Daniel, you should study astrophysics much more...you are just quoting ACCEPTED hypotheses, which have no proof behind them...
Just because you say so, doesn't make it true. To the best of my knowledge, everything that I've quoted, and more, has been experimentally verified. I have quoted no hypothesis. I never knowingly quote a hypothesis. I only quote theory. A theory is a hypothesis that has undergone rigorous experimental verification over a period of time, has explained phenomena that previously gone unexplained, and predicted new phenomena that was later observed. A theory is the highest point that a model can reach in the world of science.
Your comments about my background are bordering on ad hominem. Please don't do that. My background is fairly good, but in any case, it is not the subject of discussion since I never said "I am an astrophysicist, therefore you should just take my word as fact". Thank you.
Faint young sun paradox + Impossibility of a spherical shaped Sun:
http://theflatearthsociety.org/forum/index.php?topic=29694.msg718434#msg718434
How do you figure that the sun has a much lower pressure than predicted by General Relativity?
The correct Flat Earth Sun theory (not the 32 mile diameter, 3000 miles orbit quoted in the FAQ, which is completely wrong, as is the travelling FE at the speed of light):
If 32 mile diameter / 3000 mile distance is wrong, why is it in the FAQ? First there was disagreement as to why the atmosphere stay sin place, and now there is disagreement as to what the sun is like. It is odd and frustrating that there doesn't seem to be an agreement on exactly what the FE model actually is. Every time the model is shown to conflict with observation someone dreams up of something else. To be taken seriously, the FE group has to get its act together and actually agree on what their model is.
It is not reasonable that the mainstream scientist be asked to disprove multiple, constantly mutating, mutually contradictory models. You have to provide a single consistent model to present as an alternative. Otherwise you have no hope of doing science.
I scanned the first few posts you linked to and I saw no discernable model there. The first three talk about ancient mythology. The fourth is itself a set of links, with another reference to ancient texts. The next one is a collection of youtube videos. I don't see how those videos are supposed to prove anything. The video says it shows the ISS crossing the sun, what's wrong with that? How do you figure that crossing the sun means that the sun is about 1 km behind the ISS? Btw, I thought the FE model said that there are no satellites. Has there been another change in the FE model?
Tell you what. If you summarize your views on the FE sun and how it works, I will try to respond to it. But since you are asking me to keep multiple models in mind in the discussion, I think it is fair that I ask you to clearly and concisely explain your model, rather than have me read multiple forum posts scattered around this site.
The
next link talks about the big bang theory. Following the numbers on that post, perhaps I can shed some light:
(1) The big bang theory in its present form does not claim to explain the origin of the gas in the universe. This is not a flaw. It just means that we don't have complete knowledge of the universe. What else is new? We would like to one day know the answer to this question, but there are a few things that we need to do before we can even try that (we need to reconcile quantum mechanics and general relativity before we can probe further into the big bang).
(2) The formation of galaxies is the most natural thing in the world. In a universe that is not 100% isotropic and homogeneous, there will be regions that will have a small, non-zero angular momentum, as well as there are regions slightly denser than the others. As gravity makes the slightly denser regions coalesce, the existent angular momentum causes the rotational speed to accelerate, as dictated by the law of conservation of angular momentum, similar to how a figure skater accelerates her rotation when she pulls her arms inwards. The combination of a gravitational field pointing to the centre of mass, with the centripetal acceleration associated with the angular motion will tend to push matter into a disk shape (this can be easily explained to a first year student that knows the basics of vector addition).
(3) This is not true. The birth of stars is currently being observed. We can see examples of stars at all ages, from a nebula, to early proto-stars, to the youngest stars, and so on.
(4) Explosions are not needed to make stars. The author of this post seems confused. Supernova explosions are responsible for heavy elements, but stars need not have heavy elements, and stars that do contain heavy elements need not be on a one-to-one ratio with supernova explosions (why should they be?).
(5) Present theories on star formation do not require that near-vacuum gas be formed into a ball. The spherical shape of a star comes from the hydrostatic pressures inside the star at a stage that is most definitely not a vacuum. That said, because gravity is spherically symmetrical, it does tend to grab a more or less round blob of gas. But AFAIK this fact is not important for the roundness of a star.
I don't know Philip E. Seiden, but he might be mis-quoted or confused. The homogeneity of the universe is a convenient assumption to make the big bang model mathematically easier. That is all. Mapping of the cosmic microwave background reveals that a moment after the big bang the universe was
not actually perfectly homogeneous and isotropic. The deviations are really really tiny, but they are detectable.
(6) This would only be true if the surrounding gas around the supernova was perfectly spherically symmetric, which is obviously not true.
(7) Answer: very slowly. But the material emanating from a supernova will eventually cross a 10 light-year gap, and the gravitational influence of the gas will be felt from very early on. After all, changes in the gravitational field (e.g. after an explosion) propagate at the speed of light.
(
This is, at best, a misunderstanding of the nature of astrophysics, along with old information. Astronomy is a science that has very large margins of error. In particular, we have large errors in our measurements of distance, which in turn affect our estimates of everything else. The greater the scale, the larger the error. At the level of the entire universe, the margin of error is indeed very large. At the level of local stars, the errors are more modest. Several years ago we had the problem that our best estimates of the age of some nearby stars, and the age of the universe, seemed to indicate that those stars were older than the universe. Because the first measurement has only a modest margin of error, and the latter has a very large margin of error, there was no doubt as to which of the two estimates was wrong. Since then, improvements in telescopes technology have allowed us to more accurately measure distances, and the new results have corrected the age of the universe to something compatible with the age of the oldest stars we can see.
(9) Without trying to either confirm nor deny this, I don't see how this observation is a problem for the big bang theory.
(10) Uhm... no. This is like saying that because all humans are formed the same way, all humans should look the same. According to present theory stars should differ in mass, metallicity (quantity of heavy elements) and age, and that alone will cause a lot of variations.
(11) The order is not so delicate, and I don't know what the poster means by detailed. In any case, gravity will naturally produce the fractal-like organization that this point refers to. Density variations in the universe tend to cause large regions of gas to come closer together. Density variations inside those will in turn coalesce together, and so on and so forth. This leads to the structure of super clusters, clusters, galaxies, and solar systems. This is actually quite straight forward. Unless you believe in a perfectly homogeneous and isotropic universe, slight variations in density
should clump together, forming the fractal-like pattern we see. What else would you expect?
[note: here the numbering in the post skips from 11 to 13].
(13) The issues behind the neutrinos is more complex than the author seems to realize. You need to understand some quantum mechanics to be able to talk intelligently about this topic. Furthermore, the commentary on this post is 8 years out of date. I'll try to explain: For many years there was a discrepancy in the number of neutrinos detected on earth (we were indeed detecting too few). The discrepancy was resolved 7 years ago, requiring a correction to the standard model, giving mass to neutrinos (the question of whether neutrinos had mass was one of the big open questions at the time). This allows neutrinos to change flavour, into flavours that are not detected with current instruments. Please google for "solar neutrino problem" to learn more about this subject.
Superstring pipe dream:
http://theflatearthsociety.net/forum/index.php?topic=551.msg24650#msg24650
I won't bother with this one. Superstring theory can't really explain anything right now and it does not form part of any of the theories we have been discussing here.
So you see Daniel...you have not studied this subject as you should have...
That is too close to an ad hominem. In any case, what I have seen from the links so far seems to be full of misunderstandings (about neutrinos, gravity, basic physics, the big bang, etc) or irrelevant commentary (who cares about superstrings or about mythology?).
You want more?
I would appreciate a consistent FE model that I can examine and discuss.