@Herald,
Herald wrote:
FBM wrote: Since it's the origin of space-time itself, this is a meaningless question.
No, it is not. The inability to find the origin of Space & Time means that you have no theory. It may be presented as a theory, but it is not.
Just show some evidence for your claim, then. If it's remotely as robust as that for the standard model, it will be treated as such. Where's your evidence?
Quote:FBM wrote:Why do you keep asking questions that have already been answered?
No, you haven't answered to that: How much is the rate of expansion (in cu.m per sec) and the acceleration of the expansion is (in cu.m per sq. sec) - which are the numbers?
Who cares? You haven't shown a single shred of evidence for your god, and I've shown buttloads to support the scientific theory. It's your turn. How does anything you've written prove your god?
Quote:FBM wrote:Just because you refuse to acknowledge the evidence doesn't mean it's not there.
O.K. say it:
The rate of expansion of the Universe in all directions is equal to ***.** cubic meters per second, and the acceleration is ****.** cubic meters per square seconds (of course you can use cubic kilometers/megameters/gigameters/terameters, etc. ... so far you have any calculations at all, of which I sincerely doubt).
If I could be bothered to do it, I'm 100% sure they would make more sense that the jibberish you've been spouting. When's the last time you tangled with a partial differential?
Quote:FBM wrote:Any ol' direction will do.
You cannot model the space with 'any direction that will do' - otherwise the Universe would not be expanding at all, but will rather shake in some waves. The balloon that you showed is not expanding in any direction - it is distending from the stereometric center to the periphery, where the points along the periphery are growing faster than the points near the center - which gives the rise to the following question: do you have any evidence that the hydrogen atoms, for example, from the periphery of the Universe are bigger than the hydrogen atoms measured near the telescope?
You point a telescope in any direction that's not into an object and if it's a powerful enough telescope you'll see the first light. The HST wasn't pointing in any special direction when it got the HDF. If you were remotely science-literate, I wouldn't have to tell you that. Similarly, if you think some hydrogen atoms are bigger than others, you need to go back to kindergarten and start over.
Still waiting for you to present a more comprehensive, coherent and plausible explanation for the universe than the scientific one. Why are you refusing to posit your hypothesis? Help us out. Enlighten us. Show us The Way.