![]() Dust particles can float and linger in the air and are excellent at capturing and reflecting light in a way that’s perfect for creating orbs. What are you recording outside or inside, just is very likely to cause the backscattering that produces orbs. The first likely culprit is simple dust.It turns out that orbs are caused by a combination of how cameras record, as well as what gets picked up in frame. While we can’t totally rule out ghosts, we can point to a few known phenomena that cause cameras to record orbs. We also should take a look at the false color option that comes with some Ring devices – something that Ring calls “Color Night Vision”:Īn infrared reflection causing a strange light effect at night from a Ring Doorbell Pro Infrared light is capable of causing backscattering just like visible daylight can. This is also how you can get backscattering even while it’s apparently dark outside. Your front yard is actually lit up with powerful infrared lights from your Ring technology that allows recording during the night. Your Ring cameras use infrared wavelengths of light to illuminate the environment and make their recordings. Night vision cameras take advantage of this fact. There are plenty of wavelengths of light that we just simply cannot see with our naked eyes. Light comes in a variety of wavelengths and only a small range of those are visible to the human eye. Well, the night isn’t actually as dark as it seems, especially when any night vision camera is recording. Just how is your camera able to record in the darkness of night with that much clarity? There’s something that’s a little eerie about night vision. This can make them look like anything from these strange moving specter to even a UFO. Plenty of the strange videos you see people posting online from their Ring doorbell cameras are most likely insects that are clipping between the frame rate of Ring cameras. This is especially the case for small insects that can also cause backscattering. ![]() While your smartphone will be able to capture the image of a fast moving insect in flight, your Ring camera might only pick it up as a blur on the screen for a single frame. Insects and small birds are capable of speeds that can fly in between the frames that your Ring camera records. The 15 frames per second that Ring cameras film at cost us a little bit of performance when it comes to small objects that can move very fast. You’re also still capturing all of the valuable information you need whether a friend has come to visit or you’re using footage from your Ring doorbell to identify a suspected burglar. This makes the file sizes much smaller and easier to transmit to your devices (using less bandwidth overall). However, it’s probably a good thing that some Ring only records at 15 frames per second. This is much lower than the Hollywood standard to 24 frames per second, and far lower than what your smartphone is capable of. Some Ring doorbells and cameras only record at 15 frames per second. ![]() There are other considerations specific to Ring cameras that we need to consider. Backscattering comes down to the simple physics of how light and focusing interact with the technology we used to capture images. This can happen to your Ring camera just as easily as it can happen to an expensive photography camera. This happens when out of focus particles, like dust or rain, scatter light while extremely close to the lens of the camera. There are some people that say that the orbs that they catch on film are ghosts or other spiritual phenomena, but we can rule out certain orbs as just an example of photographic backscattering. In order to talk about orbs, we first need to talk about a visual phenomenon called backscattering. This all comes down to the science of how cameras work. However, all cameras are capable of picking up orbs and other visual phenomena. If every single Ring camera is capable of picking up orbs, then something certainly must be wrong with the design that they’ve picked, right?
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