Part
Three  Page Two The Adjacent Possible Moving
Toward A Cosmic Equilibrium
Ultimately
we should expect that the structure of the universe we experience is directly the product of what is possible. In any
scenario, a big bang, intelligent design, or creation, we should expect the overall big picture so to speak reasonably
leads to the universe we experience, be that God, Mother Nature, or whatever that big picture is. If we take into
consideration how the success of quantum mechanics and the second law both indicate that our universe is influenced by
probabilities, then it starts to make sense that the really big picture is shaping every small part of what we
experience. The really big picture shapes our past and our future, while both past and the future possibilities shape
the present.
What we are going to do next is ask a
question concerning the boundaries of a wedge. The classical wedge shape is conveyed by a top and bottom boundary
expanding outward from a point. Julian Barbour diagrams his wedge with squiggly lines. Others have drawn straight lines.
Here we are discovering a reversed wedge in our future. But what do the lines themselves represent? What actually
defines the top and bottom edges of the wedge?
The
Smooth Extreme
If we could watch the big bang event from
a distance, a view from nowhere in particular, a question that would arise would be, why didn't the early universe
remain perfectly smooth as it expanded? It is an old question in astronomy and cosmology. Instead of remaining smooth,
very small variations in the rate of expansion produced minute differences, which gravity then amplified. The more dense
areas underwent a phase transition and became matter, and eventually transformed into galaxies and galaxy clusters.
Without these mysterious fluctuations in the density of space, the universe would have remained perfectly uniform.
Gravity would never have been a distinct force of nature since gravity’s influence would have been evenly distributed
over the entire volume of spacetime. Of course life would not exist in such a universe to note the difference.
The question of why the universe isn’t
smooth has led to a vague recognition in cosmology that a smooth configuration is an extreme of possibility. Physicists
don’t talk about double or hyper smooth universes. There isn’t anything beyond perfectly smooth. It is just a
natural boundary to what is possible at any given average cosmological density. Every other possible pattern is less
smooth. So in the same way Alpha and zero create boundaries for our past and future, these smooth states form a sort of
outer membrane to the whole of possibilities, beyond which no other possibilities exist. This line in the sand even
represents the outer edge of reality.
The
Lumpy Extreme
The next step along this same way of
thinking is to recognize that another extreme exists opposite of the smooth extreme. Adjacent the wide axis from Alpha
to ZAT, opposite to the smooth extreme, there is an extreme case of lumpiness, even if such a state is initially
difficult to envision. We know the early universe did not remain smooth. Small fluctuations caused the universe to
become moderately lumpy and yet isotropic, meaning that matter was for some reason distributed very equally throughout
the entire universe. The original variations in density were moderate and similar enough to create the distribution of
over a hundred billion galaxies presently observed by telescopes. But how lumpy could the universe have been had
conditions been more extreme?
Some regions of the universe might have
expanded during the big bang only for the first billion or so years, and then collapsed, forming ominous black holes
unlike anything we observe today. Or we might imagine all the protons of the universe combined into a single giant
proton particle, and all of the electrons combined into a super electron, and imagine this giant atom as the whole universe.
Of course such an extreme division of charged particles doesn't seem normal or physically possible to us, however,
simply imagine if like particles were attracted to each other while opposite particles repelled. Charged matter would
naturally divide apart into two groups.
The lumpy extreme doesn't seem
physically possible from our region of normalcy living in such a moderately lumpy universe, but keep in mind that what
seems possible to us is a product of what we know to be probable. The whole point of this rendering is finding the outer
edge of the possible, even if such a state is highly improbable or even impossible. All that matters is that the lumpy
extreme is conceivable, which establishes a second outer membrane in the realm of all possibilities directly opposite
the smooth extreme. And we of course naturally find ourselves in the middle between extremes.
The
Balance Between Extremes
The density variations in the early
universe that became galaxies and us are usually attributed to quantum instability but there may be a simpler way of
looking at the mystery, a way of understanding why there is quantum instability. If mother nature is always choosing
amongst all the patterns that are possible for each new moment of time, then the smooth path is only one possibility
among the many alternatives where the universe doesn’t remain smooth and instead becomes lumpy. In order for the early
universe to have remained perfectly smooth for any extended period of time, the selection process would have had to
choose the one perfectly smooth pattern for each and every new moment. Mother nature would have had to pull that
particular pattern out of the hat again and again, somewhat like the same person winning the lottery every day, every
hour, every minute, every second.
Instead, the flow of time is naturally
held within a central region between the improbable outer extremes. If the path of time strays toward the lumpy side,
the group of states which are smoother than the present inevitably grows in size, so the comparison between groups might
become 60/40 percent. If sixty percent of possibilities are more smooth than the present, the probability for time to
turn back toward the smooth side grows stronger. In fact the farther that time moves away from the balance point in
between extremes, in any direction, the greater the probability for time to turn back toward middle ground. The most
probable location in pattern space is always the point of balance between extremes.
Figure
4: The Many Worlds Partition The Many Worlds Partition includes worlds which follow the basin of attraction
between smooth and lumpy states, and begin with a Big Bang event and end at Omega.
So notice that we have boundaries now in
every direction of possibility. The realm of possibilities is closed and bounded in every direction by extremes. There
are no possibilities more smooth or more lumpy than those represented in this bulb. There are no states more dense than
Alpha, and there are no states more flat or empty of matter than absolute zero. There exists an unfathomable measure of
possible states in between these extremes, to an extent beyond imagination, but not beyond structure.
To
the Greatest Mystery The
Cause of Time
A well known problem with the second law is that it falls short of explaining why time begins from the ordered
side of what is possible. It merely explains that if a universe for some reason begins ordered then time will move
toward disorder.
As Stephen Hawking explains:
Suppose a system [or a
universe] starts out in one of the small number of ordered states. As time goes by, the system [universe] will evolve
according to the laws of science and it will change. At a later time, it is more probable that the system [universe]
will be in a disordered state than in an ordered one because there are more disordered states. Thus disorder will tend
to increase in time if the system [universe] obeys an initial condition of high order. (pg.146) [my comments]
We normally assume something in the past
created the present, but notice how Boltzmann's way of explaining entropy suggests the future is creating the flow of
time. The idea that the future is causing time's arrow is logically unavoidable. If we estimate the location of our own
universe within the wedge model, this naturally splits the whole of possibilities into two groups, a group of states
which are more ordered than the present, which we can refer to as pastlike states, and a group of states which
are more disordered than the present, which according to Boltzmann are futurelike states. As shown below, we
are splitting all possibilities into two groups, and according to Boltzmann the futurelike set is much larger.
Consequently that group is thought to pull time into those states.
Figure
5: Even the outdated wedge model includes a pastlike group and a futurelike group of possibilities. Time is
thought to move toward disorder because there are so many more disordered possibilities.
The soaps model I have explained so far can also
be split apart by the present, to form two groups. Logically we have to place the point of our own present very near to zero, because we know the universe is only
a few degrees away from zero, and because there is already so much empty space between the galaxies, the stars, and even
particles of matter.
Figure
6: If the pastlike set of states is larger than the futurelike set of states, then why is time traveling toward a
smaller group of possibilities.
Only now we have exposed a problem with
the soaps description developed so far. We can no longer detect a reason for why time is traveling, even accelerating,
toward zero. If we imaginatively transport ahead in time and look at what is probable from the standpoint of zero, then
all other possibilities lie in the opposite direction away from zero toward Alpha. In fact from the location shown, the
pastlike group of states is larger than the futurelike group.
The
real magic behind Boltzmann’s way of thinking about possibilities is the approach of splitting up the whole of
possibilities into two large groups and then comparing those groups. The larger group of possibilities will always be
the dominant attractor. In fact, the deeply simplistic principle that Boltzmann originally conjured up to develop the
statistical second law was the principle that the free flow of time will move toward whatever ultimate balance exists in
the whole of possibilities.
In considering the wedge model, time is
at least trying to find a state of balance, even if the flow of time for the universe as a whole cannot find a state of
balance because there is an ever increasing quantity of disordered states. Hence Boltzmann’s claim that systems move
toward disorder always holds true regardless of where the present is located in the model. The mistake however is the
assumption that the measure of disordered states is unbounded. First that belief conflicts with our observations that
time is accelerating toward the extremities of zero. Second, in simply knowing there is an absolute zero in physics, we
can reason logically that absolute zero exists out there in the future beyond any imagined bulk of disordered
states.
So if the whole of possible states is
bounded by zero, why is time traveling toward an extreme at the edge of what is possible? Speaking probabilistically,
any given state that is an extreme is highly unstable compared to a state in the middle balanced between extremes. The
perfect middle is a Cosmic Equilibrium State. Below in figure eight arrows represent the directions of
probability. That balanced center should be the primary attractor for all probabilistically governed universes.

Figure 8. Logically time should be moving toward the ultimate
balance point between Alpha and Zero, and Smooth and Lumpy extremes. 
Instead we clearly observe time moving toward zero as if it is the
ultimate balance point in the space of all possibilities. 

However,
time is clearly not moving toward the middle between Alpha and Zero. Time is long past that center point and
still is moving toward zero. Time is even accelerating toward zero. Why then is time moving toward zero? There has to be
a very good reason. And it has to be something that makes perfect sense once we realize it, because we are considering
something very basic about reality.
So
here we are forced to finally ask a question that has been lying in wait since the discovery of accelerating expansion
surfaced in the mainstream of science in 1998. Why is the arrow of time aimed directly at absolute zero, and presently
even accelerating toward zero? Why is time attracted to zero? What causes absolute zero to have such a powerful influence over time?
What larger role
does absolute zero play in the topdown picture of reality?
The answer is simply that absolute
zero is the ultimate point of balance in the space of all possibilities, and our probabilistic world is guided through
the possible realm by that one single state in our future.
Time eternally branches away from the positive Alpha singularity out into the
diversity of possibilities that exist between Alpha and Omega, and because time
has a goal, a destination, then time doesn’t get lost in that vast realm of
infinite possibilities.
The absolute zero of temperature, density, energy, gravity,
volume, and time, are all properties of a single state of perfect balance which similar to the zero of mathematics
divides apart two realms, a positive state space and an inverse negative state space. Embedded in each there
exists a manyworlds partition, where time travels away from the improbable positive or negative, toward the
most probable state in all of physical reality; the perfectly balanced and unified state of absolute zero.
References
Next
page: Everything Moves Toward Balance
This
Essay Taken from Chapter Twelve from the book Everything
Forever.
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
