- Degree Bachelor
- Code: EBA1107
- Credit hrs: 3
- Prequisites: EBA1110
Provides students to understand the fundamental concepts within quantum mechanics to gain the necessary foundation for studying quantum computation. Topics to be covered include black body radiation and Planck’s hypotheses- photo-electric effect. Compton effect- wave properties of particles. A new model: The quantum particle- double slit experiment revisited- uncertainty principle- the wave function and probability- Analysis model: Quantum particle under boundary conditions The Schrodinger equation- Tunneling through a potential energy barrier- Applications of tunneling - Quantum harmonic oscillation- Quantum computing.
Bachelor of Computer Science - 132 CRs
Serway and Jewett, Physics for Engineers and Scientists, Thomson Brooks/Cole
| content serial | Description |
|---|
| 1 | Black body radiation and Planck’s hypotheses- photo-electric effect |
| 2 | Compton effect- wave properties of particles |
| 3 | A new model: The quantum particle- double slit experiment revisited- uncertainty principle |
| 4 | Quantum mechanics (the wave function and probability)- momentum- kinetic energy |
| 5 | One dimensional wave functions and expectation values |
| 6 | Analysis model: Quantum particle under boundary conditions |
| 7 | Quantum particle |
| 8 | A particle in a box |
| 9 | The Schrodinger equation- The particle in a box Revisited |
| 10 | A particle in a well of finite height |
| 11 | Tunneling through a potential energy barrier |
| 12 | Potential energy |
| 13 | Applications of tunneling- Resonant tunneling devices- Resonant tunneling transistors |
| 14 | Quantum harmonic oscillation- Quantum computing |
| 15 | Final revision |
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