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See my above post about a space lens
originally posted by: Phage
a reply to: Vasa Croe
A common misconception. Mirrors do not reflect 100% of the energy which strikes them. After a short exposure to a high energy beam, they lose their reflective abilities.
originally posted by: Phage
a reply to: Silcone Synapse
See my above post about a space lens
No. Several problems;
1) Focal length, you would need a very large lens.
2) 100 miles of atmosphere to penetrate, assuming you're directly overhead, more the closer to the horizon you are.
3) Clouds.
4) Things in orbit move quite quickly, horizon to horizon in about 6 minutes, unless it's in a very high orbit. Which makes problem #1 more of a problem.
originally posted by: Silcone Synapse
a reply to: andy06shake
Hmmm,you could sink a zodiac with a decent sniper rifle-which is cheaper?
Maybe when they suss out how to saw an aircraft carrier into slices I will be more impressed.
Still pretty awesome though,wouldn't like to look in the direction of the beam.
originally posted by: andy06shake
We’ve known for some time now that the US military has been experimenting with lasers as a weapon on the battlefield. Such devices could be used to blast drones out of the sky but lately, defense contractor Lockheed Martin has turned their attention to the sea. The company recently tested a prototype laser system called the Area Defense Anti-Munitions (ADAM) in the waters off the California coast. The system relies primarily on infrared sensors to track vessels from a distance even as the target maneuvers about the water and hides behind waves.
Lockheed Martin's laser weapon can sink a boat from a mile away
Found this article rather interesting, it seems beam weapons are finally coming of age with Laser weapons systems such as this ADAM successfully disabling a boat at a distance of over 1km. Think they may need to scale up the power somewhat but I wonder how it would fair against incoming anti ship missiles or cruise missiles?
www.youtube.com...
Yale Scientists Create the World's First Anti-Laser
But the development of a device that can absorb an incoming laser beam entirely does have some decidedly interesting implications, not least in optical computing systems.
The researchers were looking into theories to explain which materials might be used to create lasers, and their theory predicted that it should also be possible to create a medium capable of absorbing incoming light. The device they ended up with turns to lasers tuned to a specific frequency into a silicon optical cavity. The cavity traps the light, forcing it to bounce around until all of its energy is dissipated as heat.
Their demo device can absorb 99.4 percent of incoming light at a specific wavelength, a property that could be used as an optical switch in future computing schemes that use light rather than electrons to carry out operations. Such a computer could potentially turn certain wavelengths of light off without affecting others, allowing for high degree of control within a computing system
Link
This could prove to be a cost effective weapon system. - See more at: www.abovetopsecret.com...
originally posted by: PsychoEmperor
Meanwhile Russia has developed an Anti-Laser devise knows as Multiple Incoming Reflective Rays of Russia or
M.I.R.R.O.R
originally posted by: roadgravel
How well does it track if the boats is moving. In one video, it takes a while to burn the outboard. Maybe put a metal can or mirror over it and move on.