Behaviorpath/physapath differential approximation arguments

Behaviorpath/physapath differential approximation arguments are based on behaviorpath/physapath differential approximation experiments These type of experiments supply support for many predictions and principles of the science of superimmortality. These experiments show that as two or more physapaths become more alike their behaviorpaths become more alike under certain well defined conditions. There are many variables in a physapath. Each variable as it changes can effect the behaviorpath produced by the body. Some physical variables in the physapath are independent of the other physical variables in the physapath. This means as they change they do not have an effect on the other variables. Other variables on the other hand do effect how other variables change. For example, if the variable is the placement of a synapse on another neuron as that synapse changes it can effect where other synapses are placed on the neuron. This type of change is a change in the physapath of the body. A slight moment of a synapse may not effect the functioning of the other neurons at all. So it will have no effect on the behaviorpath produced by the body. The change in one variable in the physapath can make the behavior produced by the body more alike that produced by another body but it effect on other variables can make the behaviorpaths diverge or become less alike. We can define the concept of total change in the physapath. Many physapath of convergences will not converge uniformly.