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<blockquote data-quote="SelfSim" data-source="post: 77631828" data-attributes="member: 354922"><p>Computing evolved from the Boolean Logic model, in which the values of the variables are constrained to only two values, (ie: true or false). Also the logical operators are basically constrained to: the 'and' (conjunction), 'or' (disjunction) and 'not' (negation) operators.</p><p></p><p>Chemistry is constrained by the properties of matter and its wide ranging environments. The variables involved were thus modelled as having real and integer number values, with ranges far exceeding the mere two in the Boolean/computing model. As a result, numerical operations apply in chemistry's descriptions .. (and not just logical operators).</p><p></p><p>The resulting product of these fundamental differences, is vastly more complexity in chemistry.</p><p>Organic chemistry is even more complex than inorganic .. for the same reason.</p></blockquote><p></p>
[QUOTE="SelfSim, post: 77631828, member: 354922"] Computing evolved from the Boolean Logic model, in which the values of the variables are constrained to only two values, (ie: true or false). Also the logical operators are basically constrained to: the 'and' (conjunction), 'or' (disjunction) and 'not' (negation) operators. Chemistry is constrained by the properties of matter and its wide ranging environments. The variables involved were thus modelled as having real and integer number values, with ranges far exceeding the mere two in the Boolean/computing model. As a result, numerical operations apply in chemistry's descriptions .. (and not just logical operators). The resulting product of these fundamental differences, is vastly more complexity in chemistry. Organic chemistry is even more complex than inorganic .. for the same reason. [/QUOTE]
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