Introduction
In quantum mechanics, we often talk about forces like attraction, repulsion, and charge as if they are intrinsic properties of particles or objects. However, when we introduce the concept of a “great attractor”—a powerful gravitational force at a distance—we can explore how these forces may actually be more about perspective and correlation than causation. This article delves into how our orientation around a square sheet of paper, representing the wave function, relative to this great attractor, shapes our perceptions of attraction, repulsion, and charge.
The Great Attractor and the Square Sheet of Paper
Imagine a square sheet of paper, representing the wave function, floating in space at a great distance from a massive gravitational entity—the “great attractor.” This attractor exerts an immense gravitational pull, influencing everything around it, including you as the observer. Now, consider yourself rotating around this sheet of paper, changing your orientation relative to both the paper and the great attractor.
The key insight here is that the forces you feel, such as attraction and repulsion, as well as your perception of charge (positive or negative), are not inherent to the sheet of paper itself. Instead, they are the result of your perspective and the constant pull of the great attractor.
The First Perspective: Attraction at 90 Degrees
Let’s begin by positioning yourself at 90 degrees relative to the sheet of paper. Here, you look straight down at the paper and see its full pattern. The great attractor is far below the paper, pulling everything towards it. Because you are above the paper and it lies between you and the attractor, you feel a pull that seems to draw you toward the paper itself.
This is where the illusion of attraction arises. You, as the observer, might be negatively charged, while the paper appears positively charged from this perspective. It seems like opposites attract, with the paper pulling you toward it. But this attraction is not because the paper is inherently positive or because it exerts a force on you. Rather, the pull is due to the great attractor below, and your perception of the paper’s positivity is simply a result of your orientation.
The Second Perspective: Repulsion at 270 Degrees
Now, rotate yourself 180 degrees to 270 degrees, so you are below the paper, looking up at it. The great attractor is still beneath you, pulling you downward. However, from this new perspective, you see the paper’s pattern as a mirror image—its complex conjugate. What was positive at 90 degrees now appears negative.
Here, the force you feel seems to push you away from the paper, creating the illusion of repulsion. You might think, “Like charges repel,” because both you and the paper now appear negative. But once again, this is not because the paper is inherently negative or because it repels you. The repulsion you feel is simply a result of the great attractor’s pull combined with your changed perspective.
The Illusion of Charge and Causation
This exercise reveals that what we perceive as attraction, repulsion, or charge is not actually caused by the sheet of paper itself. The paper, in reality, is neutral—it has no inherent charge. The apparent positivity or negativity is purely a function of your perspective. At 90 degrees, the paper seems positive, and you feel attraction. At 270 degrees, it seems negative, and you feel repulsion. But in both cases, the forces are a direct consequence of the great attractor’s pull.
The sheet of paper’s role in this scenario is merely a passive one. It serves as a reference point for your orientation, which in turn shapes your perception of charge and force. The real cause of the forces you experience is the great attractor, a constant presence that influences everything around it. The attraction or repulsion you perceive is simply a correlation—an effect of how you are positioned relative to both the paper and the attractor.
Conclusion: Perspective, Correlation, and the Greater Force
This exploration challenges the traditional view that forces like attraction, repulsion, and charge are intrinsic to the objects themselves. Instead, it suggests that these forces are relational and dependent on perspective. The sheet of paper is not inherently positive or negative, nor does it cause attraction or repulsion. These effects are merely correlations that arise from your orientation relative to the great attractor.
By understanding this, we see that what we often attribute to objects—such as charge or force—is actually a reflection of our own perspective. The great attractor is the true source of the forces we experience, and everything else is a matter of how we are positioned in relation to it. Attraction and repulsion, positive and negative charges, are thus revealed to be illusions of orientation, not causes in themselves.