Quote:
Originally Posted by esspoker
Could all phyisics be inverted...?
Sure.
Conventionally we think of a bright, shiny ball of light called a photon being emitted by the sun, bouncing off the moon and impacting our retinas allowing us to 'see' the world out there. In other words, the room full of stuff is already out there, we just need to flip the 'light' switch to 'see' it. An alternative way of looking at that would be that the photon impacting the retina causes a light to appear on an inherent mental screen, similar to how an electrical signal fires a pixel on a digital screen, with many of which producing the shape of the moon or the sun on our mental screens. So there is no light-ness or bright-ness out there sans a mind to perceive it, shapes to be perceived nor noise as in the case of a tree falling. We could just as well cross the wires and see sounds on our mental screen the way we see them on an oscilloscope and hear sights as we do with radar. So looking at things in that manner explains away a lot of the enigmas that occur with modern physics when viewed through a materialist lens. E.g., what we're actually seeing with the double-slit experiment is the construction and finite limitations of our mental screen, not underlying reality. Same with the relativity enigmas: they're essentially the same as seeing tracers and blurring if we turn our head quickly in relation to a computer screen. But all that is merely an inversion of perceptions, not the underlying realty.
To invert our view of reality we need to invert our conception of space as masque de Z alluded to with degeometrization theory. For example, imagine being blindfolded and grabbing a basketball. According to immaterialism, what happens is the mind creates the space of a basketball to account for that particular sequence and pattern of electrical signals or nerve firings. That is, a third dimension is added to a mental screen whereby we see or imagine space. Then when you open your eyes, your mind has an additional and concurrent flow of electrical stimulation, which it basically overlays space and time with, illuminating and coloring the ball. Same when additional overlays occur as with (hearing) electrical signals from bouncing the ball, along with smelling and licking it—they're merely the projections of a finite mind processing simultaneous stimulations occurring through multiple and distinguishable (sensory) channels (?dimensions). And that holds all the way to the creation, imagination and projection of a body amidst all that space to make (finite and temporal) sense of it all, and through setting up physics labs and conducting experiments, etc.