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| Lecture course | |
| Quantum Computing | |
| Dieter Suter | |
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| Lecture course | |
| Quantum Computing | |
| Dieter Suter | |
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| Course goals | |
 | Basics of quantum information |
| | Tasks, gates and algorithms |
| | Examples of devices |
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| 1) Introduction | |
| 2) Physics of computation | |
| 3) Classical computers | |
| 4) Quantum mechanics | |
| 5) Quantum gates | |
| 6) Feynman's contribution | |
| 7) Errors | |
| 8) Tasks for quantum computers | |
| 9) How to build a quantum computer | |
| 10) Liquid-state NMR | |
| 11) Ions and atoms | |
| 12) Solids | |
| 13) Photons | |
| Bibliography | |
| Exercises | |
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| Additional material |
| Books on QIP |
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