Great Scientific Ideas That Changed the World

Overview

Course No. 1120

Discover transformative scientific breakthroughs that reshaped history in this captivating course by an award-winning historian of science. Explore the foundational ideas that shaped modern life—from the invention of science itself to the interplay between scientific progress and societal evolution.

Course Description

This 36-lecture series examines the ideas that form the backbone of modern science and their profound societal impact. You’ll learn how scientific, philosophical, and even political ideas intertwine, driving cultural and technological change at an accelerating pace.

Key Themes:

• The birth of science and its cultural roots

• The fusion of abstract knowledge and practical innovation (“techno-science”)

• How scientific ideas redefine humanity’s understanding of reality

• The ongoing dialogue between science, technology, and society

Video Lectures

Section 1: Foundations of Scientific Thought

• Knowledge, Know-How, and Social Change (32 min)

• Writing Makes Science Possible (32 min)

3. Inventing Reason and Knowledge (31 min)

4. The Birth of Natural Science (32 min)

5. Mathematics as the Order of Nature (32 min)

Section 2: The Rise of Techno-Science

6. The Birth of Techno-Science (32 min)

7. Universities Relaunch the Idea of Knowledge (32 min)

8. The Medieval Revolution in Know-How (32 min)

9. Progress Enters into History (32 min)

10. The Printed Book: Gutenberg to Galileo (31 min)

Section 3: Revolutionizing Worldviews

11. Renaissance Painting and Techno-Science (32 min)

12. Copernicus Moves the Earth (32 min)

13. The Birth of Modern Science (32 min)

14. Algebra, Calculus, and Probability (32 min)

15. Conservation and Symmetry (32 min)

Section 4: Modern Science and Its Implications

16. Instruments as Extensions of the Mind (31 min)

17. Time, Change, and Novelty (32 min)

18. The Atomic Theory of Matter (32 min)

19. The Cell Theory of Life (32 min)

20. The Germ Theory of Disease (32 min)

(Continue listing remaining lectures in the same structured format.)