Caudwell’s Crisis in Physics does some of this but for quantum mechanics. You’d love the read.
Really its done science first approach then dialectics to examine the environment your project’s developed in for anything weird that will diminish understanding, then fix and repeat since there’s no such thing as perfection in reality. You don’t go in with dialectics first, that won’t do you good and just make you overly rigid without proper knowledge and limit your understanding of the situation at hand leading to silly errors. Gotta ground yourself in what is known of reality first.
It is neat for thought experiments for project design too and is a way to break out of the ‘its x or y or a mere continuum’ to noticing 'gee this doesn’t fit my data nor my problem, necessity v sufficiency for instance develops from this line of approach (and others, there are many tools in the tool kit, dia is just one) and is beyond helpful in life sciences.
Caudwell’s Crisis in Physics does some of this but for quantum mechanics. You’d love the read.
Really its done science first approach then dialectics to examine the environment your project’s developed in for anything weird that will diminish understanding, then fix and repeat since there’s no such thing as perfection in reality. You don’t go in with dialectics first, that won’t do you good and just make you overly rigid without proper knowledge and limit your understanding of the situation at hand leading to silly errors. Gotta ground yourself in what is known of reality first.
It is neat for thought experiments for project design too and is a way to break out of the ‘its x or y or a mere continuum’ to noticing 'gee this doesn’t fit my data nor my problem, necessity v sufficiency for instance develops from this line of approach (and others, there are many tools in the tool kit, dia is just one) and is beyond helpful in life sciences.