This new post is going to take a look at making small scale changes versus making large scale changes. There is a difference and we can appreciate the difference if we take a look at Newton’s Laws of motion. Most of use are aware of this simply as physics, such as when we say that there is an equal and opposite reaction for every action. Some of this seems intuitively obvious, and it is because this governs us as we make all of our changes on a local level.

In looking at some of our discoveries you may develop a notion that Newtown’s Laws distort our reality. This truly is not so, as the problem is not Newton’s Laws but rather what they are applied to. Newton’s Laws describes what happens when local action takes place in physicality. It is the way that a physical presence is created. It is also a way that a physical presence is maintained, but also requires infinite input of energy to make really significant changes in any system. This makes it possible for large systems to adjust themselves, wholesale, but very difficult for local changes to be made manifest on a large scale, throughout the system.

The most optimal way to establish a physical presence is with the use of Newton’s Laws and to maintain it on an individual level, which requires only modest inputs and changes in energy. Once this is made complete, then one can utilize the quantum nature of things, and their retained interconnectedness, to manifest change from a system perspective. This would be much like the activity that one has within the body itself. We are fully aware that, in order to move across the room, one leg must be placed in front of the other, the decision is not made from the level of the leg. It is not, as one leg would not be able to coordinate activity with the other leg. It has to be made at the level where coordination is possible. This can only be done at the level of central activity, in the brain, where every limb is represented. Here, movement of diverse parts can be coordinated, enabling the walk. In order to walk, the whole body system is involved. This is actually based on a quantum attribute of the cells of the body where information is shared without lag in time or space. Information is shared with biological photons. It is this, quantum attribute that enables the coordinated consciousness to send nerve impulses, which results in coordinated body activity and purposeful movement.

Similarly when the body, itself, becomes the object within the system, much as the relationship of the leg to the body, it must be incorporated into the coordinated activity of the system through a similar quantum relationship. The purpose of Newton’s Laws is not to govern system wide local changes, but rather purely local changes, which are restricted to their immediate vicinity. System wide local changes are best managed through quantum mediated system wide coordinated activity.

Local activity with Newton’s Laws allows the independent individual function of the member to become more efficient, as the local energy exchange that manifests local changes, becomes more effective. Essentially the member part of the system learns and remembers its role in the efficient operation of the entire system. This is always dynamic and there is an exchange between the member part of the system and the whole system.

What does this mean to you? It means that you cannot change the system around you by making individual changes attempting to control what is around you. This is the very problem that our society is facing with all the crises that are present. The use of fossil fuel, for instance in small quantities, is not a problem. However, as the use increases exponentially it becomes possible for the local use to begin to approach system wide effects. When this happens it disturbs the balance, requiring a balancing response from the system which in turns disrupts the previous usage. At this stage, also, the effects that seemed quite predictable with small quantities now become unpredictable. The same thing is happening in the health care system and the economic system. The requirement for maintenance of the status quo is now exponentially increasing, in the amount of energy needed, in both of these areas. In each case we have stepped out of the range where Newton’s Laws can predict our outcomes. In the end in the health care system we end up trying to take care of problems of balance within the system by trying to make incremental changes, which by their nature would require infinite output of energy to change. This is the same problem as trying to accelerate a rocket ship to the speed of light.