I discovered something surprising

As you might be already aware of, I've been into researching how to create a full spectrum with great UV response. To do so, I did much research into each individual spectrum of light and how camera sensors respond to them. I've been wondering if I could use a GoPro to record UV video at night using onboard Full Spectrum LEDs (Yes, for paranormal research, but possibly other applications as well). During my research, I realized something surprising: there's a cheaper way to achieve photos or video of each individual spectrum of light at the same time, as well as each one at the same time. Instead of purchasing an Infrared filter (approximate price=$30), IR/UV Blocking Filter (Also known as Hot Mirror, can be found in most cameras, ones that aren't modified [cost=~$70]), one can, paradoxically, spend less by purchasing more filters and perhaps possibly get the same range of effects that might be identical: First of all, Try and find the diameter of your lens' filter thread first. For example, if it's 50mm, look for 50mm filters. Next, try and get access to what's known as a ZBW2 filter (cost is relatively low) that can filter out only the visible spectrum, and have it become a 50mm thread around. Next, get a UV-block filter to block out only the UV spectrum (once again, 50mm diameter) which could easily be the cheapest of all filters. Last but not least, and this can be difficult to find, find a specialized Hot Mirror, one that can filter out only the IR Spectrum- or, instead (I'm not sure which option is more affordable) get an IR pass filter. Sorry for the confusion. Let me explain: A UV-Block combined w/a Hot Mirror (IR-only cut) can get you to normal photos: at the same time, if you use the Hot Mirror in conjunction with a ZWB2, you should, at least in theory, get UV-Only photos. Keep in mind, this has to do if the camera is modified to see Full Spectrum, ideally with a specialized lens that can transmit each of the individual spectrums of light (UV,VIS,IR) precisely without causing any optical distortions or anything else optically "incorrect".

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