But a Redditor has proven that Samsung’s incredible Space Zoom is using a bit of trickery. It turns out that when taking pictures of the moon, Samsung’s AI-based Scene Optimizer does a whole lot of heavy lifting to make it look like the moon was photographed with a high-resolution telescope rather than a smartphone. So when someone takes a shot of the moon—in the sky or on a computer screen as in the Reddit post—Samsung’s computational engine takes over and clears up the craters and contours that the camera had missed.
In a follow-up post, they prove beyond much doubt that Samsung is indeed adding “moon” imagery to photos to make the shot clearer. As they explain, “The computer vision module/AI recognizes the moon, you take the picture, and at this point, a neural network trained on countless moon images fills in the details that were not available optically.” That’s a bit more “fake” than Samsung lets on, but it’s still very much to be expected.
Even without the investigative work, It should be fairly obvious that the S23 can’t naturally take clear shots of the moon. While Samsung says Space Zoomed shots using the S23 Ultra are “capable of capturing images from an incredible 330 feet away,” the moon is nearly 234,000 miles away or approximately 1,261,392,000 feet away. It’s also a quarter the size of the earth. Smartphones have no problem taking clear photos of skyscrapers that are more than 330 feet away, after all.
Of course, the moon’s distance doesn’t tell the whole story. The moon is essentially a light source set against a dark background, so the camera needs a bit of help to capture a clear image. Here’s how Samsung explains it: “When you’re taking a photo of the moon, your Galaxy device’s camera system will harness this deep learning-based AI technology, as well as multi-frame processing in order to further enhance details. Read on to learn more about the multiple steps, processes, and technologies that go into delivering high-quality images of the moon.”
It’s not all that different from features like Portrait Mode, Portrait Lighting, Night Mode, Magic Eraser, or Face Unblur. It’s all using computational awareness to add, adjust, and edit things that aren’t there. In the case of the moon, it’s easy for Samsung’s AI to make it seem like the phone is taking incredible pictures because Samsung’s AI knows what the moon looks like. It’s the same reason why the sky sometimes looks too blue or the grass too green. The photo engine is applying what it knows to what it sees to mimic a higher-end camera and compensate for normal smartphone shortcomings.
The difference here is that, while it’s common for photo-taking algorithms to segment an image into parts and apply different adjustments and exposure controls to them, Samsung is also using a limited form of AI image generation on the moon blend in details that were never in the camera data to begin with–but you wouldn’t know it, because the moon’s details always look the same when viewed from Earth.