Evolution The violent spirit to forge a civilization vol 1

(Rodrigo GrandaB_hQJo) #1

introspection and speculation are the most prominent features of an animal


that has the potential to develop "artificial neural networks“[ 49 ] for "deep


learning“[ 50 ].


We have to consider morality and ethics as part of the very complex


social structures that humans have developed, and which form one of the


foundations of culture. But our culture requires a great demand for


energy in the context of environmental and climatic changes; so the


implications of trying to dominate the earth can no longer be by doing


violence to the living being that provides us with the chemical elements


in different proportions to develop our lives. The mass of the human


body is made up of elements such as: oxygen ( 65 %), carbon ( 18 %),


hydrogen ( 10 %), nitrogen ( 3 %), calcium ( 2 %), phosphorus ( 1 %), while the


remaining small percentage (~ 1 %) is made up of a long list of other


elements, of which we can highlight potassium, sulphur, sodium, chlorine,


magnesium, iodine, iron and zinc.


Biologically, we have the ability to transmit information genetically,


as well as habits by imitation and instruction. But let us remember that this


property is not exclusive to our species and is also important in other


primates. So developing and implementing artificial intelligence (AI)


technologies requires examining guidelines and legal frameworks, to


avoid loopholes around mechanisms of equitable benefit sharing and


allocation of responsibilities related to human relationships.


Published: December 1975. Speculations on the origin and evolution of metabolism. Hyman Hartman.
Journal of Molecular Evolution volume 4 , pages 359 – 370 ( 1975 ) Summary: An autotrophic origin of
metabolism is described, which requires clays, transition state metals, disulfide and dithiols, U.V. and
cyanide ion. A general scheme is proposed, involving the fixation of CO 2 and N 2 , for the evolution of
intermediary metabolism based on the evolution of a complex system from a simple one. The basic
conclusion is that metabolism could have evolved from a simple environment rather than from a
complex one. https://informationphilosopher.com/solutions/scientists/hartman/Metabolism.pdf

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