Just sign up under construction name. The URL on the side goes to the page that you can write/ edit your problems and solution. An example is shown.
Student Name (ONLY ONE NAME PER ASSIGNMENT) |
Source URL |
Target Page |
Sally Mai |
Lecture 1 (PDF) |
Extra Credit 2 |
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Lecture 2 (PDF) and Lecture 2 Supplement (PDF)
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Extra Credit 3 |
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Lecture 3 (PDF) and Lecture 3 Supplement (PDF)
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Extra Credit 4 |
Haoqian Miao |
Lecture 4 (PDF) |
Extra Credit 5 |
Emma Willard |
Lecture 5 (PDF) |
Extra Credit 6 |
Peishan Li |
Lecture 6 (PDF) |
Extra Credit 7 |
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Lecture 7 (PDF) |
Extra Credit 8 |
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Lecture 8 (PDF) |
Extra Credit 9 |
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Lecture 9 (PDF) |
Extra Credit 10 |
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Lecture 10 (PDF) |
Extra Credit 11 |
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Lecture 11 (PDF) |
Extra Credit 12 |
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Lecture 12 (PDF) |
Extra Credit 13 |
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Lecture 13 (PDF) and Lecture 13.5 (PDF)
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Extra Credit 14 |
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Lectures 14–15 (PDF) |
Extra Credit 15 |
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Key Features of Quantum Mechanics: Linearity of the Equations of Motion, Complex Numbers are Essential, Loss of Determinism, Quantum Superpositions, Entanglement (PDF) |
Extra Credit 16 |
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Lecture 16 (PDF) |
Extra Credit 17 |
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Lecture 17 (PDF) |
Extra Credit 18 |
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Lecture 18 (PDF) |
Extra Credit 19 |
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Lectures 19–20 (PDF) |
Extra Credit 20 |
Steven Mok |
Experimental Evidence for Quantum Mechanics (PDF) |
Extra Credit 21 |
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Lectures 21–22 (PDF) |
Extra Credit 22 |
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Particle Nature of Light and Wave Nature of Matter: Photoelectric Effect, Compton Scattering, Matter Waves (PDF) |
Extra Credit 23 |
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Lecture 23 (PDF) |
Extra Credit 24 |
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Lectures 24–25 (PDF) |
Extra Credit 25 |
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The Machinery of Quantum Mechanics (PDF) |
Extra Credit 26 |
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Lecture 26 (PDF) |
Extra Credit 27 |
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Lecture 27–28 (PDF) |
Extra Credit 28 |
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Lecture 29 (PDF) |
Extra Credit 29 |
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de Broglie Wavelength and Galilean Transformations, Phase and Group Velocities, Choosing the Wavefunction for a Free Particle (PDF) |
Extra Credit 30 |
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Lecture 30 (PDF) |
Extra Credit 31 |
Jennifer Kim |
Lecture 31 (PDF) |
Extra Credit 32 |
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Lecture 32 (PDF) |
Extra Credit 33 |
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Hydrogen Atom, Hydrogen Atom Spectrum (PDF) |
Extra Credit 34 |
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The Infinite Square Well, The Finite Square Well (PDF) |
Extra Credit 35 |
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Lectures 33–34 (PDF) |
Extra Credit 36 |
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Lecture 35 (PDF) |
Extra Credit 37 |
Jose Sanchez |
Equations for a Wavefunction, Schrödinger Equation for Particle in a Potential, Interpreting the Wavefunction (PDF) |
Extra Credit 38 |
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Normalization and Time Evolution, The Wavefunction as a Probability Amplitude, The Probability Current, Probability Current in 3D and Current Conservation (PDF) |
Extra Credit 39 |
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Wavepackets and Uncertainty, Wavepacket Shape Changes, Time Evolution of a Free Wave Packet (PDF) |
Extra Credit 40 |
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Uncovering Momentum Space, Expectation Values of Operators, Time Dependence of Expectation Values (PDF) |
Extra Credit 41 |
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Observables and Hermitian Operators, Uncertainty (PDF) |
Extra Credit 42 |
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Solving the Time-Independent Schrödinger Equation: Stationary States, Solving for Energy Eigenstates, Free Particle on a Circle (PDF) |
Extra Credit 43 |
Yuhan Shan |
Introduction to Superposition (PDF) |
Extra Credit 44 |
Kevin Aisawa |
Experimental Facts of Life (PDF) |
Extra Credit 45 |
Yvonne Liang |
The Wave Function (PDF) |
Extra Credit 46 |
Silvia Cancinos |
Expectations, Momentum, and Uncertainty (PDF) |
Extra Credit 47 |
Haoyuan Li |
Operators and the Schrödinger Equation (PDF) |
Extra Credit 48 |
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Time Evolution and the Schrödinger Equation (PDF) |
Extra Credit 49 |
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More on Energy Eigenstates (PDF) |
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Quantum Harmonic Oscillator (PDF) |
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Exactly Solvable Problems (PDF) |
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Matrix Mechanics (PDF) |
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Time Dependence (PDF) |
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Angular Momentum (PDF) |
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Central Potentials (PDF) |
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Addition of Angular Momenta (PDF) |
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Wigner-Eckart Theorem (PDF) |
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Perturbation Theory (PDF) |
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Identical Particles (PDF)
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The Born-Oppenheimer Approximation (PDF) |
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The Hydrogen Molecule (PDF) |
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