Part
Three  Page One The Space of All Possibilities The
Second Law of Thermodynamics and Timelessness (chapter
12)
The
imagination can easily create other worlds in fantasy. But do such worlds really exist? It seems that we have no way of
knowing, unless perhaps there is an ultimate structure to the whole of all possibilities. We have already seen that the
realm of possibilities is limited or bounded by the extremes of Alpha and Omega. Are there other limits? Indeed the
whole of infinite possibilities has a distinct shape which can be understood. In fact there are boundaries in every
direction of possibility, and such boundaries shape and guide the flow of time in our own universe. They influence and
determine our entire lives.
If we know what is possible we can determine what is
probable. We all intuitively know this. If we could create a map of all possibilities such a map should tell us what
worlds are probable and what worlds are improbable or impossible. We know that what is possible determines what actually
happens in our own universe, but we only vaguely understand why. The physicist Ludwig Boltzmann was the first to imagine
that an overall set of possibilities has a shape and structure that controls what happens in time when he developed an
advanced theory of thermodynamics in 1868.
In his now famous book, A Brief History of Time,
the physicist Stephen Hawking uses a puzzle to explain the basic principles behind Boltzmann's statistical version of
the second law. Hawking explains how the greater number of disordered states influences events. Note that each possible
pattern or arrangement is called a state, and the overall realm of possibilities is called state space.
Hawking writes:
Consider
the pieces of a jigsaw [puzzle] in a box. There is one, and is only one, arrangement in which the pieces make a complete
picture. On the other hand, there are a very large number of arrangements in which the pieces are disordered and don't
make a picture.
Suppose
the pieces of the jigsaw start off in a box in the ordered arrangement in which they form a picture. If you shake the
box, the pieces will take up another arrangement. This will probably be a disordered arrangement in which the pieces
don't form a proper picture, simply because there are so many more disordered arrangements.
Each time we shake the box and look inside we discover
a new unique pattern where the puzzle is broken apart. In fact there is a seemingly endless number of possibilities
which are more disordered than the one most ordered pattern where all its pieces are fit perfectly together. Boltzmann
believed this is the reason why increasing disorder is much more probable than increasing order, because in selecting
the future, nature chooses among a larger pool of disordered states over ordered states.
Some have even applied the thinking of Boltzmann to the
largescale realm of all possibilities. In the book, "The End of Time", the English physicist Julian Barbour
portrays timelessness as a wedge shape originating from the Alpha state. Having named his model Platonia, Barbour
writes, "Platonia is necessarily skew. It is easy to imagine that the cone 'funnels entanglement outwards', much
like a trumpeter blows air from a bugle" (pg.321). This model of all possible states will be referred to as the
wedge model. This is generally how we have come to view the general shape of all possibilities, dating back to the late
1950's when Eddington proposed a relationship between thermodynamics and the cosmological arrow of time. Several
scientists have modeled the realm of possibilities in this same way, however, it is important to consider that
scientists today are usually only considering the possible states that are directly available to a system (where the
system obeys the laws of physics) so they are not attempting to model all conceivable possibilities from a topdown
perspective as we are doing here.
Improving the Wedge Model
What we are about to do now is take the wedge model and
modify and mold it into a full and more detailed description of all possible states. The wedge model is very structured
and precise in one direction, toward the Alpha state in our past, but it is nondescriptive of the future. Does the
wedge accurately represent the structure of all possible states? Is there no structure or end to the measure of
increasingly disordered patterns?
The wedge model predicts the direction of time is
toward disorder. For several years now scientists have been aware that time itself is accelerating toward absolute zero,
and yet our modern vision of all possible states does not yet include any representation of zero. The wedge model
obviously only includes one of the two cosmic absolutes which we know today exist in cosmology (see part
one). The classic wedge model does not include the ultimate zero of physics. So our first step is to integrate
zero into the wedge model.
That
first step is easy enough, but it immediately leads to a few new questions. What is the shape of pattern space near
zero? Suddenly we have to completely reconsider the wedge shape as a description of all possibilities. We know there
exists an ever decreasing measure of states leading to the single Alpha state in our past. Those boundary conditions
near Alpha actually are what define the wedge. They give shape to what is ultimately possible. Integrating zero doesn’t
challenge those boundary conditions. It just leads us to consider new boundary conditions in the direction of our future
that come along with zero.
It is only natural that the same principles that apply
to the Alpha extreme also apply to a zero extreme. Zero is also a single extreme state, a single condition, a
singularity. It is a uniform state. So as we might expect, in moving toward that single extreme there is another wedge,
a reversed wedge, on the other side of the great bulk of diverse states.
Zero is perfect symmetry. It is perfectly flat. It is
the same everywhere. It is the template of sameness and symmetry. This necessitates that there are increasingly fewer
states that are zerolike, that are almost flat, that are almost uniform. Consequently as we move nearer to zero the
shape of state space closes and narrows inward toward the single state of zero. The overall measure of possibilities
decreases. This forms a closing of possibilities in the direction of our future.
Let’s recall here Stephen Hawking's analogy of the
puzzle in the box. Every time we shake the box there is a new pattern. And there is only one pattern where all the
pieces of the puzzle fit together. But there is also only one pattern where the box is empty. Furthermore, if we
consider patterns where there are just two or three pieces in the box, there aren’t nearly as many unique patterns as
there are with ten or fifty pieces in the box. As we take away puzzle pieces, there are fewer and fewer unique
configurations, until finally there is just the one state of an empty box. It follows that the measure of possible
states is naturally greatest when the box is not too full and not too empty.
The same is true for the universe outside of the box.
We can imagine that a large measure of unique possible states exist for the amount of galaxies that presently inhabit
the universe, keeping in mind there are wide expanses of empty space between those galaxies, and that empty space would
remain a constant for each possible state. If we then imagine adding galaxies into the measure of empty space, so that
there were more galaxies in the same volume, as is increasingly true of the distant past, then we can easily recognize
there would be a larger measure of possible states, since there are more galaxies in the same volume to alter into
unique configurations. It follows that the measure of possible states is greatest somewhere in the middle in between
Alpha and Omega where the greatest measure of diversity exists.
In considering the distant future the same principles
which define the shape of the wedge model in our past apply also to the shape of state space near zero. As matter is
stretched flat and the density of space approaches zero there is an ever decreasing measure of unique patterns in that
direction. The nearer we are to zero the fewer possibilities exist that are zerolike. A wedge shape that contracts
toward Omega is the most important consequence of integrating zero into the set of all possible states. The shape of all
conceivable states is defined by two extremes, not one. And now we can see that there is a wide spectrum of patterns
ranging from infinite density to the zero density. This creates a density gradient.
Recognizing the reversed wedge shape of possibilities
out there in our future is a big step forward. It carries with it some profound implications that are even immediately
visible. Considering we are moving directly toward zero, even presently accelerating in that direction, a narrowing
structure of possible states means that our universe is increasingly influenced and focused by the final condition at
the end of time. It means that time will eventually be forced into a very limited and defining number of future
possibilities. This funneling of time not only creates a considerable restriction to what is possible in the distant
future, this funneling of time’s direction would even be influencing our present at this stage of cosmic evolution.
Regardless of how many possibilities there are, if
time is faced with ever fewer choices in the direction toward zero, then the future will naturally become increasingly
determined or shaped by the availability of a fewer measure of patterns that exist in that direction. Considering how
flat and empty the largescale universe is at present, in the same way the past was focused outward by Alpha, as Barbour
put it, “like a trumpeter’s horn”, our future is being increasingly channeled inward toward ZAT, so it is
increasingly focused by, and made to be like zero, simply due to the narrowing of possibilities. Of
course we are accustomed to the way zero is effecting our universe. In understanding that zero is the symmetry order
extreme, and remembering how symmetry order supplies the component of balance to all patterns, we can realize that
increasing balances are the result of time moving ever nearer to zero.
Figure
6: The shape of State Space near Zero. Acknowledging zero leads us to recognize that there is a
decreasing measure of possibilities in the future.
Omega is full and not empty. So what the narrowing
wedge in our future means is that the universe and we ourselves in various ways are presently feeling the influence of
the balanced whole. Rather all the various paths of time all have the same
beginning and the same final destination. Consequently zero is influencing the present universe. One force of nature in particular, the great balancing
force of electromagnetism, is clearly the product of our moving ever nearer to the balance and symmetry of zero.
Later we shall give this focusing to the direction of
time a great deal of further study since this influence from the future, combined together with the influence of the
grouping order of our past, creates a wonderfully simple way of comprehending the forces of nature. However, before we
are ready for that insight, we first need to more fully understand the shape of the possible realm. Now that we have
considered the past and future, let’s take a look at those possibilities that exist adjacent the present.
Next
page: The Adjacent Possible
Taken
from Chapter Twelve from the book Everything Forever.
References
Contents Part
l The Beginning of Timelessness Ch1 Time is Imaginary Ch2
Why the Universe Exists Timelessly Ch3 The Great
Cosmic Boundaries Ch4 Describing the Realm of All Possibilities Ch5 Caught Between Two Kinds of Order Part
II The Governing Dynamics Ch6 Natural Order Ch7 Enfolded Symmetry Ch8 Beautiful
Diversity Ch9 Something from Nothing? Part III The Comprehensibility Of All Ch10 Infinity
Means What? 10.1 A Branching Out of ManyWorlds 10.2 The Multiverse 10.3 Many Realms 10.4
Absolute Chaos 10.5 Perfection Ch11 Time is a Direction in Space Part IV The Great Cosmic
Attractor Ch12 The Shape of All Conceivables Ch13
Everything Moves Towards Balance Ch14 Equilibrium Ch15 Convergence Ch16 The Big Bloom Part
V The Second Law is Too Simple Ch17 Away from Order toward Order Ch18 Multiple Arrows of Time Ch19 A
Matter of Space Ch20 Built in From the Beginning Part VI Cosmic Psyche Ch21 God’s
Math Ch22 Proto and Elea Ch23 Our Basic Natures Ch24 Cosmic Lovers Part VII
Spiritual Science Ch25 Becoming Aware Ch26 The White World Ch27 God, Infinity, and Nature As One
This
page last updated Mar 25th, 2007
