1.
A history of Quantum Mechanics, University of St. Andrews
2.
Double slit interference and Aharanov-Bohm
effect, Páez
3.
The spectrometer, Bird
4.
Introduction
to Quantum Mechanics, University of
Florida - Chemistry
5.
Quantum Physics Online,
Joffre
6.
Schrödinger’s wave equation, Weisstein
8.
Quantum
waves, Does science contradict scripture?
9.
Schrödinger's Atom
–Quantum jumps–, Physics 2000
10. Eigenstates in a constant
potential, Joffre
11. A traveling
probability wave, Cornell
12. Eigenstates in a
step potential, Joffre
13. Potential Step, Cornell
14.
15. The Particle in a Box, UCI
16.
17.
18.
19.
20.
21. Eigenstates in a potential well,
Joffre
22. Energy levels in a potential
well, Joffre
23.
24.
25.
26.
27.
28.
29.
30.
31.
32.
33.
34. 3D calculation of wave packet tunneling through a supported carbon nanotube, Márk
35.
36.
37.
38.
39.
40.
41. Gaussian packet in a harmonic
oscillator, Christian
42.
43.
44. Propagation of a non-minimal wavepacket, Joffre
45. Quantum Motion, Kansas State University
46.
47.
David's Whizzy Periodic Table,
Physics 2000
48.
Hydrogen Atom Wavefunctions,
Páez
49.
Hydrogenic Orbitals,
University of Kentucky
50. Atomic orbitals with n <=10, Manthey
51. The Atomic Orbital Wave Functions, Bird
52. Spherical Harmonics "Photographs of simple states of atoms", Humphrey
53. 3-D Interactive Spherical Harmonics, Humphrey
54.
Density Plot of Radial and Polar Wave Functions in Hydrogen Atom,
Christian
55. The probabilistic interpretation of atomic orbitals, Bird
56.
Hydrogen Atom in 3d, Sutherland
57.
Hydrogen Atom in 2d, Sutherland
58.
Hydrogen atom model, SciTech Science Resources
59. Probability Illustrator, Kansas State university
60.
What is Quantum Physics?,
Thinkquest
61. The Copenhagen Interpretation
of Quantum Mechanics, Weisstein
62.
Scanning Tunneling
Microscope, Joffre
63. Atomic Tunneling from an STM/AFM tip: Dissipative
Quantum effects from phonons, Louis
64. Quantum
Corrals - Scanning Tunneling Microscopy, IBM Visualization Lab
65.
Schroedinger's Cat, Louis
66. Macroscopic Quantum Tunneling and Coherence, Louis
67.
Path integrals and wavefunctions,
Páez
69.
70. Lasers, Gordon and Aberdeen Universities
71.
Free Electron Laser,
Christian
72.
The Micromaser, Varcoe
73.
77.
78.
Tuning the Laser, Physics 2000
85.
Cesium Fountain Atomic Clock,
NIST
86. A Brief History of Atomic
Clocks at NIST, NIST
87. Primary Atomic Reference Clock
in Space (PARCS), NIST
88. Compact Atomic Clocks,
NIST
89.
Conventional Passive Vapor-Cell Microwave Frequency Reference, NIST
90.
91.
92.
93.
94.
95.
Addition of Angular Momenta,
University of Florida -
Chemistry
96.
97. JavaTMClebsch-Gordan Coefficient Calculator,
Stevenson
98. ClebschGordan Coefficients, Humphrey
99.
100.
Combinatorial Computation of Clebsch-Gordan Coefficients, Schertler and Thoma
101.
102.
103.
104.