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What are the world-famous natural science books?
World natural science masterpieces:

Poincare's science and hypothesis, science and method

Weiner cybernetics

Joseph Needham's History of Science and Technology in China

Neumann's Computer and Human Brain

Bertalanfeld's General System Theory: Foundation, Development and Application

Shennong's Theory of Mathematical Communication

Structure, Dissipation and Life of Prigogine

mathematics

Euclid's Elements of Geometry

Archimedes on spiral, floating body, sphere and cylinder

Liu Hui's Notes on Nine Chapters of Arithmetic

Zu Chongzhi's Daming Calendar

Cartesian geometry

Introduction to Fermat Plane and Solid Trajectory

Leibniz, a new method to find the maximum, minimum and tangent.

Euler's introduction to infinite analysis and analytical mechanics

Lagrange analytical mechanics and analytic function theory

The arithmetic research of gauss and the general research of surface.

Riemannian general theoretical basis and geometric assumptions of simple complex variable functions.

Cantor's "Theoretical Basis of Super-finite Numbers"

Hilbert's geometric basis

Hua's "Levelling and Supplement of Master Planning Law" and "Levelling and Supplement of Optimization Law".

Chen Shengshen's anthology

Chen Jingrun's The Big Even Table is the sum of the products of a prime number and no more than two prime numbers.

Differential geometry of Qiu Chengtong

physics

Gilbert's magnetism

Huygens' The Swinging Clock and Lamp

Newton's natural philosophy and mathematical principles of optics

Faraday's Experimental Study on Electricity

George talked about the mechanical equivalent of heat and the heat generated by voltaic electricity.

Helmholtz's Conservation Law of Force and Acoustics

Kelvin's new physical and mechanical experiments involve aeroelasticity and its influence on thermodynamic theory.

Maxwell's general theory of electromagnetism and Faraday's magnetic field lines

Roentgen is using new rays.

Hertz's electrodynamics theory, the propagation speed of electrodynamics.

Planck's theory on the energy distribution law of normal spectrum

Rutherford's Radiology and New Alchemy

Bohr's theory on the composition of atoms and molecules

Schrodinger, what is life? Quantization as an eigenvalue problem

De Broglie's Research on Quantum Theory

The Basis of Einstein's Special Relativity and General Relativity

Pauli composite structure of electron groups and spectra in atoms

Fermi's beta decay theory

Mrs Meyer's basic theory of core-shell structure

Yukawa Hideki on the Interaction of Elementary Particles

Wu Jianxiong's experimental report on parity non-conservation under weak interaction.

Yang Zhenning's elementary particles and their interaction, a brief history of the development of elementary particles

Li Zhengdao's parity conservation in weak interaction, symmetry and asymmetry.

Ding Zhaozhong's report on the discovery of J particle

Chu Di-wen on Chu Di-wen