At the Atomic level, we can create a black hole from a proton, how ever its mass in our electrical simulation is greater then the proton observed in natural form. Any thoughts as to why? Could this be the cause of the external force its connected to? Protons in are natural environment are connected to the infinite, an unlimited supply of free flowing energy where as a simulation is connected to a manufactured energy source limited to the range of the capacitors fueling its existence, a balance between source and creation / expansion and contraction. Plus, I would question if the vacuum of the proton in the simulation is behaving as a proton free in its own nature. A vacuum continuously draws energy in from its environment and sends energy out to its environment so in free form this environment is infinite and in a simulation the environment is contained to the space and source supplied by the scientist and facility conducting the experiment that now represents the infinite. Perhaps this explains the difference in density, one is simply interacting with a larger environment then the other. Can we be extracting energy from the vacuum of this proton is my question storing this energy into capacitors that feed our communities? The environment would then be larger requiring a greater out put of energy from the vacuum of the simulated proton which in turn would decrease the mass of the vacuum of the proton in relation to the scale of the environment it is interacting with. Thoughts? I believe in the mathematics lies the answers to the scale (inflow/outflow) of an environment this simulated vacuum of a proton can supply energy to in order to reduce its density to that which we observe in natures form if the scale is even necessarily relevant in terms of extracting energy from the vacuum successfully for our use? As for the simulation, my intuition tells me that if we where able to observe from a infinitely small level we would fined protons in smaller forms of the subatomic particles and so on. I do not think a word has been invented for anything smaller then a subatomic particle, if there has, please educate me? I believe in this simulation we are observing on a scale humanity has agreed upon as a cell viewing the protons within. If we where able to look infinity small enough in this simulation of a cell observing the vacuum of the protons within this cell, we would find at a infinitely small level that we are currently unable to visually observe, smaller protons and vacuums within our simulation that match the mass density of the cells we observe in nature (the cell scale we have agreed upon for collective observation purposes of all life on earth, universe and existence) revealing the relationship to the vacuum of the proton to the scale of the environment being observed in the simulation? Thoughts? Im assuming the simulation was conducted by mathematics and three dimensional light imagery in relation to physical data. It would be nice to see the experiments, the simulation as you speak so passionately Nassim Haramein and be informed in greater depth? Mahalo Nui Loa Alii in the living light of Aloha, Aloha Nui Loa.
Posted on: Fri, 21 Nov 2014 18:42:19 +0000
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