Well then, which publication. Do you have a link?
Day,
I started reading "B.U.M." (of course I had to use translation software) and, well - you're right. It's pretty cranky.
Hub starts off by finding it unfortunate that "gravitational field" can be confused with the current description of gravitation (though it's still a bit vague as to whether he means his ideas about gravitation or the generally accepted definition of gravitation).
It is unfortunate that the name "Gravitational Field" can be confused with the current description of gravitation and I would therefore prefer to introduce the aether field again. Or a generally acceptable name of equal
scope. - Utsveld. An alternative to the (Newtonian) gravitational field that could replaced by "attraction field".
But he has a solution - he PFA's (picks from air) a brand new particle found nowhere in the Standard Model. No particular reason is given and certainly no scientific justification is offered. And he reintroduces the aether model.
Once I got to the axioms of the PFA "Ut" particle
is the smallest particle
is perpendicular (?) (is recht)
dipole has a plus and a minus-end
has smallest mass
has smallest charge
charge= matter = mass
has greatest specific density
is a building block for ALL
again without any substantiation, I'd read far enough. Because the very next section in his theory of gravitation? Yep, you quessed it - triangles and such followed by a crystal lattice that looks a lot like an iron lattice.
Obviously if the "Ut" has charge, is a material particle and has mass it can't possibly have the smallest mass (and I'm only assuming, because he didn't so state, that he means intrinsic rest mass.) Neutrinos have slightly >0 rest mass and photons have 0 rest mass. And how can the particle be the basic building block (apparently an elementary particle) if it has charge (which, overall, is neutral if it has both a positive and negative charge)? It's subject to weak force Beta decay - apparently with equal probability of both Beta+ and Beta- decay and we are left with what? A proton or an antiproton? It is not an elementary particle.
Woo-woo science.