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7. Cultural Transformations
The Scientific Revolution
nurturing an
understanding of the cosmos at least partially at odds with traditional Christian thinking
while some Europeans were actively attempting to spread the Christian faith
to distant corners of the world
makers of Europe’s
Scientific Revolution
vast intellectual and cultural transformation
took place between
mid-16th and early 18th
no longer relied on external authority
Bible
Church
speculations of ancient philosophers
received wisdom of cultural tradition
knowledge acquired through
rational inquiry based on evidence
those who created this revolution saw themselves as
departing radically from older ways of thinking
Copernicus from Poland
Galileo from Italy
Descartes from France
Newton from England
Impact
early modern Europe
fundamentally
altered ideas about place of humankind within cosmos
sharply
challenged teachings and authority of Church
subsequently
eroded religious belief and practice in West
(particularly among well-educated)
science also
used to legitimize gender and racial inequalities
gave
new support to old ideas about natural inferiority
of women and enslaved people
science fostered
marvels of modern production
and
horrors of modern means of destruction
when married to
technological innovation of Industrial Revolution
by 20th: so widespread that it
lost its association with European culture
became chief marker of global modernity
became
universal worldview
open to all who could accept its premises and techniques
like Buddhism, Christianity, Islam
Why Europe?
Favorable conditions
historical development as
reinvigorated, fragmented civilization
by 12th/13th:
legal system guaranteeing measure of independence
for a variety of institutions
Church
towns and cities
guilds
professional associations
universities
based on the idea of a “corporation”
collective group of people
treated as unit (single person) with certain rights to regulate and control its own members
Autonomy of emerging universities
1215: University of Paris recognized as
“corporation of masters and scholars”
could admit and expel students
could establish courses of instruction
could grant a “license to teach” to its faculty
universities became “neutral zones of intellectual autonomy”
scholars could pursue studies
relative freedom
from dictates of
church
or
state
authorities
study of natural order began to slowly separate from philosophy and theology, gain distinct identity
“core of readings and lectures that were basically scientific”
drew heavily on Aristotle’s writings
only recently available
to Western Europeans
major figures often trained in and affiliated with these universities
Contrast to other areas
madrassas
(Islamic colleges):
Quranic studies and religious law held central place
philosophy, natural science viewed with considerable suspicion
Quran held all wisdom; scientific thinking challenged it
earlier openness
increasingly replaced by disdain for scientific, philosophical inquiry
seemed to only lead to uncertainty and confusion
“May God protect us from useless knowledge”
China
:
did not permit independent institutions of higher learning
where scholars could have relative freedom
emphasized
humanistic, moral
texts of
classical Confucianism
Could draw on other cultures
especially Islamic world
(major role in birth of European “natural philosophy” between 1000 and 1500)
medical texts
astronomical research
translations of Greek classics
16th-18th:
center of massive new exchange of information
became aware of lands, peoples, plants, animals, societies, religions from around the world
shook older ways of thinking, opened way to new conceptions
uncertainties
(skepticism about established views) provided
fertile cultural ground for emergence of modern science
Reformation also contributed
challenge to authority
encouragement of mass literacy
affirmation of secular professions
Science as cultural revolution
before Scientific Revolutions:
educated Europeans had ancient view of the world
earth was stationary and at center of universe
around earth revolved sun, moon, stars in ten spheres of transparent crystal
coincided with religious outlook of Catholic Church
attention of entire universe centered on earth and human inhabitants
God’s plan for salvation on earth
universe of divine purpose
angels guided hierarchically arranged heavenly bodies along way
God watched over whole from realm beyond spheres
Scientific Revolution fundamentally challenged this understanding
Nicolaus Copernicus
Polish mathematician and astronomer
1543: published book
On the Revolutions of the Heavenly Spheres
first to argue for sun-centered universe
“at the middle of all things lies the sun”, earth and other planets revolved around it
earth no longer unique or at obvious center of God’s attention
Expansion of ideas
early 17th: Johannas Kepler (German mathematician):
planets followed elliptical orbits
, not perfect circles
1609: Galileo (Italian): developed
improved telescope
, undermined established understandings of cosmos
some began to discuss idea of unlimited universe
humankind just mere speck of dust in unimaginable vastness
Impact
Why Europe?
Favorable conditions
Autonomy of emerging universities
Contrast to other areas
Could draw on other cultures
Science as cultural revolution
Nicolaus Copernicus
Expansion of ideas
Sir Isaac Newton
Physical universe understanding
Human body understanding
Gender
Christianity
Opposition from Catholic Church
Compatibility
Galileo and telescope
Background
Galileo
Transformation of debate
Church
Question of knowledge
Science and enlightenment
European Enlightenment
Religion
Women
Growing global awareness
Progress (central theme)
Opposition
Enlightened religions
European science beyond the West
China
Japan
Ottoman Empire
Struggle against Islam
Looking ahead: science in 19th and beyond
Biology: evolution and natural selection
History: human evolution
Medicine: human mind
Physics: relativity, quantum theory
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