The Scientific Revolution Flashcards
What was the Aristotelian world view?
Earth in the middle of universe and planets revolve around (global (circular) motion) = geocentric model
Planets perfectly round and movement in perfect circles - epicycles
Earth static - movement =vertical - elements have natural place (local (vertical) motion)
What did Copernicus make observations on?
Mathematical sense that earth orbits sun- idea of calculating where a planet should be makes more sense that earth rotates sun -> began to undermine Aristotelian view = heliocentric model
Rationalist tradition - what was Johannes Keller’s view?
Mathematically makes sense planet orbits elliptic not circular
Sun not centre but focal point of ellipse
Linear nor angular speed are constant but area speed is (speed different at different points of orbit)
What did Galileo find?
Perfected telescope
Contradicted smooth, perfect circle planets - saw craters
Contradicted everything orbits earth- saw 4 moons around Jupiter
Suggested cannon balls follow parabolic path like planets similar to track of ellipse
Came up with primary and secondary qualities
How did newton contribute to scientific revolution?
Used mathematics to describe primary qualities eg. To describe planets and object motion
Used lots of experimental data
Mechanistic world view - saw world as a machine
What was Francis bacon’s method?
Baconian Method - collect enough facts, can derive enough laws to get a good idea of how the universe works
Used tables to gather common factors and find common factor success - beware of idols eg. Influence of other factors - be objective
Modern day eg. IQ - can make list of all elements that define intelligence eg. Memory, maths, language etc
How did Rene Descartes contribute to scientific method?
Radical doubt - everything can be doubted but that I am thinking - separates humans from animals
Animals = machines -> no awareness of being aware, no behavioural flexibility, no language
Dualist
Problems of dualism - where does mind interact with body? Homunculus problem (infinite regression), existence of others minds
What was Leibniz’s idea of bodily events?
Every event is accompanied by a mental event - psychophysical parallelism - mathematically applied to the universe - processes follow the same course
What were Hobbes and Spinoza’s views on mind body relationship?
Hobbes - only matter exists = materialism no mind
Spinoza - mind and body = 2 sides of same coin = aspectual dualism - one thing that look at from a different perspective
What is enlightenment?
Method that figures out feelings etc (secondary qualities)
Reason leads way to insight and happiness
Attempts to apply how well science has done to psychology and mind - mechanisation of mind
What is John Locke’s view?
Born as blank slate and only learn from observations, gain knowledge from experiences
Have no innate faculties eg. perceiving, remembering
Sensation gives simple ideas -> combination and abstraction gives us complex ideas eg. horse - different ideas eg. legs, body, hair come together
What is David Hume’s ideas?
Experience brings knowledge, not reason
Complex ideas can be traced back to (simple) impressions
Abstract things can’t be decomposed = doesn’t exist eg. god - have no impressions - self-illusion
Chapter 2
What were Newton’s ideas regarding the planets?
Came up with idea objects attracted to each other
Explained why planets orbit sun and moons orbit planets but also defined relevant forces and described them so they could be calculated precisely
Chapter 2
What factors are thought to have set off the scientific revolution?
Growth of population and urbanisation
Crisis of religion
New inventions that made information more easily available
Existence of universities and patronage
Massive enrichment from Greek and Arab civilisations
Idea that small issues could be solved without need of overall view that explained everything in the universe
Chapter 2
Inductive v Deductive reasoning
Deductive - form of reasoning which start from a number of indisputable premises from which new true conclusions can be drawn if the rules of logic are followed
Inductive - start from observations and try to reach general conclusions on basis of convergences in the observations - needed in science to turn observed phenomena into scientific laws but doesn’t guarantee conclusions are true