Solving the Enigma: Immobile Photon, Movable System in the Double Slit Experiment

[mikaa]

 

In the Double Slit experiment, there is an interesting approach known as the Onnon Theory, which suggests considering the photon or electron as stationary while treating the entire system as moving. According to this philosophical theory, the universe is composed of infinite dimensions, and everything in the universe can be understood as the motion of a single particle.

The Onnon Theory is based on three fundamental assumptions:

Assumption: The universe has infinite dimensions, and each dimension consists of the surfaces of objects in higher dimensions and the spaces between these objects. For instance, the surface of four-dimensional objects is three-dimensional, the surface of three-dimensional objects is two-dimensional, and so on.

Assumption: Dimension is defined as the approach towards a specific point. As we get closer to a particular point, the number of dimensions increases, and as we move away, the number of dimensions decreases. This implies that very large objects have numerically small dimensions, whereas small objects exist in higher dimensions.

Assumption: Entropy is low in higher dimensions and high in lower dimensions. Consequently, higher dimensions (numerically higher) seem to be independent of time.

To illustrate, a three-dimensional universe is created by objects in a four-dimensional universe. The spaces between objects in the three-dimensional universe represent particles, while the surfaces of objects represent voids. However, the empty space in the fourth dimension does not correspond to any address in the third dimension; it does not exist.

Due to the second assumption, four-dimensional objects are exceedingly tiny, and because of the third assumption, their entropy is also very low.

For better comprehension, let's consider a cable with electrical current flowing through it. Imagine the cable is in the fourth dimension, and the electricity is in the third dimension. An observer trying to understand their universe within the cable might differentiate between fixed and moving things from their perspective and make accurate references within their own universe. However, when they conduct experiments on very small objects, they encounter peculiarities that do not align with their previous experiences because everything related to the cable seems to be moving from their perspective.

In reality, a three-dimensional entity cannot directly perceive four-dimensional objects, but it can observe and notice the effects these objects have on its own universe.

Regarding the Double Slit experiment, the Onnon Theory treats the photon or electron as fixed, and the system as moving. The measurement issue arises from the system, not the particle itself. Moreover, the concept of time in the system does not apply to the photon or electron.

As for whether this model can be mathematized, it poses a complex question. The Onnon Theory, with its philosophical nature and assumptions, presents challenges in precise mathematical representation. Attempting to mathematically express the interactions between higher and lower dimensions within the context of infinite dimensions requires careful consideration. However, theoretical physics often deals with abstract and intricate concepts, so it may be possible to develop mathematical frameworks or models that explore certain aspects of the Onnon Theory in a limited context. Nevertheless, further research and collaboration among experts in the field would be necessary to develop such mathematical formalisms.

 

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Edited August 1, 2023 by Phi for All
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[swansont]

17 hours ago, mikaa said:

Assumption: Dimension is defined as the approach towards a specific point. As we get closer to a particular point, the number of dimensions increases, and as we move away, the number of dimensions decreases. This implies that very large objects have numerically small dimensions, whereas small objects exist in higher dimensions.

Assumption: Entropy is low in higher dimensions and high in lower dimensions. Consequently, higher dimensions (numerically higher) seem to be independent of time.

So as a you approach a specific point, entropy spontaneously decreases. In violation of the second law of thermodynamics 

Quote

Regarding the Double Slit experiment, the Onnon Theory treats the photon or electron as fixed, and the system as moving. The measurement issue arises from the system, not the particle itself. Moreover, the concept of time in the system does not apply to the photon or electron.

The photon system must move at the speed of light, contrary to relativity. There is no rest frame for a photon.