I´m fully aware of the types and amounts of cosmological anomalies since these flourish all over in the cosmological theories and observations. Lensing of light past large galaxies is simple light refraktions in the galactic dust.
Except if there were that much dist, we would see more attenuation of the light. Instead, the light comes through just fine, but is distorted. You don't think that was considered? I mean, we know very well how much gas and dust there is both inside of galaxies and intergalactic space.
And the background radiation is just intergalactic hydrogen and helium which always have been there.
Except that doesn't explain the near perfect uniformity of that background radiation (one part in 100,000) across the sky from places that cannot have been interacting since the beginning. Also, it ignores the fact that it doesn't have the spectral lines of either hydrogen or helium. Furthermore, we *can* detect hydrogen lines from distant galaxies and they don't match up with the background radiation. Nor, does this hypothesis explain the temperature of that background radiation, nor the variances in that temperature.
Sorry, that is a HUGE fail. Once again, don't you think that would be one of the first things considered? Well, it was and it doesn't fit the data.
This argument doesn´t hold cosmic waters. Of course different amount of "dark matter" is added to each different anomaly, all depending of the factual observations. In this sense it is de facto ad hoc additions all over the places
No, you don't seem to get it. Suppose I need to have a certain amount of dark matter to explain the rotation curve. Well, that amount would also affect the lensing. And there is no reason to think the amount required for the lensing and the amount required for the rotation would match up if it was simply 'explain away the anomaly'. But they do, in fact, match up. We can use the amounts fromone to predict the effects in the other and the results match up. That shows there is actually something there.
Very convenient indeed! But this don´t explain the different (assumed gravitational) orbital motions in the Solar System and in the galaxy. So try again.
Huh? You mean the orbital motion *within* the solar system vs the orbital motion *around* the galaxy? Why would you expect the two to be related at all? If anything, I would be suspicious if they were linked.
Fine
just use this everywhere in cosmos.
Not so fine
You see in fact the Earth moving away from the Sun and the Moon away from the Earth and you even observe stars in our galaxy moving away from the center. All these things point against the gravitational model - and just forget "the frame-dragging crutch". Your gravity doesn´t hold anything together or in motion at all.
What???? No, we do NOT see the sun and the moon moving away from the Earth. The moon *orbits* the Earth and the Earth *orbits* the sun. There are very small tidal forces, but hte typical motion isn't away, it is around.
How do you know that? If you like to deal with mathematics, you just can insert E&M energies and motions instead of matter=weight=gravity forces in for instant the galactic realms and starry motion. This cannot possibly be more wrong than the gravitational assumptions.
No, you cannot just do that. Inserting charges (so that there would be E&M fields) would affect other observations in ways we don't see. We *can* detect magnetic fields by seeing the light produced by synchrotron radiation from charges in the fields. Well, in the vast majority of locations, no such radiation is found. You see, your assumption that it is all E&M has *other* consequences that gravity doesn't have and those consequences are not seen. That shows it isn't E&M that is the primary force operative.
Wrong premises. You assume "gravity" to hold the Earth in orbit around the Sun and then you ask for E&M explanations between the Sun and Earth, where this isn´t directly relevant since all rotations and orbital motions in our Solar System derives from the central galactic momentum and formation.
Nonsense on all sides. Assume we have two models: one with gravity being the operative force and one with E&M being the operative force. There are very clear ways to distinguish those two models. We let the data decide. And the conclusion is clear: E&M just isn't the force that is relevant.
And no, the rotation of the galaxy has nothing to do with the rotation of the solar system. The scales are way, way, way different.
And it is in the galactic center where the E&M is very strong at work with the plasma clouds of gas and dust which become stars etc. Regarding the elliptic orbital motion around the Sun this is ta long time expanding result of the Solar System once leaving the galactic center.
Again the wrong premises as replied above. You should instead focus on the galactic E&M formation and motion combined with the Solar System distance from the center.
Why? The model is nonsense from the get-go. It is simply garbage.
It is not my business doing math. My natural advances is all based on intuitive and logical matters in order to inspire my self and my surroundings.
The hallmark of a crank is not being able to do the math, disagreeing with all the experts, making up nonsense theories, and not admitting when they are wrong because they think their view is 'intuitive'.
The way to avoid that designation is to present mathematical details of a testable theory that explains the evidence to, say, 3 decimal places, and makes predictions for new observations that can be verified through observation.
Good luck.