Properties of Light and its Relationship to Strength

[nds34]

I am curious to know using scientific information what color lightsaber is the strongest? I have done some minor research and cannot figure it out on my own. I have come up with that violet produces the highest frequency while red produces the lowest frequency. Using Planck's Law E=hv I gather that violet would have the most energy. I have also come in conflict with intensity that seems to show around 500 nm is the highest (I will provide a link to where I found this information).

So what I would liked answered...
a) What form of visible light would make the strongest lightsaber? Violet? Red? Yellow-Green? Other?
b) What about white and black? (Yes I know black is the absence of color)
c) Would another type of light be stronger for a lightsaber than visible light (i.e. gamma, radio)?

Please provide an explanation with your answers.

Link: http://fuse.pha.jhu.edu/~wpb/spectroscopy/basics.html

 

[Doc Al]

You do realize that 'lightsabers' aren't real, right?

 

[nds34]

Yes this is a theoretical question. You could take out the aspect of lightsabers and still answer the question.

 

[Vanadium 50]

Yes this is a theoretical question. You could take out the aspect of lightsabers and still answer the question.

I don't think so - here are your questions:

So what I would liked answered...
a) What form of visible light would make the strongest lightsaber? Violet? Red? Yellow-Green? Other?
b) What about white and black? (Yes I know black is the absence of color)
c) Would another type of light be stronger for a lightsaber than visible light (i.e. gamma, radio)?

All three of these are about lightsabers. If you have a question about light, can you state it clearly?

 

[nds34]

Let me rephrase my above question so that I can be taken seriously.
What visible color of light is the strongest? I am aware that strength is a vague characteristic when it comes to light so I most likely mean in terms of energy and intensity. In regards to energy as I previously stated, using Planck's Law E=hv I gather that violet would have the highest energy.
Now I am unfamiliar with intensity or if it even applies to my question and if there is a relationship of intensity to energy but I came across this statement: To find the intensity, take the energy density (that is, the energy per unit volume) and multiply it by the velocity at which the energy is moving. I take it that there is a relationship to energy here since it is mentioned but don't knwo how it applies or if it can even be determined. Anyways I saw that at around 500 nm in the visible light spectrum that the intensity is the highest. I do not know how this can be with violet having the highest frequency. Please compare the relationship between energy and intensity. Does one outweight the other when it comes to strength?
I am trying to be as clear as possible and this is a serious question. If there is something I am unclear about please let me know what that is so I can explain better. Part C can be taken out of the question.

 

[nds34]

Yes I'll rephrase:
a) What form of visible light is the strongest?
b) What about white and black? Where do they lie in terms of strength? (Yes I know black is the absence of color)

 

[nds34]

My question was answered elsewhere. Thanks anyway.

 

[berkeman]

Let me rephrase my above question so that I can be taken seriously.

My question was answered elsewhere. Thanks anyway.

Glad we could help!