David Bohm talks about the behavior of ink in glycerin. It disperses, but then it can also return to its initial state—something we are unaccustomed to seeing. We observe a movement toward entropy, not negentropy. We see teacups shatter, but we never see them become whole again. This is interesting:
Let’s say this is a holographic universe that wants to have the density of light. Matter is too dense; energy is too diffuse.
If I am too diffuse, I need to condense. To condense, I could use magnetism (iron). But here’s the problem: When I consume iron, I tell my brain that the magnetic force is high.
If I am too dense, I need to expand. To expand, I could use the opposite of magnetism (manganese). But when I consume manganese, I tell my brain that the expanding force is high.
Because this is a model of wholeness, it is a model of opposites. It is when the universe is too hot that it condenses. It is when the universe is too cold that it expands.
