MKsurvivin
Member
I am interested in this general topic, in that in general, in science, the experimentalist spends his life making reproducible "measurements" of some sort, and then shaping them in some way, like pieces in a jigsaw puzle, into a pre-known but developing model of scientific truth. 400+ years of physical science uses a basic model where "masses" are acted upon by mathematically defined fundamental "forces", which become semi mathematical entities that act over light years, but always between "masses"...Yes this is a great model for many applications (like killing terrorists at great distances with projectile masses)..but
the universe is vast, complex and potentially unknowable. I have spent 40 years in medicinal chemistry, where curiously we never worried about forces....chemical processes were always defined by thermodynamic processes like bonding energies, favorable free energies etc. The basic periodic table is a basic problem in the stability/reactivity of aggregation of simple electrons, protons, ect, whose masses (weights)vary with the aggregational environment, yet the matter in these basic particles may not really change. Chemistry of course ia also a property of the internal concentrations/probabilities of matter, but does not require an external observer.
Hence the question, is it because in the basic physical model one assumes forces to be constant that mass, space and time become distorted...even though chemists appreciate that electrons attract protons...up to a specific distance...but never merge...ie can one not develop a basic model of the universe which centers around the "behavior of MATTER in SPACE and TIME" , which specifically addresses the question of order/disorder (of matter) a quality not basic to a force based physical theory, but central to the alchemist/chemist..afterall there is a lot of order in the universe. There are many questions ignored by physical science, yet observationally relevant to finding "truth" understanding of the universe.
I can expand further, as I am trying to do in my semiretirement, yet curiously, in my experience, this philosophical question confuses physical scientists who find truths, as defined within their models, but may miss artifacts, so to speak in a broader "understanding" type knowledge.?????
the universe is vast, complex and potentially unknowable. I have spent 40 years in medicinal chemistry, where curiously we never worried about forces....chemical processes were always defined by thermodynamic processes like bonding energies, favorable free energies etc. The basic periodic table is a basic problem in the stability/reactivity of aggregation of simple electrons, protons, ect, whose masses (weights)vary with the aggregational environment, yet the matter in these basic particles may not really change. Chemistry of course ia also a property of the internal concentrations/probabilities of matter, but does not require an external observer.
Hence the question, is it because in the basic physical model one assumes forces to be constant that mass, space and time become distorted...even though chemists appreciate that electrons attract protons...up to a specific distance...but never merge...ie can one not develop a basic model of the universe which centers around the "behavior of MATTER in SPACE and TIME" , which specifically addresses the question of order/disorder (of matter) a quality not basic to a force based physical theory, but central to the alchemist/chemist..afterall there is a lot of order in the universe. There are many questions ignored by physical science, yet observationally relevant to finding "truth" understanding of the universe.
I can expand further, as I am trying to do in my semiretirement, yet curiously, in my experience, this philosophical question confuses physical scientists who find truths, as defined within their models, but may miss artifacts, so to speak in a broader "understanding" type knowledge.?????