
http://www.msnbc.msn.com/id/10268690/
Moderator: carlson1
So passive self-defense, like a pair of glorified sunglasses, is now considered to be hostile intent. Lovely.If you have someone that’s a troublemaker and you decide to use non-lethal force on him and you use PHaSER and he pulls out a pair of laser eye protection, you’ve determined his intent.
pbandjelly wrote:What puzzles me, is, you see this blinding light; you put on your hat and sunglasses; what is to prevent you, being a self sufficient type, to heft a nice marble-sized rock, load into the nearest rubber propulsion system (slingshot), and send blinding fury down the light bulb end of that shoulder mounted heating lamp?
Small catch: it is possible to potentially defeat PHaSER by whipping out the too-hip-it-hurts laboratory equivalent of Ray Ban sunglasses to deflect the laser beam. PHaSER’s creators aren’t deterred.
That and they actually publish the weakness with the new weapon. Not very smart.age_ranger wrote:Small catch: it is possible to potentially defeat PHaSER by whipping out the too-hip-it-hurts laboratory equivalent of Ray Ban sunglasses to deflect the laser beam. PHaSER’s creators aren’t deterred.
Gee......a million dollars went into developing something that can be defeated by my kids spider man sunglasses. I wish the government would put that kind of money/energy into a national CHL. Idiots............
It's actually not quite that simple. Ordinary sunglasses have a broadband absorption curve, probably with an optical density less than 2 . . . laser safety glasses have a more "tailored" absorption spectrum, and for serious use will have an optical density of 6 or more, but only over a specific wavelength range. (Density is exponential - "2" means it attenuates by a factor of 100, "6" attenuates by a factor of 1,000,000.)age_ranger wrote:Small catch: it is possible to potentially defeat PHaSER by whipping out the too-hip-it-hurts laboratory equivalent of Ray Ban sunglasses to deflect the laser beam. PHaSER’s creators aren’t deterred.
Gee......a million dollars went into developing something that can be defeated by my kids spider man sunglasses. I wish the government would put that kind of money/energy into a national CHL. Idiots............
Said what??????HankB wrote:It's actually not quite that simple. Ordinary sunglasses have a broadband absorption curve, probably with an optical density less than 2 . . . laser safety glasses have a more "tailored" absorption spectrum, and for serious use will have an optical density of 6 or more, but only over a specific wavelength range. (Density is exponential - "2" means it attenuates by a factor of 100, "6" attenuates by a factor of 1,000,000.)age_ranger wrote:Small catch: it is possible to potentially defeat PHaSER by whipping out the too-hip-it-hurts laboratory equivalent of Ray Ban sunglasses to deflect the laser beam. PHaSER’s creators aren’t deterred.
Gee......a million dollars went into developing something that can be defeated by my kids spider man sunglasses. I wish the government would put that kind of money/energy into a national CHL. Idiots............
I've had occasion to look directly into a low-powered HeNe using a neutral density filter of 3.0 - it was still startlingly bright, even with a 1000 attenuation factor. If the PHaSER is reasonably powerful, ordinary sunglasses will not provide all that much protection.
Note that the article also mentions that the PHaSER uses two wavelengths. This complicates - probably by deliberate intent - the problem of blocking the output.
It looks like one of those things (like tear gas) that will have some use - not a lot - against random, unorganized mobs, but will be ineffective against anyone who expects to come up against it.
Perhaps, but at the time it was doing a pretty good job of getting its keepers dead.Geister wrote:Yeah but a M16 can knock you dead usually.Liberty wrote:Everyone was saying the same thing about the M!6 in the 60'sFourman wrote:I think it would knock me down from laughing too darn hard :) It needs a Mattel sticker....
Brian