The Scientific Revolution and Enlightenment were transformative periods that fundamentally changed how people understood the world and society. These interconnected movements laid the groundwork for modern scientific thinking and democratic values.
The Scientific Revolution emerged in the 16th-17th centuries, introducing revolutionary methods of understanding the natural world. Key figures like Galileo, Newton, and Copernicus challenged traditional views by using observation, experimentation, and mathematical proof. Their work led to groundbreaking discoveries in astronomy, physics, and mathematics. The scientific method became the standard approach for investigating natural phenomena, replacing reliance on ancient authorities. Scientific Revolution inventions like the telescope and microscope opened up new realms of discovery. This period demonstrated why the Scientific Revolution was important - it established empirical evidence and rational thinking as the basis for knowledge.
The Enlightenment built upon these scientific advances in the 17th-18th centuries, applying reason and skepticism to questions of politics, religion, and society. The 5 main ideas of the Enlightenment included individual rights, separation of church and state, social contract theory, progress through reason, and religious tolerance. Philosophers like Locke, Voltaire, and Rousseau developed these concepts which profoundly influenced modern democracy. How did the Enlightenment influence revolutions? These ideas directly inspired the American and French Revolutions by promoting concepts of natural rights, popular sovereignty, and constitutional government. The legacy of both movements continues to shape our modern world through scientific advancement, democratic institutions, and human rights. Students studying World History and preparing for exams like the Global History Regents Grade 10 should understand how these periods marked humanity's transition to an age of reason, science, and democratic values.