wanabe wrote:James S Saint wrote:There can be no space without something in it.
Theoretically this is not accurate(
science). There is space between molecules with nothing in it. By the fractal nature of the universe observed so far it follows that outer space and the universe do have spaces with nothing in them, physical at least.
Surly there are places in space in the universe where matter has not made it yet from the big bang, there is plenty of empty space there. Not everything goes on the box and surely there is a nothing outside the box.
Haha.. that is something that you obviously haven't thought about much. Note that you said there is no "matter" between those molecules. Depending on your exact definition of "matter", that would be true. But does that mean that there is nothing between them? If you believe that then do a little experiment.
Place a raw egg in a plastic bag and into a microwave oven. Set the oven for 1 minute. Watch what happens.
You know that there was no matter going from the oven to the egg. So was there "nothing" between the egg and the oven? Explain why the egg blew up.
And then think about something else. You seem to believe that between the molecules, there is "nothing", "empty space". Well, physics has demonstrated that the size of the particles compared to the space between them is infinitesimal. The space between those particles is huge in comparison. So why is it that electricity, light or other molecules can't simply slip right between those particles since there is nothing there? In fact, since there is nothing there, why do those particles even bother to stay around at all? They are not touching anything. Why do they stick around?
Or in the case of two magnets. Note that the magnets do not have to physically touch for one to affect the other, hence the name "magnet" from "magic". You can pass a piece of paper between them and they still affect each other. Obviously there is a "magnetic field" between them. Do you think that a magnetic field is "nothing"? Pass a thin sheet of ferrite iron between those same magnets and see what happens. The sheet isn't touching anything. So why don't the magnets behave the same?
Additionally, you are aware that nothing to date has been seen to travel faster than light, right? Realize that if you were to very quickly (very, very quickly) move one of those magnets, the other magnet could not be aware of that movement until light would have had time to go from one magnet to the other such as to "inform it" of the change. Note that it is the distance between them that determines the time lag. What is traveling between them such that the distance determines how long it takes for one to know of the change in the other? "Nothing"? Afraid not.
Or even a radio signal. Radio waves are not of "matter". Yet they take time to travel through "empty space" and they can be blocked or aimed. How empty can it be if the radio wave is taking time to travel through it or must be allowed to travel freely?
How close do you think two electrons can get to each other? There is nothing between them, right? So they should be able to get extremely close. But they don't. They don't get anywhere close at all. An electron can't even get very close to a proton even though they very strongly attract. If there really is nothing between them, what is preventing it?
Or even the light that bends as it goes through a gravity field. Is gravity "nothing"? Where does that gravity field end? Think of the countless quadrillions of particles with each emitting their own gravity field and no one of those fields is ever blocked by anything, not even other particles. Where could you go to escape that collective field? No where.
Now if you believe in the obsolete theory that at one time the whole of all things was no more than an infinitely small singularity, then you can imagine (and it will be strictly your imagination) that all around that singularity of infinite mass, there was "nothingness, right? What about the gravity field emitting from ANY mass? How strong do you think the gravity field of an infinite mass might be? Light couldn't escape from that singularity, but that is only because of that gravity field. So how far away from that singularity would that gravity field extend? Gravity is the one thing that can escape anything including black-holes and "singularities" (which even Science has given up on the existence of, btw). For how long was it there before the theoretical Big Bang took place? Do you seriously believe that literally out of nothing, a singularity appeared and instantly exploded all without reason or anything before that moment?
The BB theory proposed that the universe was expanding from a central location. And it might very well be doing that if you call "our known universe" as the true entirety of all existence (highly unlikely, in fact, impossible). The theory that it was at any time a truely infinitely small singularity has been abandon by Science (perhaps not the other religions yet). So realistically, how big might it have been and from where did that "small object" come? From nowhere? Out of Nothingness? Suddenly "poof", there is this almost infinitely massive object which then instantly exploded, not giving time for its horridous gravity field to get very far?
Now all of that, is regardless of one simple principle of Rational Metaphysics. RM states that there can never be an infinite quality of anything.. ever. That means that even an "empty space" cannot be infinitely homogeneous. It cannot be exactly identical in all locations. How do I know? Well look at what "infinite" means. It refers to absolutely no end or limit. It is that number that can never be reached no matter how far you go.
The microscope looking for any distinction between one point in space and another can keep looking with greater and greater detail infinitely and yet still have an infinite amount of detail to yet examine. Having gone even that far, it would have still the same amount to go without reaching total detail. Infinite homogeneity would require that throughout all of the infinite number of infinitesimal points in even the smallest amount of space, not to mention the infinite huge amount of space, absolutely no difference of any kind would exist. What is the sheer probability that out of an infinity raised to the infinite power number of trials, something would be found? It only would take one. The probability is exactly 100%. And that is for even the smallest amount of space you could examine.
Finally, you have actually zero evidence that "nothing" is between any two objects. Physics agrees that the electric, magnetic, and gravity fields extend infinitely in all directions from every single particle throughout the entire universe. That isn't "nothing", else it wouldn't have affect, yet it does.
If it wasn't so sad, it would be laughable that so otherwise educated people, the quantum priests and theoretical fantasizers, believe that there was this magical beginning of time where a small almost infinite mass appeared out of nothingness to begin the whole universe of all existence. You are living through a time not really any different than when such educated elites argued endlessly that the Earth was flat. They were "flat Earthers". Now those same quality of people are "time beginners". From my perspective, they are sadly no different at all. We are still living on the Planet of the Apes. Nothing has changed other than their weapons with which to enforce their apish will and primitive notions.