Reality Check
Penultimate Amazing
That is riight . All scientists agree that we do not know what dark matter is. All we know is that there is strong evidence that it exists and enough of its properties (dark, massive, weakly interacting, abundance) to list the candidate for what it might be.Quote from the article:
"The unknown material that is thought to hold these galaxies together is known as 'dark matter', but scientists still know very little about what that is.?"
Only after reading few lines, it's clear that we talk about pure speculations.
I like the article is honest to admit this.
Dark matter composition.Try to mention the 3 most important on start with these you believe is responsible for the dark matter in clusters and galaxies.
And tell we why do you exactly exactly this kind of MATTER to be responsible?
Thta is wrong. Your own numbers state that the do not cancel out. Your own equations state that they will never cancel out except (possibly) for 1 specific orbit.Of course I am aware of this
But since we seen from a overall perspective talk about a equalizes environment, its not important, because the forces anyway equalize each other.
But you just stated that "space wind" and the impossible "kinetic resistance" cancel out. Make your mind up!Here you can see how much the Moon of Jupiter is affected by both it's own space wind as well as the space wind from the Sun. The more the space wind from the Sun interacts, the more the moons eccentricity increases.
Also eccentricity does not match up with "space wind".
Do you really think that scientists are too dumb to detect this but can detect the really, really small flyby and Pioneer anomalies?They will do, BUT slowly, - very slowly…
Do you really think that scientists are too dumb to detect this lose of altitude?I have already answered you that; retrograde objects will lose altitude e.g: read thread 258
But I think there is a mistake
I need to know if the way to calculate this is correct.
Let's do that together, then you'll have the answers you are asking for.
What about WASP-17b (see this paper) and similiar objects?
- WASP-17b is in a 3.7-day orbit.
- Its mass is 0.49 that of Jupiter.
- Its semi-major axis is 0.051 AU.
- The best fitting period for the rotation of the star (WASP-17) is 24.7 days
!