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SPH 313: Quantum Mechanics I
| Institution | MMUST |
| Course | PHYSICS |
| Year | 1st Year |
| Semester | Unknown |
| Posted By | Codred Agencies |
| File Type | |
| Pages | 80 Pages |
| File Size | 2.58 MB |
| Views | 602 |
| Downloads | 0 |
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Description
The motion of large objects, such as planets and satellites, can be predicted to a high degree of accuracy using classical theoretical physics based on Newton's laws of motion. But certain experimental results, involving electrons and high-frequency electromagnetic waves, appear to be inconsistent with classical physics. However, these experimental results can be predicted by the principles of quantum mechanics.
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SPH 313: Quantum Mechanics I Short Notes
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The quantum mechanical wave theory is the basis for the theory of semiconductor physics. We are ultimately interested in semiconductor materials whose electrical properties are directly related to the behavior of electrons in the crystal lattice. The behavior and characteristics of these electrons can be described by the formulation of quantum mechanics called wave mechanics. There are two approaches to quantum mechanics: wave mechanics and matrix formalism.
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