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Guest
I understand what you are saying but I already gave you the example of two particles with positive energy which could exist in presence of their negative gravitational energy.OK it’s good to clear some of that up. But I am not understanding how this part makes sense. If the system of 2 cyclical conditional realities can exist unconditionally, then doesn’t that mean that the cyclical system itself is an unconditional reality that has two parts? And if that is the case doesn’t it not make any sense to call the system unconditional, since it depends on its two parts existing in order to exist itself?
Two particles are needed in the example I provided.But if A and B are both conditional realities, then it is really possible that they do not exist, based on the fact that they are conditional. If it is not possible that they do not exist, then they are unconditional realities I would think, so we must say it is possible that they do not exist. So if you are in a state of affairs where neither exists, you need to be able to transition to a state where both exist, and this would happen simultaneously because it is impossible for A or B to exist alone. How does this transition happen if neither one can exist independent of each other? They cannot be brought into existence by the other since the other has no existence yet.
You at least need two particles so you could have negative gravitational field.I must be missing something then. If a particle (real particle?) can pop into existence and it has mass and energy, then in order for the total energy of the universe to remain at zero there needs to be a corresponding decrease of energy somewhere else. When you say a particle pops into existence, are you referring to a real particle or a virtual one (which evidently must not have mass and energy for this to make sense)?