O Phyical chomitayI Chapter I Introduction of Quantum Meelanics Physical Chemistry 2021/821 Chemistry Departme nt of Fudan Universit
Physical ChemistryI Chapter I Introduction of Quantum Mechanics 2021/8/21 Chemistry Department of Fudan University 1 Physical Chemistry
O Phyical chomitayI Chapter I Introduction of Quantum Meelanics Chapter one Introduction to quantum Mechanics 1020 meters- 10-20meters The WORLD 1010years-10-18seconds 103stars 10fatoms Can we describe the universe with an uniform theory, especially anan atom scale 20218/21 Chemistry Departme nt of Fudan University
Physical ChemistryI Chapter I Introduction of Quantum Mechanics 2021/8/21 Chemistry Department of Fudan University 2 Chapter One Introduction to Quantum Mechanics 1020 meters~ 10-20meters 1010years ~ 10-18seconds 1013stars ~ 102atoms Can we describe the universe with an uniform theory,especially an an atom scale? The WORLD
O Phyical chomitayI Chapter I Introduction of Quantum Meelanics 1-1 Naissance of the Quantum Mechanics 理四ⅧⅢ皿〓 Classical(Newtonian) Maxwell's Theory of Electricity mEchanics and magnetism多 In the late of nineteenth century, some physicists believed that the theoretical structure of physics was complete, is it true? 20218/21 Chemistry Departme nt of Fudan University
Physical ChemistryI Chapter I Introduction of Quantum Mechanics 2021/8/21 Chemistry Department of Fudan University 3 Classical (Newtonian) Mechanics Maxwell’s Theory of Electricity and Magnetism In the late of nineteenth century, some physicists believed that the theoretical structure of physics was complete, is it true? 1-1 Naissance of the Quantum Mechanics
Phgyical ChemidkryI Chapter I Introduction of Quantum Mecltanics 牛顿力学 Maxwell方程电磁波 电磁波能量量子化 旧量子论 波的粒子性 光的粒子性 11年 反推! 新量子论实物粒子的量子化 粒子的波动性 量子力学 20218/21 Chemistry Departme nt of Fudan University
Physical ChemistryI Chapter I Introduction of Quantum Mechanics 2021/8/21 Chemistry Department of Fudan University 4 电磁波能量量子化 光的粒子性 实物粒子的量子化 旧量子论 波的粒子性 新量子论 粒子的波动性 反推！ 量子力学 牛顿力学 Maxwell方程 电磁波 11 年
Phgyical ChemidkryI Chapter I Introduction of Quantum Mecltanics 1900 Max Planck explains blackbody radiation in the context of quantized energy emission: Quantum theory is born Albert Einstein proposes that light, which has wavelike properties, also consists of discrete, 1905 quantized bundles of energy, which are later called photons. Ernest Rutherford proposes the nuclear model of the 1911atom Niels Bohr proposes his planetary model of the atom, along with the concept of stationary energy states 1913 and accounts for the spectrum of hydrogen. 20218/21 Chemistry Departme nt of Fudan University 5
Physical ChemistryI Chapter I Introduction of Quantum Mechanics 2021/8/21 Chemistry Department of Fudan University 5 1900 1905 1911 1913 Max Planck explains blackbody radiation in the context of quantized energy emission: Quantum theory is born. Albert Einstein proposes that light, which has wavelike properties, also consists of discrete, quantized bundles of energy, which are later called photons. Ernest Rutherford proposes the nuclear model of the atom. Niels Bohr proposes his planetary model of the atom, along with the concept of stationary energy states, and accounts for the spectrum of hydrogen