Differentiating laser modules with colors

Yup depends on material. Frequency and energy aren't dependent. Human eyes typically have only three color rods, sometimes four...yellow ones.

Awesome idea having different laser colors

EDIT I was wrong, the energy and frequency are directly proportional. Inversemto wavelength

From what I remember of basic physics the energy of an individual photon is proportional to the frequency, but that's all. There's nothing stopping you in theory from making a stupidly powerful laser with red photons - you just need an awful lot of them. In practice there are issues of efficiency, overheating and other boring problems, but this is 3301 and I think it's more than time for as many laser colours as my monitor can handle.
 
So maybe it's the mechwarrior in me but why do all the lasers have to be the same color? Just a thought, I think it would add a bit more excitement to laser fire if they didn't all look the same. Perhaps c3 beams were orange, c2 bursts were purple etc.

No, I don't like the idea of having to use a particular laser type just to have them blue. Because all my lasers shall be blue. Because Empire!
 
Makes sense....lasers are light; different power in the laser shall be render differently to show it.

STO does it right, since from the color you can tell what kind of weapons is your opponent using. It goes beyond the purely cosmetic usefulness.

I would also like to see people getting close range and rip the hull apart with the mining laser; as last form of desperation to destroy a ship....after all a laser that can punch holes in a rock; should be also able to melt a hull when shieds are down :)
 
Remeber when 1mw was red, 4mw was orage, 20mw was yellow amd 100mw was blue? And particle accelerateors were fat blue and white and generaly made your underweare brown lol

mabe different wave lengths would be diferent range and damage and thus coulour red for close and violet for far that could be cool. Frankly and crazy lazer coulour would be cool

Nice.

I am glad this comes up again. I would like stuff like this in the game.
 
From what I remember of basic physics the energy of an individual photon is proportional to the frequency, but that's all. There's nothing stopping you in theory from making a stupidly powerful laser with red photons - you just need an awful lot of them. In practice there are issues of efficiency, overheating and other boring problems, but this is 3301 and I think it's more than time for as many laser colours as my monitor can handle.

http://www.physlink.com/Education/AskExperts/ae435.cfm

Enjoy :)
 
I'm still looking for funding to produce my patented, "Mirror Ball" TM reflective armour, that uses thousands of tiny facets to reflect laser energy away in multiple directions at once. Especially effective if hit whilst doing a slow spin.

An upgrade will also absorb kinetic shock, convert it to acoustic energy and re-radiate it as Le Freak, by Chic...

:D
 
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I'm still looking for funding to produce my patented, "Mirror Ball" TM reflective armour, that uses thousands of tiny facets to reflect laser energy away in multiple directions at once. Especially effective if hit whilst doing a slow spin.

An upgrade will also absorb kinetic shock, convert it to acoustic energy and re-radiate it as Le Freak, by Chic...

:D

This is similar to what an energy shield does: absorb the laser transform it in heat; instead than bounce it around :) I hope that the mirrors will be bullet resistant!
 
The physics behind why you might want to use different coloured lasers is irrelevant.

It is simply up to FD whether they wanted to provide this functionality. The point defence weapons are already a different colour for example.

As it doesn'affect gameplay, why not make it a chargeable vanity item?
 
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Also the spectral light needs to come from somewhere. Sticking my head way out here - I think it depends on the material that's stimulated to create the beam. I also think that the coloer (=wavelength) influences its power. But again: here, it's a matter of program code, not a matter of physics.

grasers where! (gamma ray wavelength laser)
 
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