中英文大模型差別很大啊，狗肉塊英文排名

The Greatest Scientists of All Time

Rank	Scientist	Lifespan	Field(s)	Key Contributions	Why Among the Best
1	Isaac Newton	1643–1727	Physics, Mathematics	Laws of motion and universal gravitation; calculus; optics (e.g., reflecting telescope).	Revolutionized physics and math; his Principia Mathematica (1687) laid the foundation for classical mechanics, influencing everything from engineering to space travel. Tops most meta-lists for sheer productivity and influence.
2	Albert Einstein	1879–1955	Physics	Theory of relativity (E=mc²); photoelectric effect (Nobel, 1921); contributions to quantum theory.	Transformed our understanding of space, time, and energy; enabled nuclear power and GPS tech. Appears on 95% of aggregated lists, symbolizing genius.
3	Galileo Galilei	1564–1642	Astronomy, Physics	Improved telescope; discovered Jupiter's moons and Venus's phases; laws of falling bodies.	Father of modern observational science; supported heliocentrism, challenging dogma and pioneering experimental methods. On nearly every top-10 list.
4	Charles Darwin	1809–1882	Biology	Theory of evolution by natural selection (On the Origin of Species, 1859).	Explained biodiversity and species adaptation; cornerstone of modern biology, medicine, and genetics. Influenced ecology and anthropology profoundly.
5	Marie Curie	1867–1934	Physics, Chemistry	Discovered radioactivity, polonium, and radium (Nobels in both fields, 1903/1911); pioneered X-ray tech.	Only person with Nobels in two sciences; advanced cancer treatment and nuclear physics. Her work saved countless lives despite personal radiation risks.
6	Aristotle	384–322 BCE	Philosophy, Biology, Physics	Classified animals; early logic and empiricism; foundational texts in multiple sciences.	Shaped Western thought for 2,000 years; systematic observation influenced biology and ethics. High on chronological meta-lists for ancient impact.
7	James Clerk Maxwell	1831–1879	Physics	Equations unifying electricity, magnetism, and light; predicted electromagnetic waves.	Enabled radio, TV, and modern electronics; his 1865 equations are physics' most elegant formulation. Essential for 20th-century tech boom.
8	Nikola Tesla	1856–1943	Electrical Engineering, Physics	Alternating current (AC) systems; induction motor; wireless transmission ideas.	Powered the modern world with AC electricity; visionary inventions foreshadowed radio and remote control. Cult favorite for innovation despite underrecognition in his time.
9	Louis Pasteur	1822–1895	Microbiology, Chemistry	Germ theory; pasteurization; vaccines for rabies and anthrax.	Eradicated diseases like rabies; revolutionized medicine and food safety, saving billions of lives. Bridge between chemistry and biology.
10	Archimedes	c. 287–212 BCE	Mathematics, Engineering	Pi approximation; hydrostatics (Archimedes' principle); levers and pulleys.	Ancient engineering genius; his "Eureka!" moment advanced buoyancy and math tools still used today. High versatility in applied science.

 

The Greatest Physicists of All Time

Rank	Scientist	Lifespan	Key Contributions	Why Among the Best
1	Isaac Newton	1643–1727	Laws of motion; universal gravitation; Principia Mathematica (1687); optics (reflecting telescope).	Unified terrestrial and celestial mechanics; his equations govern everything from bridges to planetary orbits. Appears in every major physics ranking as foundational to classical physics.
2	Albert Einstein	1879–1955	Theory of relativity (special and general, E=mc²); photoelectric effect (Nobel, 1921); Brownian motion.	Redefined space, time, and gravity; enabled GPS, nuclear energy, and quantum insights. Universally recognized, topping 90% of physicist lists.
3	Galileo Galilei	1564–1642	Laws of falling bodies; improved telescope; discovered Jupiter’s moons and Venus’s phases.	Pioneered experimental physics and heliocentrism; laid groundwork for Newton’s work. Called the "father of modern physics" in most historical analyses.
4	James Clerk Maxwell	1831–1879	Maxwell’s equations (electromagnetism); predicted electromagnetic waves; kinetic theory of gases.	Unified electricity, magnetism, and light; enabled radio, radar, and modern electronics. His equations are considered physics’ most elegant framework.
5	Richard Feynman	1918–1988	Quantum electrodynamics (QED, Nobel 1965); Feynman diagrams; path integral formulation.	Clarified quantum mechanics; made complex physics accessible; contributions to particle physics and computing. Beloved for teaching and modern relevance.

 

Comparison Table: Yang vs. My Previous Top 5

To contextualize, here's how Yang stacks up against the top physicists I listed earlier, based on paradigm shift, citations, and influence:

Physicist	Approx. Global Rank	Key Edge Over Yang	Where Yang Excels
Isaac Newton	1	Unified mechanics/gravity universally.	N/A—foundational but classical.
Albert Einstein	2	Relativity reshaped spacetime.	Yang's work builds on relativity in quantum realms.
Galileo Galilei	3	Experimental method pioneer.	Yang's predictions were experimentally verified swiftly.
James Clerk Maxwell	4	Electromagnetism unification.	Comparable: Both created elegant equations central to modern tech/physics.
Richard Feynman	5	QED diagrams; accessible genius.	Yang's gauge theories enable QED extensions; similar stylistic flair.
Chen-Ning Yang	~20–30	N/A	Parity & Yang-Mills: Quantum symmetry breakthroughs; top 20th-century stylist.