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Anti-Missile Laser Weapon Successfully Tested
xPertCodert writes "A latest attempt to build a futuristic laser weapon appears to be a success.
Joint Israeli-US developed laser destroyed a large caliber rocket in a latest New Mexico test. The press release also contains links to some interesting video and photo material, related to THEL (Tactical High Energy Lasers) defense systems."
The test went fairly well, but it wasn't without incident. After reviewing the field test, the project lead recommended adding the following warning label:
:)
"Do not look into laser with remaining eye."
Sorry, it had to be said.
Want to improve your Karma? Instead of "Post Anonymously", try the "Post Humously" option.
now all we need are the sharks...
I'm glad they figured out how to balance the phase variance in the polaric energy they had to run through the deflector array to fire up the phaser arrays. Ver admirable work, but it's no match for my Klingon Disrupters!
Why do peace-types protest defense systems like this so much?
I've never understood the logic. Defensive weaponry helps reduce the threat of war.
Your hybrid is not saving the environment. Its purpose is to make you feel good about buying something.
Crispin
are here.
WMP or QT are availabe.
The Doormat
If you're not outraged, then you're not paying attention.
So that's what happened to my missile.
Most of the pictures are dated 2000. I suspect that in four years since those pictures, the project has made significant advances. However, those results and pictures are likely classified.
Oh, by the way: FIRE THE FEAKIN LASER!!!
They will be touted as the perfect solution to a problem with heretofore only imperfect solutions (until, say, a passenger aircraft is accidentally shot down of course).
The biggest differences between this and previous missile defense systems are cost and multiple-use capability. You're not talking about using multi-million dollar missiles to shoot down incoming missiles, so you don't need to be so selective about when firing the thing off. And if you miss, you can try again ... and again.
As a defensive tool, these are, quite honestly, awesome. As an accident-waiting-to-happen in the hands of an overly-enthusiastic operator, they are, well, a little bit scary I guess.
It's hard for thee to kick against the pricks.
Well, I guess we WILL get to see a $10 million missile fired at a $10 tent protected by another $10 million laser.
In the end the guy with the explosive beatup mercedes still wins.
Both Soviet Russia and the United States had comparable amounts of nuclear weapons, enough to destroy the other several times over by the late 1960's. What was preventing them from simply firing the missiles and ending the war forever was the fact that the other side could, and would retaliate. Even the Soviets were not willing to spend a significant amount of their population concentrated within urban areas for the chance of total victory.
When the Soviets announced development into an ABM (anti ballistic missile) system in the Stragetic Arms Limitatons Talks in 1969, it was not well recieved by the United States. The existance of such a system would mean that there would be no imperiative at hand for one side to annihilate the other and claim victory. The US, at this time, put research into such a technology as well, though notably less advanced than today's (it was called "setinel," and consisted of a pair of missiles designed to intercept), it was scrapped because it could not guarentee that major urban areas could be protected.
Such a situation still exists today. The number of nations that have nuclear weapons is higher than ever, not just the Soviet Union and a handful of other nations outside of the US. To think that the United States would never do such a thing like annihilate an entire population is to be naive. There were such plans during the Cold War to literally wipe Russia off the face of the planet. To other nations, this system poses a greater threat than nuclear proliferation, as it nullifies their political leverage in the world arena.
It isn't. Neither is an F-16, does that mean an F-16 is worthless? The weapon isn't meant to counter car bombers, obviously.
This is a tactical battlefield weapon meant for force protection. The article concerns the mobile THEL laser.
The larger, immobile THEL theoretically will be able to shoot down *mortar shells*. It has already been tested to successfully shoot down Katyushka small caliber rockets. These are revolutionary weapons systems.
I have a question: From the video, it appears that the beam is invisible. The reasons for that are pretty obvious. I just wanted to ask, is it possible for a laser beam to get so hot that it causes the air inside of it to turn visibly vapourous? Just wondering if we'll ever see a beam like that so powerful it leaves con-trails like plains leave or something.
"Derp de derp."
They were rattlesnakes, and after being lightly fried, they were delicious. Then they were eliminated some time later.
Show me on the doll where his noodly appendage touched you.
This is a tactical defensive weapon for use on a battlefield, not strategic defense. This is a mobile system meant to protect against small rockets like Katyusha class weapons. To understand why Israel is involved, you only have to look at the map on this page.
They would also be useful in defending targets against rocket attacks like the ones that have occurred in Iraq.the good ground has been paved over by suicidal maniacs
We're not talking about ICBMs here. This is aimed more at Katyusha batteries, a WWII truck-mounted launcher for 48 tube-launched unguided rockets. Those things had a range of about 5Km back in WWII. Their accuracy is poor, but they're cheap and can fire many rockets in the general direction of the target. Syria uses Katyusha batteries, and has been developing improved versions.
Patriot anti-missiles are too expensive to use against those things. The defenders would run out of Patriots long before the attackers ran out of Katyushas. So there's a real application for a laser weapon here. It won't stop all the incoming rockets, but cutting down a few thousand to a few hundred is a big win.
Thats like saying that because a handgun cant be effectively used against airborne targets, its useless.
You need different defense systems for different offensive systems.
This is for use againt missiles, mortar shells, and the like.
Not so much for a ground based laser, it just keeps going and picks off Hubble, or the ISS or (God No!) Fox. But mounted to an aircraft, if it either misses or punches right through the target object, anything within range before the beam hits it's dispersion threshhold could be toast. Homes, office buildings, people spontaneously combusting, yada yada... You get the idea. The tinfoil hat just don't cut it anymore I guess. Eep. jm2c
The THEL was not developed with anti-nuclear capabilities in mind. It's designed to protect cities, troop movements, bases, etc from cruise missiles, artillery shells, and the like.
Now, the Airborne Laser was developed as SDI, but it only covers an area of a 100 mile circle around which it's deployed. That's not going to generally help against a large country...but instead was designed for actions against megalomanical 3rd world dictatorships, like say, North Korea.
"Aim missile away from face"
(from the one where Bart spots a comet headed towards springfield)
My other sig is funny!
Cost of developing anti-missile laser? $50 billion
Cost of building anti-missile laser? $10 million
Cost of deploying anti-missile laser? $15 million
Cost of mirror fitted to missile? $1.99
Effect of reflected laser on defending forces? priceless.
I thought slashdot was full of nerds? What kind of nerds don't understand simple physics?
These lasers emit energy in the megawatt region. A mirror takes photons - absorbs them - and then reemits them. There aren't many mirrors that can absorb 10 million watts of energy.
In fact, that very problem is what makes laser weaponry so damn expensive and difficult to do. They need very heavy, exotic and expensive mirror systems to focus and aim the laser energy without being destroyed by the laser themselves. You can't just go down to home depot and buy a big mirror. You can't just coat a missile in some silly bike reflectors or shiny foil.
Even if you were to somehow invent a reflective coating that could handle megawatts of energy - and still be light enough to just paint on a missile - you'd have to deal with the coating becoming marred in flight, as anything the laser comes in contact with (ie, birdshit or what have you) its going to superheat to thousands of degrees and burn right through and destroy the missile.
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