Hey guys,
Im sure some of you will think this is a stupid question but I'd thought I'd ask anyway. Last night when I had my 532 lab running I decided to use my 515 pointer just to see the color difference and then decided to do an experiment. I shined the 515 pointer's beam across the beam of the 532 lab and noticed that neither of the photons of either seem to be affected by one another. What I mean was that they seemed to pass through each other no problem. How come? Shouldn't photons interact with each other? Does the fact that photons not "collide" allow us to produce some DPSS wavelengths by combining their wavelengths? :wtf::wtf:
-Alex
Im sure some of you will think this is a stupid question but I'd thought I'd ask anyway. Last night when I had my 532 lab running I decided to use my 515 pointer just to see the color difference and then decided to do an experiment. I shined the 515 pointer's beam across the beam of the 532 lab and noticed that neither of the photons of either seem to be affected by one another. What I mean was that they seemed to pass through each other no problem. How come? Shouldn't photons interact with each other? Does the fact that photons not "collide" allow us to produce some DPSS wavelengths by combining their wavelengths? :wtf::wtf:
-Alex