Quantum Mechanics: Concepts to Applications
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Wavefunctions, uncertainty, and the Schrödinger equation—built intuitively and applied.
12 content steps
4 quizzes
~240 minutes
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Journey Steps
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1
Content Step 1
Content
Why quantum? Blackbody and photoelectric effect (motivation)
2
Content Step 2
Content
Wave–particle duality and de Broglie wavelength
3
Content Step 3
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Wavefunctions, probability density, and normalization
4
Quiz 4
Quiz
Checkpoint Quiz
5
Content Step 5
Content
Uncertainty principle and commutation (intuition)
6
Content Step 6
Content
Time‑independent Schrödinger equation
7
Content Step 7
Content
Particle in a box and quantization
8
Quiz 8
Quiz
Checkpoint Quiz
9
Content Step 9
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Quantum tunneling and barriers
10
Content Step 10
Content
Harmonic oscillator (concepts and ladder idea)
11
Content Step 11
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Spin and Stern–Gerlach
12
Quiz 12
Quiz
Checkpoint Quiz
13
Content Step 13
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Measurement postulate and eigenstates
14
Content Step 14
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Entanglement and EPR (conceptual)
15
Content Step 15
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Simple applications: quantum dots, lasers (overview)
16
Quiz 16
Quiz
Checkpoint Quiz
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