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Given that they're diode lasers, that would not be pretty![]()
You didn't say that! My question was if it was fun to do it!?
Didn't i just integrate my theory with existing science, and didn't i just back it up! It is supported it is!
Well that depends on if you cross the breakdown voltage
(what's the wattage of the Lasers you're using? )
Do you mean electrical power at the diode or optical power in the beam? (It's not really a functioning issue, they're lasing fine, it's just a pain the backside injecting light into optical fibres)
Do you mean electrical power at the diode or optical power in the beam? (It's not really a functioning issue, they're lasing fine, it's just a pain the backside injecting light into optical fibres)
Another way to look at my observations, is that black holes generate dark matter thanks to gravitys effect on matter. It is a new theory, i haven't heard it before. What speaks against this? It hasn't been observed by anyone except me (i think!!).
I read it somewere on wiki (I think!!!). But there are obisouly a refutation to that notion. What speaks for it is the gravitional effects on matter.
I have talked with a volonteer group of NASA answering question on astrophysics, and asked if they can confirm it. I will recive the answer in one to two weeks.
Power at the beam (also frequency (visible or IR or UV?))
I used to post there as Freodin as well... but that was eight years ago. It seems the game has since died, been sold or whatever and the boards have moved, split or something like that.And who are you Freodilin?
780nm, that beam is probably about a couple of hundred mW. We use it for several different things though, and it does get reamplified at one point. All of our lasers are about that wavelength though, for the kind of spectroscopy we're doing, we need precise frequency control of less than one ppm.
Sweet, writing the software for that hardware would be fun.
Though I don't get to play with Lasers or that required accuracy, (my hardware goes into testing magno Resistive devices and only need to be accurate around 1/10 oersted) it would be fun to visit a lab and try to wrap my head around using the lasers to bump(i think that's correct) the vibration frequency of atoms down to a cooler level.