful in disabling "people or vehicles that threaten our security." Moreover, it was noted that both lethal and non-lethal versions are available, but we've no idea when this literal lightning in a bottle will end up hitting the test floor (or some poor sap's torso) in Los Alamos.
While there's certainly a variety of options to keep watch and protect your property from curious intruders, the latest branch of vCrib gives a new meaning to being on guard. Crafted by the designer of the Virtual Crib home automation software, the USB BB gun sports automatic firing, manual reloading, and the ability to fire based on commands given remotely on a PC. Moreover, the weapon actually packs a webcam on the barrel, allowing users to login via computer, tilt / swivel the gun with simple mouse flicks, and fire away if you spot any intruders within its broad line of sight. It shouldn't need mentioning that we'd make absolutely sure our landlord was cool with mounting a remotely-controlled weapon in the window, but if you need to take home security into your own hands (without actually being at home), be sure to click on through to see this controversial creation spittin' hot fury.
Suggestions in regard to robotic rights seem to be flying off the shelves these days, but an engineer at the Naval Surface Warfare Centre has concocted an interesting set of guidelines catering to autonomous killbots of the future. Most likely, it's just a matter of time before machine-on-machine violence becomes commonplace, and John Canning's "Concept of Operations for Armed Autonomous Systems" outlines just how lethal robots should handle themselves when faced with potentially deadly conflicts. Interestingly, the document suggests the the bots should be allowed to make their own decisions when it comes to blasting or forgiving fellow robots, but before they pull the trigger on a human, it should request guidance from a flesh 'n blood friendly. Still, a definite loophole exists in the fact that these simple-minded killers could aim for a "human's weapon" without asking permission, and when his awful auto-aim programming leads to a costly casualty, it'll simply be deemed "collateral damage." Can't say we like the sound of that. [Warning: PDF read link]
Completely bypassing the stunning fact that (legally) blind Texans are actually allowed to wield a weapon and fire at will during regular hunting seasons, a new piece of legislation could allow these folks to see what they're aiming at a wee bit better, which is thrilling news if you're being mistaken for game. Rep. Edmund Kuempel has initiated a bill that would enable legally blind hunters that have a valid Texas hunting license to strap a sweet laser scope on their weaponry in order to pinpoint exactly where the bullet is headed before pulling the trigger. The bill would require the hunter to be accompanied by a (not legally blind) licensed hunter of 13 years or older, and is being pushed as a "reasonable accommodation" for those with disabilities. Hey, we know Texas is good for helping out the less fortunate, but we'd seriously think twice before wandering out into the wilderness for a weekend retreat in the Lonestar state.
We know what you're thinking: when you've got eight-Megajoule railguns, aircraft-mounted tactical lasers, and xenon-based paralysis inducers, what good is a feeble solid state laser blaster? Presumably hoping to see a Star Wars-esque warzone in the not too distant future, a team of researchers at the Lawrence Livermore National Laboratory in California have crafted a Solid State Heat Capacity Laser (SSHCL) that can sustain 67-kilowatts of average power in testing, besting their previous record of just 45-kilowatts. Chemically powered lasers, on the other hand, have been able to achieve megawatts of power for some time now, but the solid state variety is much less burdensome and could be used on the battlefield without a constant source of chemical fuel flanking the soldier's belt. The SSHCL is said to generate a "pulsed beam which fires 200 times a second at a wavelength of one micron," and the "magic 100-kilowatt mark" that would enable it to become a satisfactory weapon could purportedly be reached within the year. While we're down with giving our troops crates of real-world rayguns to beam down the baddies, we've got a sneaking suspicion that someone's going to put an eye out while oohing and aahing at the light show these things emit.









