What do you see when two mirrors oppose each other?

You can think of each image in a mirror as a "frame" image, and the interval between each frame is the time it takes for light to go back and forth between the two mirrors. So if you have infinitely good vision, you will see that at the end of the mirror is something infinitely long ago between these two mirrors, and then the first "you" appears a little closer, which is the you who are just standing in front of the mirror.

Then as time goes on, you will see that the first "you" gradually moves away from you, and the "newer" you appears closer to you in the mirror, so that you will find that the infinite number of images of you in the mirror are actually slightly different, probably similar to overlapping the film of a movie, the farther is like a scene from the past, and the closer the image is closer to the present. It's continuous. In the end, you will see all the scenes of the past rolling into the distance, the new "you" constantly replacing the old "you", and you can see the "past you" after a long time, but the oldest is only the you who just stood in front of the mirror, and the older you is beyond the touch.

I've personally experienced something like this and it will definitely inspire you. If it's really two mirrors, the face closest to you will block everything else, I have a solution that everyone can repeat at any time and can avoid the above problems: if you have a Xiaomi mobile phone, then you can install a Xiaomi assistant on the computer, the mobile phone is connected to the computer, and then there is an option similar to screen projection or screen recording in the Xiaomi assistant, that is, the mobile phone screen is projected to the computer monitor, at this time turn on the camera, and then point the camera at the mobile phone screen projected in the computer monitor, Something magical happened!

There will be a mobile phone screen in the monitor, and there will be a monitor in the screen that you shoot, ring by ring, and! Because of the slight delay, each of your shakes will travel like a wave towards infinity of that ring, so as long as you can see far enough, you'll see that you initially turned the camera around at the very front of the wave, and still running forward. <>

Standing in the middle, you will find that you have "doppelgänger" and become a row. My school has two large mirrors facing each other, and whenever a team walks by after school, there is a "sea of people" on both sides.

Four, one for each of the two mirrors, and one for each of the two mirrors. The latter is theoretically related to the sequence, but because it is placed vertically, the two images coincide, which is a special case. There are several ways of reflecting light, and there are a few like, and this is generally true.

If the two are placed parallel to each other, there are really countless of them.

The virtual image gives the impression that although it is inside the mirror, the actual virtual image is on the mirror surface. And because the light that produces the image is perpendicular to the mirror, the virtual image of the mirror will coincide with the vertical mirror, and the two mirrors are perpendicular to each other, so the two virtual images of the vertical mirror will coincide. That is, the coincidence produces a virtual image, and the two mirrors each produce a virtual image, and together they become three images that can be seen.