[A response to Marek]
I wrote yesterday “Science instinctively has a problem with the metaphysical” – my brother replied: "It’s fairer to say that science’s problem with the metaphysical is epistemological and methodological, and that individuals who claim to practice the scientific method have biases."
Very much so. I used the sentence as a shorthand, but today I shall go into Marek's observation in greater detail.
Coincidentally, yesterday, out of curiosity, I looked up the etymology of the word 'doctor' in both the academic and medical sense. The root is docere, the Latin for 'to teach'. In the pre-scientific world, medical knowledge and religious teaching were closely linked; monks and physicians often served as healers and religious authorities. Divine intervention was an intrinsic part of the healing process. (Indeed, during medieval times, many Jewish physicians were also rabbis). London's famous teaching hospital, Barts (Bartholomew's Hospital), for instance, was founded by the Augustinian Friars in 1123. The words 'hospital', 'hostel' and 'hotel' all derive their etymology from the same route (the dropped 's' replaced by the circumflex over the 'o' as in the French spelling of hôtel. With a root in the Latin hospes (meaning both 'guest' and 'host'), early mediaeval hospitals (hôtels de Dieu) provided hospitality to guests – pilgrims – and patients – alike.
{{ Suddenly 'Paracelsus' pops up in my stream of consciousness. On we go, thus guided. }}
From Wikipedia: [the Swiss physician Paracelsus 1493-1541] "was a pioneer in several aspects of the 'medical revolution' of the Renaissance, emphasising the value of observation in combination with received wisdom. He is credited as the 'father of toxicology'." Furthermore: "Paracelsus's approach to science was heavily influenced by his religious beliefs. He believed that science and religion were inseparable, and scientific discoveries were direct messages from God. Thus, he believed it was mankind's divine duty to uncover and understand all of God's message. Paracelsus also believed that the virtues that make up natural objects are not natural, but supernatural, and existed in God before the creation of the Universe." Bingo. A man I could see eye to eye with.
It was entirely normal to marry the natural with the supernatural before the scientific revolution brought on by Isaac Newton. (It must be said, however, that Newton was a deeply spiritual man, who spent as much of his life pursuing theological and occult interests as in developing the groundwork for rational science.) The Enlightenment chased away mediaeval superstitions and the notion of magical thinking – physical effect without physical cause.
With the development of the scientific method, hypotheses could be put to the test and objectively proved or disproved. Over time, the scientific method evolved as a way to explain reality, becoming a powerful tool driving the industrial revolution and two centuries later, the information revolution.
The key epistemological concepts underpinning the scientific method are:
- Observation: gathering objective data from experiments or survey.
- Hypothesis: a proposed explanation for an observed phenomenon, based on existing knowledge and observations.
- Falsifiability: hypotheses should be set out in a way that allows them to be potentially disproven by observations.
- Experimentation: testing the hypothesis under controlled conditions to gather data and evaluate its validity.
- Inductive reasoning: drawing conclusions from observations, while acknowledging the limitations of generalisation.
- Replication: repeating experiments to ensure results are reliable and not due to chance or error.
- Peer review: scrutiny by other scientists to assess the validity of experiments, data, and conclusions (list summoned up via Google Gemini).
Lent 2023, Day 11
Personalities and Disorders
Lent 2022: Day 11
Aliens, Angels and Daemons
Lent 2021: Day 11
The Ego, Consciousness and Spiritual Evolution
Lent 2020: Day 11
Dreams and the Afterlife
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