On Fri, Jul 22, 2011 at 3:54 PM, Stephen P. King <stephe...@charter.net>wrote:

>  On 7/22/2011 10:46 AM, Jason Resch wrote:
> On Fri, Jul 22, 2011 at 3:30 AM, Stephen P. King <stephe...@charter.net>wrote:
>>   On 7/22/2011 2:11 AM, Jason Resch wrote:
>> On Fri, Jul 22, 2011 at 12:44 AM, Stephen P. King 
>> <stephe...@charter.net>wrote:
>>> On 7/22/2011 1:24 AM, Jason Resch wrote:
>>>> All the relevant parts of relativity which imply block time have been
>>>> confirmed.  The above is like arguing against gravity because Newton's
>>>> theory wasn't compatible with the observations of Mercury's orbit.
>>>>  Hi Jason,
>>>    Could you be more specific? Exactly which "relevant parts which imply
>>> block time have been confirmed" and how?
>> Special relativity, time dilation due to speed, non simultaneity of events
>> reported by observers in different reference frames, and so on.
>> And to Brent's point, regarding the conflict between relativity and QM,
>> that issue is with GR, SR is not in conflict with QM.
>> This paper explains it well: http://philsci-archive.pitt.edu/2408/
>> Jason
>>   Hi Jason,
>>     I will check that paper, thanks! But here is the thing about the
>> implications of relativity of simultaneity: Since it prohibits any form of
>> absolute synchronization of events, this in turn restricts how the entire
>> space-time manifold can be considered as parceled up into space-like and
>> time like regions.
> Imagine that spacetime is a 3 dimensional instead of four dimensional.  Now
> take any object's velocity through that space time, and consider a plane
> perpendicular to the direction of that velocity.  The content of that plane
> is considered the "present" for that reference frame.  This is more clear if
> you consider euclidean space time rather than Minkowski space.  The only
> difference you need to make to convert spacetime to Euclidean is to imagine
> that every object's velocity through space time is c.  *Relativity
> Visualized* is a good book which explains this view, but this site also
> explains it: http://www.relativitysimplified.com/ .  It enables an
> intuitive understanding of all the strange effects like time dilation and
> length contraction.  Since we see only the three dimensional "shadow" of
> objects, an object with a different velocity is rotated in space time.  It
> is like having an umbrella pointed straight at the sun vs. it being tilted,
> if it is tilted its shadow becomes compressed along the direction it is
> tilted.
>> In other words, there cannot exist a single Cauchy hypersurface what acts
>> as the set of initial (or final) conditions for a GR field equation for the
>> entire universe.
> The fact that relativity iplies a unique present for every reference frame
> is one of the main arguments for block time.  How can the car driving past
> you have a present containing different real objects than yours?  Presentism
> assumes the present is the set of real objects at a given period of time,
> but what is real to you now in this moment is different from what is real to
> me in the same moment if we are moving relative to each other (even if we
> are at the same location).  See:
> https://secure.wikimedia.org/wikipedia/en/wiki/Rietdijk%E2%80%93Putnam_argument
> The paper I cited also goes on to counter objections made to that argument.
> Thanks,
> Jason
> --
> Hi Jason,

Thanks for your comments.  I will not reply to everything you mentioned,
because I think Jesse did a good job of adressing most of the issues you

>     None of those papers address the concern of narratability that I am
> considering. In fact they all assume narratability. I am pointing out that
> thinking of time as a dimension has a big problem! It only works if all the
> events in time are pre-specifiable. This also involves strong determinism
> which is ruled out by QM. See
> http://plato.stanford.edu/entries/determinism-causal/#StaDetPhyThe for a
> general overview and 
> tph.tuwien.ac.at/~svozil/publ/1994-calude.pdf<http://tph.tuwien.ac.at/%7Esvozil/publ/1994-calude.pdf>for
>  a discussion that involves computationalism.

Determinism and locality are only lost in the collapse theories.  Under MWI
and similar theories, physics is local and deterministic.

>     The idea that time is a dimension assumes that the events making up the
> points of the dimension are not only isomorphic to the positive Reals but
> also somehow can freely borrow the well order of the reals.

Imagine space time as an apple.  Now I ask you the question "Which seed
comes first?"  There is no objective answer, the seed that comes first
depends entirely on the angle at which you approach the apple.  The same is
true of events in space time, there conclusion of which event occurred first
depends entirely on the angle at which one is travelling through space
time.  Time, under Euclidean relativity is exactly like any spatial
dimension, the reason it seems different from the other dimensions (we can't
change direction through it, go backwards, change our velocity through it)
is because there is a physical law that all objects must always travel at
the speed of light.  The dimension of time is merely the one parallel to the
observer's direction at the speed of light.  This is why two objects in
relative motion to each other have slightly different interpretations of
what the dimension of time is.  It is why in Feynman diagrams, one can
rotate or swap dimensions of space or time and the physical interaction
remains entirely possible.  Since length contraction occurs in the dimension
of time, from the perspective of an observer their dimension of time is
0-length (this is intuitive because if everything has to move at c one
cannot speed up or slow down to travel freely through the dimension of

> Please do not think that I am trying to knock Special or General
> Relativity, they both represent time in terms of local readings of clocks
> and therefore bypass the question that I am considering. The block universe
> idea assumes a unique and global ordering of events, the actual math of SR
> and GR do not!

In the context of the everything, there exist an infinite number of
different block universes, and an infinite number of them contain you as you
exist in this moment.  Just as you can be recreated (and brought back to
life) in a different time or place, using different material, you may also
be "recreated" in these other universes.  Thus from one second to the next,
you can travel between these universes, between vast times, between vast
distances.  You can never be sure where you are or where you will be.  This
is the reason for the apparent indeterminism in physics.  For details, see
this paper, which explains how the simple theory that our universe is
infinitely large, leads directly to the weidness of quantum mechanics:


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