AP European History Guide

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Scientific Revolution, Art, Locke & Rousseau

The Scientific Revolution

Date: 1543–1687

Topics:
Science and Technology
Art and Culture
Social Changes and Transition to Absolutism
Intro to Enlightenment

Science and Technology

Why did this come about?

I. Importance of antiquity — going from Aristotelian physics, Ptolemaic astronomy, and Galen’s anatomical models. The revolution revived interest in science and built on old ideas.

II. “Natural philosophers” who reuse humanist ideas to explain the world.

III. Influence of magical belief and need to structure nature — neoplatonism

  • Alchemy: a forerunner of chemistry; belief that base metals could be transformed into gold or silver, and create potions that cure disease or give eternal life/youth (Paracelsus suggested metals and plants could help cure syphilis)

  • Astrology: claimed natural phenomena could be predicted with planetary movements

  • Pythagoras: suggested numerical patterns could explain phenomena

IV. Europe’s fascination with technological invention (from Renaissance)

V. Growing interest among anatomists in experimenting and dissecting humans and animals.
University of Padua medical school — first anatomical theatre.

VI. Instruments and technology such as the telescope, vacuum pump, thermometer, barometer, and microscope.

THE ANCIENTS:

Aristotle

  • Prolific writer who summarized a lot of Greek work

  • Worked with concept of teleology: everything has a purpose

  • Observation: Earth is not moving → geocentrism

  • Four element theory: earth, air, fire, water

  • Elements remain in their natural habitat, creating life’s structure

Ptolemy

  • Astronomer who designed a model of the solar system

  • Geocentric

  • Crystalline spheres lock moon and stars in place

  • “No movement without a mover” → prime mover is God

  • Made maps and noticed planets do not move in circular orbits → epicycles

THE MODERNS:

Andreas Vesalius (1514–1564)

  • Member of Padua faculty who pointed out errors in Galen’s anatomy

  • Book: The Structure of the Human Body

Nikolas Copernicus (1471–1543)

  • Polish cleric with Aristotelian education

  • Objected to Ptolemaic system (violates Occam’s Razor)

  • Proposes heliocentrism

  • Earth rotates and revolves

  • Gets order of planets, moon orbit, all by 1521

  • Publishes On the Revolution of Heavenly Bodies in 1543

  • Afraid of Church reaction

  • Ptolemaic system matches Biblical story of Joshua — problematic

  • Luther and Calvin reject him

  • Goes on Index of Forbidden Books

  • If Earth moves, it is a “heavenly body” → what is heaven?

  • Pope Gregory XIII uses Copernican math to reform calendar (1582)

Giordano Bruno

  • Publishes that Copernicus is right

  • Arrested by Inquisition and burned at stake for heresy

…SCIENCE vs RELIGION begins.

Tycho Brahe (1546–1601)

  • Dutch astronomer employed by King of Denmark

  • Plotted star positions for 23 years

  • Massive data; passed it to Kepler

Johannes Kepler (1571–1630)

  • Brahe’s German assistant

  • Saw comets → no crystalline spheres → empty space

  • Three Laws of Motion

    • Orbits are elliptical

    • Equal areas in equal times

    • Planets closer to sun have shorter years

Galileo Galilei (1564–1642)

  • Italian, lived near Church power

  • Developed telescope (10x)

  • The Starry Messenger (1610)

    • Moon has craters

    • Jupiter has moons

    • Sunspots

  • Suggests Bible is wrong → declared heretic

  • 1632: Dialogues on Two World Systems

  • Brutally pressured → recants in 1633

  • Spends last 7 years under house arrest

  • Church apologizes in 1992

  • First “modern scientist,” mechanistic worldview

  • Observational method

  • Theory of Inertia

  • Law of Falling Bodies (Leaning Tower experiments)

  • 1638: Two New Sciences

William Harvey (1628)

  • Revolutionizes understanding of human body

  • Identifies heart’s function

  • Proves blood circulates

Isaac Newton (1642–1727)

  • One of the greatest scientists in history

  • Integrates scientific knowledge into mathematical formulas

  • 1666: Flees Cambridge due to plague → annus mirabilis

    • Discovers gravity

    • Invents calculus

    • Law of Universal Gravitation: gravitational pull decreases with square of distance

  • Conflicts with Leibnitz

  • Member of Royal Society

  • 1684: Boyle, Halley, Wren bet on Kepler’s laws

  • Halley visits Newton → shocked Newton solved it already

  • Asks him to write a book

Principia (1687)
Newton alters religion, science, and human thinking forever.

Jesuits tell the Church that Newton is right and the game’s over
Doesn’t challenge, PROVES.

Loss

  • Not center of universe anymore

  • 1500 years of ignorance

  • Faith changes

  • Loss of innocence (like realizing Santa isn’t real)

  • God becomes known as The Great Watchmaker—God set the universe in motion but does not intervene.

Gain

  • Gives way to deists

  • New S.T.E.M. learning and better scientific method

  • Religious toleration

  • Better education

  • Deeper understanding of nature

THE EFFECTS

I. Science becomes mathematical and demands logical, provable explanation.
Epistemology becomes the theory of how to obtain and verify knowledge—experience, reason, and doubt over unsubstantiated authority → Scientific Method.

II. The question: Which was more significant? Loss or gain? Optimism or pessimism?
Battle of Ancients vs. Moderns.

  • Francis Bacon: induction (specific → general). Supported scientific thinking. New Atlantis (1627).

  • René Descartes (1596–1650): applied scientific method to knowledge → modern philosophy.

    • Deduction (general → specific)

    • Principle of Doubt. “I think therefore I am.”

    • Invented Cartesian plane, analytic geometry

    • Discourse on the Method (1637)

Newton + Bacon + Descartes → Scientific Method
Collect data (induction) → hypothesize → experimentation (deduction)

  • Blaise Pascal: mathematician; after 1654 mystical experience, focused on faith.
    Pensées: “The heart has its reasons that reason cannot know.”

III. Marin Mersenne builds scientific correspondence networks → Royal Society of London (1660).

Art and Literature

Mannerism
Esoteric, artificial images, weird perspective, distorted figures, unnatural colors.

  • El Greco (1541–1614): Greek painter, mannerist.

  • Michel de Montaigne (1533–1592): created the essay.

  • Neostoicism: self-knowledge, passive acceptance (Justus Lipsius).

  • Miguel de Cervantes: Don Quixote, satire.

  • William Shakespeare (1564–1616).

Return of Assurance: The Baroque

A style of grandeur and opulence, opposing mannerist uncertainty.
Caravaggio starts Baroque.

Baroque characteristics:

  • Pronounced light and shadow

  • Subdued color

  • Motion and emotion

  • Secular themes

  • Dimensional play

  • Dramatic moments

Must-Know Baroque Works (Mr. Houser):

  • Calling of Saint Matthew

  • Judith and Holofernes (Caravaggio & Artemisia Gentileschi)

  • David (Bernini / Michelangelo / Donatello comparison)

  • The Ecstasy of Saint Theresa (Bernini)

  • Saint Peter’s Basilica (Bernini finishing vs. Michelangelo building)

  • Rape of the Sabine Woman (Peter Paul Rubens)

  • Saint George and the Dragon

  • Girl with a Pearl Earring (Vermeer)

Baroque splits into Catholic Baroque (ornate, dramatic) and Dutch Baroque (domestic scenes).

Music
New instruments (keyboard, strings).
Opera rises.
Claudio Monteverdi (1567–1643), Orfeo (1607).

Classicism and Dutch Style

  • Classicism: Baroque detail/drama with restraint and structure.

    • Nicolas Poussin (1594–1665).

  • Dutch Style: shaped by Protestantism and republicanism.

    • Rembrandt van Rijn (1606–1669).

  • French theater:

    • Pierre Corneille, Le Cid (1636), condemned by Richelieu.

    • Jean Racine (1639–1699).

Social Patterns and Popular Culture

I. Population fluctuations: rise in 16th c., decline in 17th c.

II. Status determinants shift to wealth & education.
Women still limited but Artemisia Gentileschi and Aphra Behn show new talent roles.

III. Peasant taxes rise; landowners increase demands (seigneurial reaction).
Famine + war affect lower classes.
Cities and crime rise. Torture common in courts.

IV. More royal officials.
Village life declines; many migrate to cities.
Urban literacy rises (⅓ of men literate by 1700).

V. Belief in magic and rituals → chaos.
Magic used for remedies, omens everywhere.
Great Witch Craze mainly in Central Europe.

After the Scientific Revolution → rise of political change debates (Absolutism)
Key figures: Thomas Hobbes and John Locke

Thomas Hobbes

  • From poor family, tutor to aristocrats, used scientific logic to study politics.

  • Secretary to Bacon; mathematician for Charles I.

  • The Leviathan (1651): people are selfish/ambitious → perpetual war → state of nature

  • Radical nominalist; everything explained through appetite and aversion

  • War of All against All → only government can restrain

  • Social contract: created to avoid the state of nature

  • Fear keeps order → create a powerful authority → the Leviathan

  • Supports absolutism based on self-interest.

John Locke

  • Quiet Oxford scholar; admired Hobbes but disagreed.

  • Mind at birth = tabula rasa (blank slate).

  • Reason teaches patterns; all men created equal.

  • Essay Concerning Human Understanding (1690); Two Treatises of Government (1689)

  • Knowledge = perception + reflection

  • Social contract: people are neutral, not bad; must respect life, liberty, property

  • Morality exists (vs. Hobbes).

  • Two-step contract → government + sovereign community

  • Right to Revolution if government breaks the contract

  • Separation of power and checks & balances

  • Jefferson heavily borrows Locke’s ideas.

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