Francis Bacon (1561-1626) was a Christian lawyer who made his mark on history by writing the "Great Instauration" [called the "Great Renewal" on this edition] which included "the New Organon". "The New Organon" (1620) and the rest of the "Great Renewal" was to be one of his last contributions to man and it was to be one of his greatest critiques of knowledge, and it's inefficiency from the time of the ancients til then on acquiring information on natural phenomenon. At the time he had done a few critiques of knowledge already such as "The Advancement on Learning" and others found in Francis Bacon: The Major Works (Oxford World's Classics). The knowledge that he was critiquing was the "knowledge of nature" or "natural philosophy" or as it is called today, "Science".
"The New Organon" is the "Scientific Method", or inductive reasoning, and its variants. After the publication, knowledge of nature was to be derived from experiences of the senses via systematic experiments, systematic inquiry, formation of efficient axioms, and organized to further increase inquiry and increase certainty for controlling nature and fulfilling God's purpose in man and nature - to discover and increase in knowledge or as he called it, "The Divine Providence".
The book includes his vision for the structure of the "Great Renewal", "the New Organon", and his "Outline of a Natural and Experimental History". This translation is helpful for the footnotes, but it's pretty stiff in terms of translation and does not bring out the eloquence he intended. At times this translation sounds slightly corny and doesn't flow smoothly. I recommend you read the other version: Francis Bacon: The New Organon and Related Writings, which has the eloquent 1863 translation (without the footnotes) which brings out Bacon's original eloquent voice with the power and the fury of the philosophers and the Christian rationalists.
The New Organon is divided into two books. Here is a summary of what you will find in Bacon's work on the "Scientific Method' and its variants:
Book 1 (Basically, Critiques of Knowledge):
Critiques of letting pure reason be the guide to acquiring knowledge of nature and redirecting to letting nature be the guide to interpreting nature; consider more than just anticipations in nature; the 4 Idols of understanding that give men false understanding, error, speculation: Idols of the Tribe, Cave, Marketplace, and Theatre (XXXIX-LXII); critique of Aristotle's manipulation of nature to suit his philosophy and lack of experimentation; full blown critiques of problems in the 3 classes of Rational Schools of Philosophy: Sophistry [dependence on wit] , Empirical [big claims, little evidence, dogmas], Superstitious [mixing weird theology and philosophy] (LXII-LXV); making a science of the Book of Genesis [in context of his time, Bacon saw this useless because there was no way to verify the origins of the universe, let alone archeology to validate stories in Genesis] (LXV); stupid ways of experimentation used up to his time, using God's creation of light in Genesis as a lens on how to enlighten and buffer the sciences via conducting 2 types of experimentation : Experimentation of Light and Fruit (LXX); things that distracted men from focusing on natural philosophy; benefits of discovery; bad memories of conflict between natural philosophy and religion, and Bacon's defense of compatibility between natural philosophy and religion (LXXIX); science being hindered the greatest by men thinking things impossible [plea for optimism in science for sake of discovery using Columbus as an example] (XCII); applying mathematics to nature; increasing natural knowledge fulfils Biblical prophecy from the Book of Daniel [Divine Providence] (XCIII); building axioms upon axioms as way of increasing knowledge of nature; examples of benefits of discovery in terms of technology (CX); applying the Scientific Method on politics, ethics, memory, etc. (CXXVII); comparative analysis; emphasis on history to further knowledge of nature and more.
Book 2 (Basically, Examples of applications of the methods of induction in analysis of information):
Types of systematic inquiry for interpretation of nature; investigating the nature of a spirit (VII); 2 kinds of axioms: Metaphysical and Physical (IX); experiments from axioms and axioms from experience; comparative tables of instances with similar, dissimilar, and missing natures; short procedures to try on these natures and things with similar and dissimilar natures to compare quality of substances; 27 Prerogative Instances that aid in interpreting nature carefully and correctly [divided into 2 parts: Operational aspects of science and Informational aspects of science]; with examples and wanderings of inquiry from Bacon on the nature of magnets, light, liquids, heat, and so on.
Overall, this is truly one of the greatest accomplishments in the realm of inquiries of nature and lays science where it belongs as true philosophy spliced with a bit of empiricism. Modern scientists and engineers can learn a lot from this work in terms of how to be humble and reasonable and empirical via some experiments which are, in turn, based on experience via the senses, and in terms of History the experiments are testimony of people of the past. Experience has it's weaknesses when considering history and other areas of study, though. Bacon's naturalism is not a metaphysical naturalism, but is instead a physical naturalism and his belief in God and the Bible are not in conflict, but are instead complementary, but cautionary, not to cross the boundaries of what Holy Writ mentions and interprets natural phenomenon and human interpretation of natural phenomenon, according to Bacon. His criticism on empiricism should be worth buying the book. Science is more than just direct physical evidence. Science includes more commonly indirect evidence, speculation, and just basic philosophizing, but ultimately searching consistency if ideas in hopes of reflecting nature's tendencies as best as possible.
For further reading on the nature of science and the methods please read: The Structure of Science: Problems in the Logic of Scientific Explanation (2nd edition), The Structure of Scientific Theories, Theories of Explanation, Four Decades of Scientific Explanation.
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