A New Model Course in Applied
Quantum Physics Home | Overview | How Students Learn | Classroom materials | Teacher's Guide Summary | Tutorials | Applied Homework | Essays | Exams | Software | Handouts |
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(see links for further information) |
Introduction to QM: The experimental base These activities help students understand why there is a need for quantum physics and introduce many of the conceptual issues that will be emphasized in the course. |
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The photoelectric effect |
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Software Applied Homework Exam Questions |
Electron diffraction |
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Applied Homework Exam Questions |
Atomic spectra |
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Software Applied Homework Exam Questions |
Classical Prerequisites These materials help students build the tools (representations, concepts, etc.) with which they can understand quantum ideas later in the course. |
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Classical probability |
Software Exam Questions |
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Potential energy diagrams |
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Software Exam Questions |
Wave mechanics These materials help students develop an understanding of the wave function and how it plays a role in understanding fundamental concepts such as uncertainty. |
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The 1D Schrödinger equation |
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Software Exam Questions |
Fourier transforms |
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The uncertainty principle |
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Bound states These materials help students move from an understanding of the free particle to a description of bound states. |
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Potential energy diagrams |
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Software Exam Questions |
Infinite square well (1, 2, and 3D) |
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Software Exam Questions |
Finite square well |
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Software Exam Questions |
Scattering states These materials help students develop an understaning of some of the more difficult conceptual aspects of quantum physics. |
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Scattering at a step |
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Barrier penetration and tunneling |
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Software Applied Homework Exam Questions |
Quantum models of matter These materials help students apply their model of quantum physics to real world chemistry and solid state topics. |
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Double well - molecular bonding |
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Multiple wells - band structures |
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Software Exam Questions |
Conductors, semiconductors, insulators |
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Software Applied Homework Exam Questions |
Quantum polarization (applying an external electric field to atomic lattices) |
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Software |
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Last modified 2k2 Jun 18