Xray vision night vision infrared5/7/2023 25 difference on the lens focus.Īnyone can go to a public beach and see more nudity than one could see in a public market place. Going the Infrared route instead of the shorter ultraviolet route there is a difference in the focal length causing bad focus problems unless you have the handy gauge on the lens itself. The biggest reason some kind of X-ray capability would be useful other than porn is detecting malignant tumors more readily. It only lets through these long-wavelength rays, which have low refractive rays, and not all the ultraviolet and visible rays.” The KAYA PF exploits this characteristic of infrared light. At the other end of the spectrum, beyond the red, visible light, infrared rays are barely refracted at all because of their long wavelength. The blue end of the visible spectrum has the shortest wavelength, so is refracted the most. When we shine sunlight through a prism, it is refracted at an angle according to its wavelength. This also means that infrared rays are not refracted much at all when passing from one medium to another. Unlike ultraviolet and visible rays, infrared rays tend to penetrate any medium rather easily because of their large wavelengths. We divide them into “Near Infrared Rays” (690nm-4,000nm) and “Extreme Infrared Rays” (over 4,000nm). (1nm=10-9m) Infrared rays have much larger wavelengths than this. “The visible part of the spectrum falls between the wavelengths of 430nm~690nm. Your tips via CashApp, Venmo, or Paypal are appreciated! Receipts will come from ISIPP. The Internet Patrol is completely free, and reader-supported. It sounds like science-fiction but it isn’t this fantastic new product has been developed using the most highly advanced optical technologies available,” explains Kaya.ĭid Kaya really make an x-ray vision lens? How is it possible? Here’s Kaya’s explanation does it sound like sound science to you?: The PF makes it possible for you to see images that are normally invisible to the human eye. “The PF is a special optical device that helps to visually penetrate an object’s surface in order to view whatever lies below. This is genuine xray vision, as easy as screwing a filter on your camera lens.Īccording to Kaya, their x-ray vision lens allows you to not only see through clothes, but a host of other materials. X-ray vision allowing you to see through clothes and other things, once a fantasy of children and men everywhere (although for different reasons), has become a reality with the Infrared See-Through Filter PF xray vision lens by Kaya. I just wish I could figure out how we got to thinking that infrared was one of them.(Looking for our article about the new T-ray x-ray vision security system? Click here) So there's plenty of ways for futuristic soliders and talking cars to see through walls. The system can see through concrete, reinforced concrete, wood, brick, and pretty much anything except a continuous sheet of metal. The system relies on Ultra Wide Bandwidth signals, a method that relies on timing and and a large selection of radio wavelengths, rather than sheer power (Traditional uses of radiowaves use a narrower part of the spectrum but are higher power). Or how about a little mini-radar type system? The Xaver 800 can see into a room, map it onto a screen, and maintain real-time, three dimensional updates on the locations of people within the room. The LEXID collects X-rays in the same way. Where the human eye uses a lens to refract light onto the optic nerve, a lobster uses a series of tiny biological "mirrors" to project disparate light beams onto a single focal point. It's actually pretty neat, the designers modelled it on the vision system used by lobsters and other crustaceans. The LEXID looks like a flashlight, but it uses X-ray emissions to see through up to three inches of steel. The Lobster-Eye X-Ray Device (LEXID) uses X-rays (like Superman!) to see through walls. Luckily, there are many excellent real ways for KITT to see through walls. But the insulated walls of buildings are designed to block heat from escaping, essentially forming a.well, a wall between the camera and person in the building. These cameras, like night vision goggles, pick up lower wavelength electromagnetic signals that we sense as heat. So, for the record, infrared cameras cannot see through walls. Not that I particularly blame Knight Rider , because it's such a common meme. Will someone please explain how this whole infrared-can-see-through-walls thing got started? It comes up everywhere: James Bond used it, One of the iterations of CSI used it, then KITT used it on last night's episode of the New and Improved Knight Rider (now with more humor!).
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