Ultra high frequency. If a quasar has reached the Higgs wave limit, then all the quants are packed and extra energy is spilling from the top end and massive high energy Gluon-Higgsonic waves are shooting up and out, and likely quantizing into matter when they exit the event horizon. The quasar is redistributing kinetic energy, and nulls.
I know the Higgs wave number is likely 107 on my chart, and evidently the physicists agree. So I pick off the mass number and look up the mass quant ratio from Quark to Higgs (127 - 108), convert to Compton mass, and that tells me how much free nulls can be transported by the wave. But how much free nulls will it carry? Hard to tell, there is no control similar to what the proton does. Nulls are signal, wave is noise. There is mostly too much signal around the quasar, this may be the thing that stops the expansion. The Higgs should be able to carry a whole quant chain of Nulls. Once out of its boundary, I doubt there i anything in free space that can provide a minimum phase path. It should just spread. A wave leaving the center of compaction is harmonic with the kinetic energy of the compacted point, like an antenna. This is different than a wave entering a region where it is not harmonic.
The next possible wave up from Higgs is 165, 60 order up. But at that point we are well beyond the density of the vacuum. So we always reach a limit, there is always a wave that how more power than its gravity.
Beam me up Scotty!
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