kmortis
Biomechanoid, Director of IDIOCY (Region 13)
Well, then, I would say it was a toss between The Truman Show or, The Matrix.
And you have moved into the Forbidden Zone
Well, then, I would say it was a toss between The Truman Show or, The Matrix.
Trying thinking of the surface area of a water droplet when you heat it up. Does it expand into the surrounding atmosphere (the air) or, nothing?Forget the films, Iacchus; they're not relevant.
Try to think about the balloon. Not what's inside it, not what's outside it. Just consider the suface of the balloon. Think about what happens to the two-dimensional surface as the balloon expands. Does it expand into a surrounding two-dimensional surface?
Trying thinking of the surface area of a water droplet when you heat it up. Does it expand into the surrounding atmosphere (the air) or, nothing?
Wrong analogy. What's the problem, can you not grasp the balloon example? In fact, the balloon, while a very nice analogy, is still two-dimensional, so it should be easier to grasp than the space-time question.Trying thinking of the surface area of a water droplet when you heat it up. Does it expand into the surrounding atmosphere (the air) or, nothing?
How much space would that be? "Infinite" is not an amount, it's a limit.
Where is the "middle" of infinity? How far is it from the edges?
Sort of correct, assuming a real cardboard box and not just a rectangular shape. If there are atoms in the cardboard, then there are electrons whizzing around their nuclei. Since something is moving in relationship to something else, then time exists.
Totally hypothetical. Matter/energy cannot be destroyed, only changed. You can't "take it away" because there is nowhere for it to go.
But staying on the hypothetical level, if there is no matter or energy in the universe, then nothing can happen in relationship to anything else, hence, no time.
And you can't quantify infinity anyway, so it is not logical to speak of the "difference in infinities". They have no value, so you cannot perform subtraction on them.
Just try to answer the following questions:Trying thinking of the surface area of a water droplet when you heat it up. Does it expand into the surrounding atmosphere (the air) or, nothing?
No, all he's doing is putting "a skin" over the problem, to conceal it.Wrong analogy. What's the problem, can you not grasp the balloon example? In fact, the balloon, while a very nice analogy, is still two-dimensional, so it should be easier to grasp than the space-time question.
Hey, I'm willing to concede that we're living in a sort of Matrix, are you? In fact, this would give more credence to what you're saying, wouldn't it?All of your examples still demonstrate you are thinking of nothing as something. What is worse, you are insisting that it is you who has the real grasp of the picture. Are you sure you are actually trying to figure this out? Or are you actually trying to keep from figuring it out? I am genuinely curious.
No, actually it stretches (gets thinner) to accomodate the expansion of the inside and the "diminishment" of the outside (volume) it is expanding into.Just try to answer the following questions:
Consider the suface of a balloon. Does it have an edge?
Think about what happens to the two-dimensional surface as the balloon expands. Does it expand into a surrounding two-dimensional surface?
You are still thinking three-dimensionally. The problem is two-dimensional. This is why you are not seeing it.No, actually it stretches (gets thinner) to accomodate the expansion of the inside and the "diminishment" of the outside (volume) it is expanding into.
Just because a number is not real does preclude it having a mathematical definition. Use Dr. Kitten's example of the square root of negative numbers. There is a defintion and mathematical use for i, but that does not mean it is a real number.
I would consider0 * x = 0 - you have taken no sets of "x". You have done nothing
True and true. You are mixing here the concept of a number and a set.As I say, my terminology may be incorrect, but I don't think you or Dr. Kitten would argue when I say the null set is much different from other "real" numbers.
Absence of numbers is a null set which is completely different concept than 0.I would describe zero as the absence of real numbers.
Of course if we put it in this (holographic) "light" -- hmm ... -- God doesn't have to be any bigger than a man and, maybe He is Jesus Christ?Hey, I'm willing to concede that we're living in a sort of Matrix, are you? In fact, this would give more credence to what you're saying, wouldn't it?![]()
No, forget about what is inside or outside the balloon; we're not talking about that. For the purposes of the analogy we're only concerned with the two-dimensional surface of the balloon.No, actually it stretches (gets thinner) to accomodate the expansion of the inside and the "diminishment" of the outside (volume) it is expanding into.
No, forget about what is inside or outside the balloon; we're not talking about that. For the purposes of the analogy we're only concerned with the two-dimensional surface of the balloon.
Does it have an edge?
When the balloon expands, does its two-dimensional surface expand into a surrounding two-dimensional surface?
Answer the first question, and then think about the implications of that answer as far as the second question is concerned.
Aphrodite? ...How long before Iacchus asks who is blowing up the balloon ?
Excellent analogy.Asking what came before the Big Bang is like asking what is south of the south pole. It's the wrong question to ask.
Really, I always thought that was Space ... The Final Frontier.Asking what came before the Big Bang is like asking what is south of the south pole. It's the wrong question to ask.
How is space south of the south pole?Really, I always thought that was, Space ... The Final Frontier.![]()