| Morphological Flows and Sustainable Growth : Evolutionary Philosophy - where we came from and where we might be headed - NAVIGATOR-->Part A-Morphological Flows: -Introduction- Creation of Matter {1-Particles--> 2-Atoms --> 3-Molecules --> 4-Proto-Biota}--> Creation of Life { 5-Biomolecular (Genetic) mechanisms --> Tree of Life, Fossil Record and Comparative Anatomy { 6.1-Cells to Reptiles --> 6.2-Reptiles To Man --> 7-Nervous System and Brain } --> Creation of Us {8-Behavioral Evolution --> 9-Social/Cultural Evolution} -- 10-Segue: Common (Cascade) Model for Morphological Flows -->Part B- Application of Flow Oriented Analysis: Sustainable Growth {11-Exponential Population Growth -->12- Exponential Demand Growth --> 13-Social Rifts --> 14-Solutions for Sustainability} --> Fun Stuff {15-Attractor sets and Turn-ons List --> 16-Intellectual Attractor Sets} ----------HOME---------- (c) contact Mike Baharmast - MBScientific |
Here you are going to map your cerebral attractor set. These would be subjects that you have intellectual attraction towards. Since morphological flows, as discussed earlier, detail the various subjects of intellectual interest, we are going to go through them step by step in a guided tour. You are going to assign a value, a number between -10 and 10, designating how attractive (10) of repulsive (-10) you think the subject matter is. You are also going to define a will factor from 0 to 10; 0 meaning that you put no effort or will into it, and 10 meaning you put maximal will into it. Finally you are going to define a results value, from 0 to 10; 0 meaning you are a newbe, you haven’t achieved any results yet., and 10 meaning that you have mastered the subject.
So lets start. In the first chapter we discussed the creation of elementary particles in the cosmos.:
1.1- Elementary Particle Physics
1.2- Cosmology and astrophysics
In the second chapter, we covered creation of atoms from particles. There we covered creation of atomic nuclei through stellar fusion processes and then iterated through the electron quantum numbers to derive the periodic table of elements:
2.1- Nuclear Physics
2.2- Quantum Mechanics
In chapter 3 we covered creation of atoms:
3.1- Physical Chemistry
In chapter 4 we covered creation of protobiota:
4.1- Organic chemistry
4.2- bio-chemistry
4.3- Astro-biology- proto-biology
In chapter 5 we covered the creation of biota from a genetic angle:
5.1- molecular biology and genetics-
In chapter 6 we covered the creation of biota from a fossil record and comparative anatomy angle and we covered the tree of life
6.1- paleontology
6.2- evolutionary biology
6.3- comparative anatomy
In chapter 7 we covered the evolution of the nervous system and the brain:
7.1- neuroscience
7.2- evolutionary neurology
7.3- artificial neural networks and artificial life
Of course the last 2 chapters lead on to medicine as well so might as well meter that as well:
7.4- medicine
7.5 - veterinary medicine
Then we started charting the evolution of us. In chapter 8 we covered the triune brain model, perception and abstraction
8.1- Psychology
8.2- Psychiatry
8.3- Philosophy
In chapter 9 we covered historical human evolution:
9.1- History
9.2- Religion
9.3- Political Science
9.4- Economics
9.5- Military arts and sciences
9.6- Agronomy
9.7- Ecology
9.8- Sociology
9.9- Anthropology
9.10- Business and International Trade
In chapter 10 we covered a common model for morphological flows
10.1- Abstract modeling in mathematics
10.2 Abstract modeling in computer science
Again, these subjects
aren’t written in stone. So if there are any subjects that
are left out go ahead and add them in.
This exercise should be taken say once every six months (you
might as well discuss it with your academic adviser). What it will
map for you over a period of time, or even in you life time, is how
your intellectual morphology is growing, or stagnating. You define how
important a subject is, how drawn to it you are, how much effort you
are putting into it and what results you are actually achieving. What
you will notice is that your will value should correspond with your
result values over time. That is, the more you put in the more you
achieve and the more you get back. Another thing that will happen is
that once you delve deep in a subject, then sub-categories of the
subject will emerge. Say you are into political science. In time you
may find yourself delving into say political economics. Then once you
pursue that, you might delve into military political economics, or some
other subcategory. Nonetheless, the deeper you get in any given subject
the more specialized you will get. Then over time you find that you
attractor set has morphed substantially. Many of the subjects that you
were interested in earlier might have waned and entire new
sub-categories of your areas of specialization have emerged.
Then, in time, if you are lucky enough, you may find that you have
exhausted everything that is known in your areas of expertise. Then you
may find yourself in the position of actually pushing the envelope of
knowledge forward.