Monstrous test: What if it is possible to photocopy a mirror

When a mirror is put into a photocopier or scanner, what will be the result of the experiment?

In a small experiment that was carried out by American scientists, when a mirror was put into a photocopier or scanner, the result was an image of an almost black glass. So what happened? Where have the mirrors that we wish to see disappear?

To answer this problem, you must first understand how the photocopy / scan process takes place.

Picture 1 of Monstrous test: What if it is possible to photocopy a mirror

Although there are many different complex steps, the simple steps from when you put the print on the mirror and press the 'scan' button include:

- A flash of light runs around the object to be scanned from beginning to end.

Picture 2 of Monstrous test: What if it is possible to photocopy a mirror

- The image of the object is reflected on an angled mirror and also moves at the same speed as the object.

- The first mirror image of the object will be captured by a combination of multiple mirrors at the end of the scanner.

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- This image continues to be captured by a device named CCD for encryption and can then be transferred to the computer hard drive.

Besides, in essence, the scanner's light rays hit the object at a 45-degree angle, making you see them as scratches instead of white light.

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So if you change an object with a mirror, how will everything happen?

The steps are still carried out normally except that the scanner scans the mirror's center, it only sees the reflection image of the area under the mirror bouncing. But the lower part of the scanner through the mirror image is a dark area, so when the scan results for a dark image it is completely understandable.

Picture 5 of Monstrous test: What if it is possible to photocopy a mirror

The scanner will analyze the results that it identifies as the mirror image of the mirror, not the mirror itself.

Picture 6 of Monstrous test: What if it is possible to photocopy a mirror

Since the light scans objects and the reflections do not fit together, the image is completely dark.

So if you scan an object with a glossy surface like a mirror, the light will bounce back and not show its image.

In the case of mirrors, light scans objects and reflections are completely unmatched, which is why the image is completely dark.