LifeOS: exploring the system that executes DNA

March 9, 2009

Resolving Uncertainty

What have we discovered in this journey through the system of Life? We have traveled from the smallest particles in the cosmos, past all the energy, matter and information available to us, right up to the Whole Universe itself, looking for reality. We have discovered that the Universe is not really solid, but consists of energy interacting with itself. Energy is always in motion. According to our best understanding, energy is conserved, that is, energy isn’t created or destroyed, but is dynamic, always moving and changing. All of this dynamic action follows consistent pathways that show a set of system wide laws, rules or protocols.

Natural Laws

So, we have only two elements to consider really; energy and the laws it follows when it moves or changes. Whether we consider those laws to exist outside of energy itself, or are contained within it, they consist of pure information. Our material universe consists of energy, organized by information we call natural laws. This interaction produces change and movement. On the macro level, we can use these laws to predict exactly where objects will be anytime in the future. It appears that uncertainty is very low at this level, making the universe appear to be deterministic.

However, any flexibility to adapt to change has to be allowed for within the scope natural laws. It should be obvious that the laws obeyed by living systems cannot be deterministic, but must allow for adaptive options. The uncertainty of the future must be resolved into the relative certainty of the present. That can only be done by making choices.

Intelligent Choices

We know that, at least in our own case, this ability to choose between options is a function of our consciousness. Regardless of the complexity involved, to evaluate options and make a choice, requires at least a rudimentary consciousness. Although it is true that conditional responses can be represented in code without consciousness being present, as in a computer program, code writing is an abstract process that requires much more “intelligence” than it takes to make simple choices. The simplest explanation is that conscious action is taking place at the point of action.

Now, if we can accept the fact that choices can only be made by some sort of conscious action, it leads to the conclusion that, anytime or anywhere within the system that uncertainty is resolved, conscious action is taking place.

Navigating the Future

We know that at the level of human existence the future is uncertain. We can see the future coming at us and we have the ability to choose our most promising path through it. We count on our experience to give us an understanding of probabilities involved in choosing our path. If we look at other levels of existence around us we see that uncertainty gets resolved in much the same way. We see plants and animals adapting to their environment by choosing options. Animals routinely make choices for food, navigation and mates. Some plants track the sun across the sky rather than simply putting their solar collectors in the up position. Tracking the sun requires memory, a feedback loop and and some sort of decision making process. Even the smallest single cell creatures move and change following rules. In biological systems, it is experience that makes the rules.

Quantum Leap

Now let’s jump to the tiniest of particles and look at how they behave. Down at this level the rules are different. Down here we can’t pinpoint where things are; uncertainty is everywhere. Particles appear and disappear, wave functions collapse if you just look at them and nothing seems real. How can such an inconsistent and unreliable collection of energy packets produce the concise material universe we know and love? Although the laws of Quantum Mechanics seem vague, inconsistent with classic laws of physics and even downright strange, they have proven experimentally to be the most reliable of any natural laws discovered by science. So, how do we make sense out of this seeming paradox?


The holographic model erases the inconsistencies and gives us a better idea of how it works. The position of particles within the atom are holographically linked to the nested fields of the larger system in which they exist. These particles don’t represent their own position, but reflect the current dynamic state of the Whole. In other words, the wave function, (all of the information pertaining to the state of a particle), represents the state of the larger hologram. The apparent uncertainty at the subatomic level is a mirror of the dynamic probabilities of higher(nonlocal) levels.

In this view, the flow of the universe is constantly resolving the uncertainty of the future into the past. Matter is the memory of that process.


1 Comment »

  1. great blog. there is so much of life we are still learning about.

    Comment by ggw_bach — March 9, 2009 @ 11:24 am

RSS feed for comments on this post. TrackBack URI

Leave a Reply

Fill in your details below or click an icon to log in: Logo

You are commenting using your account. Log Out / Change )

Twitter picture

You are commenting using your Twitter account. Log Out / Change )

Facebook photo

You are commenting using your Facebook account. Log Out / Change )

Google+ photo

You are commenting using your Google+ account. Log Out / Change )

Connecting to %s

Blog at

%d bloggers like this: