The University of New York City and its researchers published an interesting scientific paper about reflection. The new interesting way to think about the reflection is the "time reflection" where the observer sees the mirror image opposite to the person who sits in front of the mirror. So regular mirror turns the image opposite.
But the time mirroring makes the observer see the mirror image in the same way as the person sitting at the front of the screen and there is a camera behind the head. That means the person who sees the "time mirror" sees the reflection backward. And when that observer should see the face that person see back of the head.
Virtually this reflection is easy to do by using the camera. That is behind the person. You can see what I mean from the image that is in this text. The article about that new type of reflecting information is on ScitechDaily.com.
"(a) Conventional spatial reflections: A person sees their face when they look into a mirror, or when they speak the echo comes back in the same order. (b) Time reflections: The person sees their back when they look into a mirror, and they see themselves in different colors. They hear their echoes in a reversed order, similar to a rewound tape. Credit: Andrea Alu" (ScitechDaily.com/Time Reflection of Electromagnetic Waves Demonstrated in a Groundbreaking Experiment)
"Illustration of the experimental platform used to realize time reflections. A control signal (in green) is used to uniformly activate a set of switches distributed along a metal stripline. Upon closing/opening the switches, the electromagnetic impedance of this tailored metamaterial is abruptly decreased/increased, causing a broadband forward-propagating signal (in blue) to be partially time-reflected, (in red) with all its frequencies converted. (Adapted from Nature Physics.) Credit: Andrea Alu" (ScitechDaily.com/Time Reflection of Electromagnetic Waves Demonstrated in a Groundbreaking Experiment)
The image below is how information travels in that system.
1) The primary object
2) Reflecting mirror
3) The primary information source.
4) Reflecting radiation from a mirror.
5) Radiation that travels to the mirror from a primary information source.
The idea in time reflection is that the information source is behind the primary object like a person who looks at the mirror. Then the molecules of that object are interacting with that information. And then that information travels to the mirroring wall. And then it must focus on the front of the observatory.
This kind of reflection means that the information can jump between objects. And the first reflection is targeted behind the observer. Then it jumps to the observer's view. This thing creates interesting points of view on many things. And it can be an excellent method to make weak information stronger.
The thing with this type of mirroring is that the data that is delivered in that system keeps its form easier. And if the mirroring or reflection can make many times the system can detect even the weakest things in the universe. In the second image is the diagram of the system, and then the diagram of energy flow in this type of reflection. This type of system can be the next-generation tool for handling information. And maybe it can someday make it possible to transfer information from the future to the past.
https://scitechdaily.com/time-reflection-of-electromagnetic-waves-demonstrated-in-a-groundbreaking-experiment/
https://informationnevervanishes.blogspot.com/p/time-reflection-part-iii-wormholes.html



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