T
tonyrey
Guest
They are not “off-the-wall” assumptions by “some people,” they are almost universally recognized scientific principles. And those models are plentiful. In fact, most every model of a universe that deviates from these parameters results in a pretty quickly self-destructing universe.
Seeing as most scientists agree that there is no fundamental reason why the universe should possess the constants and arbitrary quantities of its intial conditions, and we can use our knowledge of math and physics to determine the outcome of any particular universal setup, we can indeed weigh the evidence in favor of a chance universe or a universe that has been deliberately conditioned.
We know this because, as discussed above, nearly every model of the universe that deviates from these underlying conditions results in an imploding or otherwise unproductive universe. The formation of matter itself relies on a rather arbitrary expansion event within the first few seconds of the big bang.
For example, for life, in particular, to have formed would have been impossible if the nuclear weak force were different by so little as one part in 10^100.
This isn’t stuff I’m just making up, it’s hard science.
“The deepest laws that we have at present, the laws from which all other laws can be deduced insofar as they can be deduced from anything, are the laws of the ‘standard model,’ a set of equations governing quantum fields which manifest themselves as various particles, electrons, quarks, and photons. The next big step is to explain: Why the standard model the way it is? It’s not a final law. What’s underneath the standard model? We don’t know.” - Steven Weinberg
Tell that to Steven Weinberg and the countless other scientists who would disagree with your assessment of the laws of nature. While we can clearly see the reality of the basic principles of the universe, we cannot assume their physical necessity to be axiomatic.