1.
Antoine Laurent Lavoisier
(1743-1794) - Memoir on Combustion in General, Giunta
2.
John Dalton (1766-1844)-A New System of Chemical Philosophy, Giunta
3.
Dalton's atomic theory, Fred Senese
4.
Amedeo Avogadro (1776-1856) -
Essay on a Manner of Determining the Relative Masses of the Elementary
Molecules of Bodies, and the Proportions in Which They Enter into These
Compounds, Giunta
5.
The Periodic Law of the
Chemical Elements - Mendeleev, Giunta
6.
New Experiments on the Kathode
Rays - Jean Perrin, Giunta
7.
J J Thomson and the Discovery of the Electron, Cavendish
Laboratory
8.
The Discovery of the Electron by J.J. Thomson, aip-history
9.
10.
Making X-rays, Physics 2000
11.
Spectral
Distribution of the black body radiation, University of Florida - Chemistry
12.
13.
Black Body Radiation,
Fowler
14.
Planck´s
law, Weisstein
15.
BlackBody Physlet, Christian
16.
Blackbody (in Spanish), Franco
17.
Wien´s Displacement Law, University of Florida - Chemistry
18.
19.
Blackbody Radiation and Stellar Temperature, University of Oregon
20.
Planck's Constant and the Energy of a Photon, Physics 2000
21.
Max Planck Nobel Prize Address
(1920), Giunta
22.
Light and the Quantum World,
Fermi National Accelerator
Laboratory
23.
24.
25.
Resume over the Origins of Quantum Theory, University of Florida -
Chemistry
26.
Rudiments of Quantum Theory,
Thomas
27.
Experimental Problems Confronting Classical Physics, Thomas
28.
Quantum Theory Comes of Age, Thomas
29.
What is Physics?, Nobel
Foundation
30.
Thomson's Model of the Atom, Diamond Bar
High School
31.
Thomson Scattering, Fowler
32.
Rutherford Scattering, Fowler
33.
Rutherford Model of the Atom, Physics 2000
34.
Rutherford Scattering, Surendranath
35.
Rutherford Scattering (in Spanish), Franco
36.
Incandescence spectrum,
Kansas State University
37.
Gas Lamps - Emission, Kansas State University
38.
Gas Lamps -Absorption,
Kansas State
University
39.
The spectrometer, Bird
40.
Spectral lines, Physics 2000
41.
Spectral lines, Deutsch
42.
Note on the Spectral Lines of
Hydrogen - Balmer, Giunta
43.
Nagaoka model of the atom,
Nagaoka’s Photo,
Asimov-Weisstein, Giunta
44.
The rings of a planet (in Spanish), Franco
45.
Balmer's Formula, Physics 2000
46.
On the spectrum of Hydrogen -
Bohr, Giunta
47.
On the Constitution of Atoms
and Molecules – Bohr, Giunta
48.
Niels Bohr - The Old Quantum
Theory, Thomas
49.
The Bohr Atom, Fowler
50.
Bohr's Atom, Physics 2000
51.
Angular Momentum of an
Electron, Physics 2000
52.
The electronic spectrum of
hydrogen - the Bohr atom, Bird
53.
54.
Experiment
of Franck-Hertz, Kansas State university
55.
From Bohr’s atom to Electron
Waves, Fowler
56.
The Wave Nature of Matter and De Broglie Model of the Atom, Physics 2000
57.
Bohr's and De Broglie's Theories of the Hydrogen Atom, Fendt
58.
DeBroglie Waves for Bohr
Orbits, Bird
59.
Wave or a Particle - or Both, Thomas
60.
Particles ARE Waves!, Thomas
61.
Electron diffraction apparatus, Boston University
62.
A picture of wave-particle duality with ocean waves and a surfer, University of California at San Diego-Physical Chemistry
63.
Electron Interference, Physics 2000
64.
Young interference fringes, Joffre
65.
Double Slit Diffraction,
Kansas State
University
66.
Single Slit Diffraction,
Kansas State
University
67.
Interferometry
with electrons and ions, Atominstitut der Österreichischen Universitäten
68.
When Particles Behave Like
Waves (in 2-D), Russell
69.
Time dependent QM: Two
dimensional tunneling, Márk
70.
Time dependent QM: Two
dimensional hard core potential, Márk
71.
Time dependent QM: Nanotube in
2D, Márk
72.
Introduction to Quantum Mechanics, University of
Florida - Chemistry
