June 2009
Nothing demonstrates the subtle interplay between zero, infinity and
reality like the following from an article about time I read recently (I
have omitted the names to protect the guilty):
"in quantum mechanics all particles of
matter and energy can also be described as waves. And waves have an
unusual property: An infinite number of them can exist in the same
location. If time and space are one day shown to consist of quanta, the
quanta could all exist piled together in a single dimensionless
point".
"An infinite number of them can exist in the
same location" = True. (Type 3 Infinity: any number)
"the quanta could all exist piled together
in a single dimensionless point" = False. A dimensionless
point permits no quanta of any kind - it is, by definition, the absence of
any quantity. It is not a location.
This kind of fuzziness about zero
and infinity is wide-spread in
modern Physics. Unfortunately, Physics has a long-standing idolatry of
point particles as being some sort of "ideal object" akin to the
ancients' treatment of the planets as perfect spheres.
Points encompass no area, no
volume, no space and no time. They are mathematical abstractions that do
not exist in the real Universe. A volume of 0 x 0 x 0 is mathematically
equivalent to a point (also 0 x 0 x 0) or a square with an area of zero (0
x 0 x 0). In each case the value represented is the absence of anything:
no area and no volume.
Waves need "somewhere" to exist. Whether we are dealing with
a 1-dimensional value or a 100-dimensional value, they can never be
contained within a 0-dimensional point.
The sole purpose for points is to locate objects: to specify the
co-ordinates at which we will find the object. The actual object is never
itself a point. It must have some attributes: size, duration, mass, etc. A
dimensionless point can only ever describe the dimensionless object
"nothing".
Regards,
AJ Corcoran
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