This model could explain observation of long filaments of Rydberg hydrogen atoms by Holmlid.
If you ever did stockpile a set of strong magnets then you know why Holmlid sees some long chains of magnetic hydrogen. In Mills H* case these chains spawn up to 50cm!
Linear effects are very important inside cavities as the thermodynamic degree of freedom is reduced from 3 to 1. You can easily show with conventional math/physics that at low pressure BEC will happen even at room temperature. This is no magic and predicted by 100 year old models.
Breather as proposed by Dubinko never ramp up to energies needed to kinetically induce LENR. In fact they stay in chemical range. But a coherent field could allow to dissipate LENR energy much more efficient( faster) than phonons! The problem of LENR is not ignition because we exactly know that the UDH matter can be built any time as the dE with a conventional orbit is below 1eV.
Now you are ready to understand the key question. If only e.g. 0.1 eV is needed to produce UDH, why isn't it happening all the time? The answer is simple 0.1eV is a potential but the delta energy is produced by rotations. In fact you need at least two rotations (magnetic field) to couple to the proton field to take out about 4keV, what is the energy level of UDH (deep D-D "bond")
As Holmlid reports. The photons from the lab light can ignite UDH!