On your redirection to lab experimentation, I have been pondering an experimental mechanism to hold control over the elysium. (I am parallelling another thread, please bear with me) In the photoelectric effect, an electron absorbs a quanta of energy and either is excited or is not, yet is always an all or nothing effect. There is a limit to the amount of excitation the electron can achieve before it leaves its "parent" nucleus. Is it possible that the "decision" to excite or not rests in the local ability for the LCM to allow a wave propagation? To clarify, can the local elysium be distorted enough due to excitation that a certain period of regeneration must occur before a new propagation can occur?
As a practical matter, this could be interesting in that gravity measurements could be taken while we control the local density of elysium if our vectoring is set up to maximize this possible effect. Am I in gibberish land? - MV
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