科學革命

Isaac Newton｜萬有引力的發現者：改變科學世界的物理學巨人 | Isaac Newton | The Scientist Who Defined Gravity and the Laws of Motion | 世界名人錄

艾薩克·牛頓（Isaac Newton）是17世紀最偉大的科學家之一，也是近代科學革命的核心人物。他在物理學、數學與天文學領域作出巨大貢獻，其中最著名的是提出萬有引力定律與運動三大定律，建立經典力學的基礎。牛頓的著作《自然哲學的數學原理》被視為科學史上最重要的書籍之一，對後世科學發展影響深遠。他的研究讓人類第一次以數學與物理法則理解宇宙運動。

Isaac Newton (1643–1727) was one of the most influential scientists in history, widely regarded as a key figure in the Scientific Revolution. An English mathematician, physicist, and astronomer, Newton formulated the laws of motion and universal gravitation, laying the foundation for classical mechanics. His groundbreaking work Philosophiæ Naturalis Principia Mathematica revolutionized science and shaped our understanding of the physical universe. Beyond physics, Newton made significant contributions to mathematics, including the development of calculus, and advanced the study of optics through experiments with light and prisms. His discoveries not only transformed science in his own time but also influenced centuries of scientific thought and technological advancement.

30/03/2026

世界名人錄歷史

Antoine Lavoisier｜現代化學之父：質量守恆與化學革命的奠基者 | Antoine Lavoisier | The Father of Modern Chemistry and the Revolution of Science | 世界名人錄

安托萬·拉瓦節（Antoine Lavoisier）是18世紀法國著名化學家，被譽為「現代化學之父」。他透過精確的實驗與量化方法，推翻了當時流行的燃素說，提出燃燒與氧氣有關的理論，並建立「質量守恆定律」，指出化學反應前後物質總質量保持不變。拉瓦節同時改革化學命名法，建立更清晰的科學語言，使化學成為一門現代科學。他的研究徹底改變了人類對物質與化學反應的理解。

Antoine Lavoisier (1743–1794) was a pioneering French chemist widely regarded as the “Father of Modern Chemistry.” He transformed chemistry from a speculative discipline into a precise scientific field through careful experimentation and quantitative measurement. Lavoisier is best known for establishing the law of conservation of mass and for identifying oxygen’s role in combustion, effectively disproving the outdated phlogiston theory. He also helped develop modern chemical nomenclature, bringing clarity and structure to the science. Despite his immense contributions, Lavoisier’s life ended tragically during the French Revolution. His legacy, however, endures as a cornerstone of modern scientific thought and methodology.

28/03/2026

世界名人錄歷史

Nicolaus Copernicus｜日心說的提出者：改變宇宙觀的天文學革命 | 世界名人錄 Nicolaus Copernicus | The Astronomer Who Moved the Earth and Revolutionized the Cosmos

尼古拉·哥白尼（Nicolaus Copernicus）是16世紀著名的天文學家，也是科學革命的重要先驅。他提出「日心說」，主張太陽位於宇宙中心，地球與其他行星繞太陽運行，挑戰了當時普遍接受的地心說宇宙觀。1543年，他在《天體運行論》中系統闡述這一理論，開啟了人類對宇宙結構的全新理解。哥白尼的思想不僅改變天文學，也為近代科學革命奠定基礎，深刻影響後來的伽利略與牛頓等科學家。
English Version
Nicolaus Copernicus (1473–1543) was a Renaissance astronomer who fundamentally transformed humanity’s understanding of the universe. He proposed the heliocentric model, placing the Sun at the center of the cosmos rather than the Earth. This revolutionary idea challenged centuries of geocentric belief and laid the foundation for modern astronomy. His seminal work, De revolutionibus orbium coelestium, published in 1543, marked the beginning of a new scientific era. Though controversial at the time, Copernicus’s theory eventually reshaped science and philosophy, influencing later figures such as Galileo and Kepler. His work represents a turning point in the Scientific Revolution.

27/03/2026

世界名人錄歷史

Galileo Galilei｜改變宇宙觀的科學先驅：近代科學之父的革命 | Galileo Galilei | The Father of Modern Science Who Challenged the Cosmos | 世界名人錄

伽利略·伽利萊（Galileo Galilei）是17世紀最具影響力的科學家之一，被後世稱為「近代科學之父」。他透過改良望遠鏡觀測天空，發現木星衛星、金星相位以及月球表面凹凸不平等現象，為日心說提供強而有力的證據。伽利略同時在力學與實驗方法方面作出重要貢獻，推動科學從哲學思辨轉向以觀測與實驗為基礎的研究方式。雖然他的學說與當時教會的宇宙觀發生衝突，但他的研究最終改變了人類對宇宙與自然法則的理解。

Galileo Galilei (1564–1642) was an Italian astronomer, physicist, and mathematician widely regarded as the “father of modern science.” He played a crucial role in the Scientific Revolution by improving the telescope and making groundbreaking astronomical observations, including the moons of Jupiter and the phases of Venus. Galileo strongly supported the heliocentric theory proposed by Nicolaus Copernicus, which placed the Sun at the center of the universe. His advocacy brought him into conflict with the Roman Catholic Church, leading to his trial by the Inquisition. Despite opposition, Galileo’s work transformed scientific methodology, emphasizing observation, experimentation, and mathematical analysis.

21/03/2026