Invisible ink steam download free9/3/2023 ![]() ![]() Very hard to detect without direct chemical processing, that blue diablum 25. Of course the problem with using a microscope at less than 0.25 lux is that the human eye doesn't have enough light to see the result anyway. ![]() Above that the lattice changes to a wholly organized and completely translucent way. Below that the lattice relaxes into a random form that is effectively transparent to the human eye (but not necessarily to a microscope!). The molecules of blue diablum 25, a fluid manufactured by the Azure Dybbuk Corp., align in an opaque lattice at approximately 0.25 lux. How could we explain that (knowing that we can't do it at all in Real Life)? ![]() And if you wanted to filter direct sunlight, you'd need to do it in a way that preserved the spectra (e.g., holding sunglasses above the letters wouldn't do it because common sunglasses only reduce a limited spectra of sunlight, not all of it). But we could limit the exposure to light the same spectra as sunlight, meaning if you have weak enough sunlight the ink would appear but light from a flashlight that wasn't specially designed to mimic sunlight wouldn't do it. Unfortunately, we can't limit it to just moonlight because moonlight and sunlight really are the same thing. But that's the point of fantasy, right? (I'm assuming you're pulling this question from the moon letters in The Hobbit.)Īnd when we open the door to suspension-of-disbelief what we get is an ink that will only be visible with limited light. What you really want is suspension-of-disbeliefĪnd Tolkien's books, great as they are, require a lot of suspension-of-disbelief. Frame Challenge: Real life is boring and frequently too limiting. ![]()
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