Xris wrote:Julius Caesar wrote:
(Nested quote removed.)
Remember, actually you're measuring the distance between objects, not the space "itself". Space resolved to nothing. But even if there are no matter around, you can still conceived, imagined and assumed somehow if there is suddenly a lone object started to appear, what make the lone object to retain its shape? Is it nothingness (i.e Space)? Or else?
Space is nothing because without separation there is no room to move. A universe of one object is a universe with no movement, as movement is a concept relating two or more objects. "Two or more" can only be distinguished if the objects are separated. That separation is not itself an object or else we are back to square one. There must be a void to move around in. Space is, by definition, a place (concept of nothing) and not an object.
Yes, the concept of infinite has no scientific value. Of course.
You are using terms that are not related. A void is the space between objects but it is not what you can call nothing. I agree it is not an object but a concept. One object can not describe space so the idea that a void can exist without two or more objects is inconceivable. You still not have told me how you measure your concept of nothing.
Okay, what is the difference between void and nothing if space/void is not an object or a concept? Remember, space don't exist.
If there is no any surrounding to this lone atom, how come the atom still retains its shape? Shape is the only intrinsic property of an object such as atom. If an object don't have any shape, then it is no different than nothing (i.e void, space, zip, nada, etc.)
-- Updated March 14th, 2014, 2:42 am to add the following --
King Solomon wrote:Xris wrote:
(Nested quote removed.)
Sorry but there is no such thing as nothing. This hypothetical single atom does not require or create space.
Xris,
This guy (Julius Caesar) is arguing dishonestly for dishonorable reasons (he is twisting semantics in order to defend a dogma).
Let us ask Julius Caesar the following:
Suppose your single object moves within this contoured fabric, to where is it moving? How can it's movement be measured without an observer (an observer would be a second object, there is no such thing as an Observer that is NOT an object as you have surreptitiously presumed, which is DISHONEST) ?
A single object such as an assumed lone atom don't have any location, motion, whatsoever but the only property that an object have is its shape.