The Emergence of Classical Mechanics in the Enlightenment

Exploring the transformative journey of science from the Enlightenment's classical mechanics to the 20th century's environmental consciousness. Key figures like Newton, Darwin, and Mendel revolutionized our understanding of the universe, biology, and genetics, while societal progress and technological advancements marked each era.

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The Emergence of Classical Mechanics in the Enlightenment

The Age of Enlightenment, a transformative era in the 17th and 18th centuries, heralded a new scientific paradigm that emphasized reason and empirical evidence. Isaac Newton's "PhilosophiƦ Naturalis Principia Mathematica" was instrumental in establishing classical mechanics, providing a mathematical framework for understanding the physical universe. His laws of motion and universal gravitation became cornerstones of the Enlightenment's scientific revolution. Meanwhile, Gottfried Wilhelm Leibniz's work paralleled Newton's, as he developed calculus independently and contributed to the mechanical philosophy that rejected Aristotelian teleology, advocating that the same natural laws apply universally without predetermined purposes.
Eighteenth-century study with wooden desk, Enlightenment scientific instruments, colored glass bottles, anatomical and botanical illustrations.

The Enlightenment's Influence on Science and Societal Progress

The Enlightenment reoriented the goals of science towards practical applications, wealth creation, and the improvement of human conditions. Francis Bacon, a proponent of the empirical method, argued for the utility of science in producing inventions and economic prosperity. The era also saw the establishment of scientific societies and academies, which became hubs for research and innovation, overshadowing the role of universities. The dissemination of scientific knowledge to a broader, literate audience fostered the professionalization of science. Philosophers and scientists like Galileo, Kepler, Boyle, and Newton inspired the application of scientific methods to the study of human nature, society, and economics, laying the groundwork for social sciences.

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1

The ______ of Enlightenment was a pivotal period in the 17th and 18th centuries that promoted logic and evidence-based understanding.

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Age

2

Newton's principles, including his laws of motion and ______ gravitation, were key to the scientific advancements during the Enlightenment.

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universal

3

Gottfried Wilhelm Leibniz independently developed ______ and helped advance the mechanical philosophy during the same era.

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calculus

4

Leibniz's mechanical philosophy challenged ______ teleology, suggesting that natural laws are consistent and not driven by specific purposes.

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Aristotelian

5

Empirical method proponent

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Francis Bacon advocated for empirical research to drive scientific progress and practical inventions.

6

Role of scientific societies in the Enlightenment

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Scientific societies/academies formed, becoming centers for research and surpassing universities in this role.

7

Impact of Enlightenment on social sciences

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Thinkers like Galileo, Kepler, Boyle, and Newton applied scientific methods to human/societal study, founding social sciences.

8

During this period, chemistry became recognized as its own ______ ______.

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scientific discipline

9

______ ______'s work delved into the psychological underpinnings of human actions.

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David Hume

10

______ ______ laid down the foundational concepts of modern economics in his work 'The Wealth of Nations'.

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Adam Smith

11

The combined intellectual progress and insights into social structures led to the emergence of ______ ______.

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modern sociology

12

19th Century Science Professionalization

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Science became a distinct profession; societies and journals established, formalizing scientific careers.

13

Darwin and Wallace's Contribution

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Developed theory of evolution by natural selection, explaining species adaptation and diversity.

14

Mendel's Genetics Breakthrough

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Discovered inheritance patterns in pea plants, founding modern genetics with Mendelian inheritance laws.

15

During the ______ century, the Space Race and nuclear technology development were notable scientific projects.

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20th

16

The discovery of ______ radiation was crucial in supporting the ______ theory about the universe's origin.

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cosmic microwave background Big Bang

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