Oh good grief

did you actually read that article?
It says:
Nuff said.
I agree with this, both sides have to complement each other in order to understand things from more than one alternative.
In order to do that one enables to deal with the very existence of things that may be describabed in more than a one way.
This is how creativity is expressed and enables one to use some system in more than one way , and my view of Cardinality is some example of how this approach works.
We can decide that that Cardinality is the number of different things that belong to some set, and then we compare between sets and define the difference (if exist) between them, and then build a theory that is based on this kind of measurement.
But we also take the same objects and include in our research the difference between the investigated members that belong to some set.
By doing this we do not ignore the complexity of the investigated objects, starting from each member of the set and include this complexity on the entire measured set .
By doing this we get a much more wider realm that enables to understand better any chosen partial measurement of it, exactly because now we are aware of our decision to measure only a partial case of the wider case.
The difference be between the wider and the partial cases of X is in my opinion the best way to understand and use X for our purpose.
For example, the rules of the Chess game are non-local w.r.t any particular game but they are actually expressed by many different concrete games, where each game is some local manifestation of these rules.
By using this analogy we can learn that complex systems are actually a linkage between simple fundamental terms or rules that are rich enough to be expressed in many different ways that still express that same simple rules.
The idea of OM is to take the non-locality of the rules and the locality of the many different expressions of the rules and look as this rule\expression linkage as a generalization of the researched realm.
We can choose any part of that realm and use it for our purpose, but now we are doing it according to a wider understanding, that can help us to understand better our partial reseach.
This is the idea of Complexity as a guidance of any research, which enables us to develop the whole\parts needed sensitivity in order to deal with non-trivial systems that enables interdisciplinary and specific knowledge under a one comprehensive framework.
If the mathematical science will use both interdisciplinary and specific methods in order to enrich its body of knowledge, I think that all of us will enjoy the fruits of this approach.
In my opinion, our brain is a living example of a system that was develop during the years according to the principles of Complexity, where simple (non-local) rules manifests themselves in many expressions that seeking for the methods that help them find the balance during their different local expressions, and in my opinion it is a fruitful approach that may help us to find the balance between Ethics and Logics as two manifestations of a one complex system, our brain\body system.
OM seeks to develop the synergy between Ethics and Logic, by using the understanding of the synergy principles of our brain\body system while it works in the word.
What do you think? (
and please take in a account that we are in a philosophical forum).