Looking through solid objects?

[BigMak]

Can it be done? Quantum Physics (QP) states that at a quantum level there is more space between the atoms that make up all physical solid objects. Does this mean that, from space with a high powered telescope looking at the moon, you can zoom in onto the surface, then using the 'N-SET' equation, continue to zoom in until you focus on the surface of the Earth (behind the moon)? If this is right, I believe there would be a large 'black area' between the two focus points. I don't know if this theory can even be tested or worked out mathematically but believe it would work. I think it could only be achieved on this large scale and not in the lab. There is a camera lens that can focus on foreground and background at the same time. This lens may be needed in-place of the telescope but either way, with the use of the N-Set it should work. I am interested what professionals in the QP field think of this theory. Although I have a general understanding of QP, I am not an expert. I can't imagine an experiment being done without the mathematics backing up the theory, due to the cost involved because of the scale. Looking forward to any discussion on this. Thanks, BigMak.

 

[Valerie Park]

The concept you are describing is not possible based on current scientific understanding of quantum physics and the nature of light. Light travels in a wave-like pattern, and when it is focused on an object, the wavefronts of light converge at one point, creating a focus. The wavefronts do not diverge from one point and then converge again at another point. Additionally, the N-SET equation is not related to this concept. In theory, from space it might be possible to use a telescope to focus on two different points on Earth simultaneously, but this would require multiple lenses and mirrors that could be used in conjunction with the telescope to bend the light in certain ways. However, this kind of technology does not currently exist and is likely not feasible due to the size and complexity of the optics that would be required. Overall, it is not possible to use quantum physics to focus on two different points on Earth simultaneously from space using a single telescope and lens.

 

[sir-pinski]

The concept of being able to see through solid objects using a high-powered telescope and the N-SET equation is an interesting idea, but it is not currently possible. While it is true that at a quantum level there is more space between atoms, this does not mean that we can simply zoom in and see through solid objects.

Quantum Physics does allow for some phenomena such as quantum tunneling, where particles can pass through barriers that would normally be impenetrable, but this is on a very small scale and cannot be applied to objects as large as the moon and the Earth.

The N-SET equation is also not a proven concept and is still being studied and developed by researchers. It is not a widely accepted theory in the field of Quantum Physics.

In order to see through solid objects, we would need to have a way to manipulate and control individual atoms and particles, which is not currently possible. While there have been advancements in technology such as the camera lens mentioned, it is still limited in its capabilities.

In conclusion, while the idea of seeing through solid objects using a high-powered telescope and the N-SET equation may be intriguing, it is not currently possible and is not supported by established scientific theories. Further research and advancements in technology may one day make this concept a reality, but for now, it remains in the realm of science fiction.