As to your opening statement, it seems like you have not lived in the world at all in recent times. Man, have you not seen what religions have done to our hopes of social harmony and justice for the innocents? ....
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Seeing how the question was whether what I showed you was from science or religion then you went on and on and on pointing fingers at others instead of answering the simple question, regardless of your having a "self-styled religion" you honestly qualify as a religious fanatic. Scientific objectivity is batting zero, even though all that you are willing to accept makes it seem like it's not a problem you could have.
You seriously need to put history into perspective because if you lived under Stalin then you would have gone with the crowd to be the first to commit atrocity that in your mind (as was in theirs) was easily justified even though it was one of the biggest hate crimes in all of human history.
And although it wasn't easy to spot, you also seem to have not noticed a word that needed changing. Instead of "hypothalamus" it should have read "hippocampus". So you missed your chance to force me to "self-correct" as
science requires!
After having been further described, it now reads:
Levels of IntelligenceThe structure of our brain changes at the cellular level in response to what we sense/learn at the multicellular level. For example, navigation-related structural change in the hippocampi of London taxi drivers accommodate the huge amount of navigating experience their job requires [43]. Also, neurons form new connections then store new memories by making permanent changes to these synaptic connections. We are unaware of these ongoing structural changes, but at the cellular level our brain is constantly changing in response to what we sense and learn.
Likewise, the structure of our cells also change at their molecular (genetics based) level in response to what they sense and learn. For example, stem cells can differentiate into one of many possible types of cells depending on what their job requires. Stem cells would also not be aware of these ongoing changes, but at the molecular level our cells are changing in response to what they sense/learn. Since cells replicate by division of their genome, these changes are inherited in the next generation of cells that divide from them.
In our development from a single cell (zygote) what is expressed at its molecular level produces cell growth and division. Likewise, what is expressed at the cellular level by the dividing colony of cells causes our growth and in the case of identical twins there is division of the cell colony. We now have the three primary levels of biological intelligence, a one level to the next causation where one is the “intelligent cause” of the other.
(1) Molecular Intelligence
(2) Cellular Intelligence
(3) Multicellular Intelligence
These three biological levels may be further subdivided according to whether it is a single molecule system that qualifies as rudimentary intelligence, for example self-replicating RNA would here be classifiable as Unimolecular Intelligence (a most simple form of Molecular Intelligence). Although not well understood and too early to fully qualify as intelligence, what is currently known about animal cell centrosomes are meeting requirements as a self-contained molecular intelligence system here called Centrosomal Intelligence, which is in addition to the cells Molecular Intelligence which together produces (animal cell) Cellular Intelligence.
For scientific experiments to model intelligent systems we must also include computer algorithm produced Algorithmic Intelligence. Where electronic components are connected to form the circuit of an intelligence system we have Electronic Intelligence useful for robotics.
Reference[43] Eleanor A. Maguire, David G. Gadian, Ingrid S. Johnsrude, Catriona D. Good, John Ashburner, Richard S. J. Frackowiak, and Christopher D. Frith
Navigation-related structural change in the hippocampi of taxi drivers
PNAS 2000 97 (8) 4398-4403; published ahead of print March 14, 2000, doi:10.1073/pnas.070039597
http://www.pnas.org/content/97/8/4398.long