I read a part of your posts on the other forum. The problem I have is the millions of times the density of lead as proposed by T.J.J. See. There is a way around the issue if the matter being used to determine that density it multiple folded and a massive surface area to volume capacity is present.

The lightness of air over a large birds wing is hundreds of pounds pressure all around the wing and yet very little restriction applies. If the ether surface area to volume on matter strings is a possibility then that would indicate in the absence of a very thin ether acting at the surface and not the volume of matter would cause a complete collapse of the entire matter state.

The analogy is a large building with an enormous number of rooms. The doors are open and ether flows freely. It is instantly teleported into space. The building is primarily the walls floors and ceilings which blow out layer by layer until the parts are no longer in contact. Nothing has a rest frame relative to any other piece.

So a multi-surface matter in the absence of a very light ether on a multi-fold or string type manifold should cause a total separation discharge. It should have matter drift apart and each component part walls ceilings floors ... building string if you like now has no rest frame relative to any other component part.

You can still have the feel of ether being a density millions of times more dense than lead in a very thin ether if matter being used to measure ether can not distinguish the thin nature of ether because of the action at surfaces within itself.

Since magnetic universe is a model that specifically removes matter to study the fields then what is the photon capacity for transmitting the force of magnetism. This is an example idea but if the light photon and the magnetic force photon were so dissimilar in size as say a mountain is to a grain of sand then there is no way the ether is going to cause interference to the path of the light photon.