Maybe physicists don't accept 'true space' and 'true time' because those concepts are literally useless in post-Newtonian physics. Why would we stick to something for which there is no evidence, and which we do not need at all in our theories?
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It's what happens when someone reads a popular account of the Big Bang, which is necessarily imprecise, and proceeds to attribute that impreciseness to the theory itself. Then, instead of considering the possibility that they don't actually know, they conclude instead that they've discovered some huge flaw and proceed to come up with their own BS.
Science doesn't know, religions claim to know. Let's be honest, at this point in time, no one really knows.
Your hyperbolic bias displayed here is what makes it hard for me to take a scientist like yourself seriously. You have already dismissed the possibility that the universe's origin could beyond the scope of what science can measure. You have chosen to put the origin question within the confines of your science box, refusing to acknowledge that that box could be stopping you from answering the question. This is a close minded approach, one that denies a possibility for answering a question that science does not have an answer for. How can an honest scientist dismiss an entire possibility when there is no evidence to support an alternate conclusion? That is not the honest and open pursuit of truth, it is rather sticking to a predefined narrative regardless of how plausible or implausible it might be.
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The fact that it doesn't include what we cannot observe is its major weakness? What is it that you would want it to do with regards to that which is not observable?
The fact that something is not impossible isn't a great starting point for someone to claim that it is true. It just puts it at the same level as other also unsupported claims.
Originally Posted by spinner981
So much wrong and so little time.
First of all, it's not an explosion, not in the every day sense of the word. The "Big Bang" is a misnomer, and in fact, was given as a way to mock LeMaitre's theory before it became the theory most scientists agreed upon.
It was an expansion of space at every point. An explosion is an expansion of gas and pressure from a central point. The Big Bang was the expansion of space at every point.
Because light has a finite speed, there's a finite distance to what we can see. As such, that boundary is right now somewhere around 43 billion lightyears away. We can never see what is beyond that edge due to the expansion of space. The universe does not end there, there's probably more galaxies and stars beyond, but we'll never see it because the light can never reach earth from that great of a distance. The distance is too vast; by the time the light makes any significant progress, space will have expanded too much to undo any progress the light made." All matter and energy of the entire visible universe " => what ... w h a t ?
Temperature degrees that exceed the millions (and in terms of the Big Bang, the trillions) are unimaginable. Can you imagine touching the interior of the sun? Some of the temperatures released near the big bang have been reproduced in particle colliders here on earth." unimaginably hot " : unimaginably .... sounds tangible/10. Even hot makes no sense.
Yes, dense. The universe smaller than an atom, containing within it everything that ever will be. The problem is that at such a small scale, we can no longer predict what happens, and thus the origin of the Big Bang, as well as the Planck Epoch, remain a mystery." dense point " : a point is for sure a singularity of proof, dense as fuck.
Just because you don't understand the science, doesn't make it wrong.ordinary space: Ordinary ? what is ordinary ? => BS
primeval state : primeval ? what is primeval ? => BS
virtual particle : virtual ? what is virtual ? => BS
false vacuum : false ? what is love, baby don't hurt me....
https://en.wikipedia.org/wiki/Virtual_particle
https://en.wikipedia.org/wiki/False_vacuum
Maybe that'll get you started, but I'm not doing your research for you.
Fire is the release of heat and energy from carbon and oxygen. Those things did not exist at the beginning of time. The idea that the universe started in a "fireball" is therefore a misconception, as much as it is a misconception to call it an "explosion."You just want to explain things with boom and kaboom, because the pyromancy is your only option.
And when you say "space is saturated," saturated with what? Matter? Matter is fairly evenly spread out at very large distances. The universe is homogenous.
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The beginning of the universe is beyond what scientists can measure. There's a good chance we'll never know what sparked the big bang or what happened in the Planck Epoch.
But they don't make assumptions on any truth either. Neither the multiverse, nor God, can be placed in the realm of science. And I say that knowing many scientists espouse the idea of a multiverse, but they all recognize that it is an idea, not a theory.
Putin khuliyo
I'm of the personal belief that the universe is cyclical on its own terms - the "Big Bang" is the unfathomably powerful expansion of the observable universe from a single point in space, leaving a vast aperture in space that we would probably call a Black Hole (although one so vast as to be unimaginable). Over countless measures of time the universe's primeval momentum will decline as the outward forces dissipate, and the aperture left by the Big Bang will slowly draw all matter back to it in what is known as a "Big Crunch." Eventually the universe will collapse once more into a single point, and after sufficient time an energetic reaction within that point will initiate a second Big Bang and lead to the creation of a new universe.
This process could've repeated itself an unknown number of times, and our universe could be just one in a nigh endless iteration of universes organized on completely different principles, patterns, or even fundamental laws of physical space. Of course this is all hypothesizing and speculation based on available knowledge - the truth of the beginning of our universe is ineffable, much like the ultimate destiny or fate of our universe. The entirety of humankind's existence doesn't even merit the phrase "blink of the eye" compared to the vastness of universe's measure of time.
"We're more of the love, blood, and rhetoric school. Well, we can do you blood and love without the rhetoric, and we can do you blood and rhetoric without the love, and we can do you all three concurrent or consecutive. But we can't give you love and rhetoric without the blood. Blood is compulsory. They're all blood, you see." ― Tom Stoppard, Rosencrantz and Guildenstern are Dead
I have issues with any phenomenon being essentially infinite in blatant defiance of what we know about energetic reactions, but as you said: "who knows?" Doesn't matter overly as both I and this very planet will be so much dust and ash in frozen space before the universe ever begins moving back towards its point of origin, if it ever does.
"We're more of the love, blood, and rhetoric school. Well, we can do you blood and love without the rhetoric, and we can do you blood and rhetoric without the love, and we can do you all three concurrent or consecutive. But we can't give you love and rhetoric without the blood. Blood is compulsory. They're all blood, you see." ― Tom Stoppard, Rosencrantz and Guildenstern are Dead
And I'm making the case that your objection basically just boils down to the tautology that there's no definitive proof in science. Which is just a pedantic objection to the original post you took issue with. It's technically true, but also a mostly useless concept insofar as advancing knowledge or getting anything done.
The problem is that nothing is supposed to be the opposite of something, but since we define nothing, it has to be something... In a way, nothing is a subset of something. It is a purely dictionary issue. In reality, of course there can be nothing: what is beyond our Universe? Nothing, from our current view. However, the very fact that we speak of the "beyond our Universe" implies that it is some entity to speak of, hence something, so, again, we fall into the dictionary trap here.
If there is a .000000000000000000000000000000000000000000001% chance of something, then one would be a fool to expect this chance to materialize in our Universe. There is a certain practical level of confidence (3 sigma and 5 sigma are pretty common in various fields, and both are much-much smaller than the confidence level you mentioned) beyond which we accept a claim to be true, because the expenses on studying a very implausible alternative won't be covered by results realistically.
Of course, one should always keep an open mind... But assuming that nothing is true because we can never prove anything with 100% certainty, hence all possibilities should be considered equally, isn't going to lead to a very productive science.
Whomever said that? I suggest you read my first post. My complaint was the expectation to prove that a god doesn't exist to which I said it's impossible to 100% prove something that doesn't exist, doesn't exist. To which I got logical and math proofs as arguments that you can which doesn't really work in the real world setting.
Well, of course, I agree with this statement in itself. However, my point is (which does not contradict yours, but is important to emphasize) is that proving that something doesn't exist with 100% certainty isn't a requirement for practical rejection of the possibility of its existence. If, after all these thousands years, we haven't found any evidence of "god", and we tried hard - then, most likely, it doesn't exist, or, if it does, it is unlikely to be anything like what religious people expect it to be.
There is no need to prove the non-existence of god in this case, it is enough to point out that its existence is not supported by evidence.
We don't really know. Not being a scientist myself, I took Pascal's Wager and believe in God. But I recognize that I could be wrong. I tend to think like Jordan Peterson on the subject.
Last edited by Lokryn; 2017-04-12 at 03:55 PM.