Quantum Spins in the Solid-State: An Atomistic Material-to-Device Modeling Approach
Quantum Spins in the Solid-State: An Atomistic Material-to-Device Modeling Approach
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1. Quantum spins in the solid-sta…
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2. The Future of Electronics?
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3. Modeling challenge: Beyond Moo…
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4. Atomistic Modeling Approach
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5. Beyond Moore's Law?
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6. Quantum computing primer
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7. History: Semiconductor (Si) Qu…
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8. Kane's Quantum Computer
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9. History: Semiconductor (Si) Qu…
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10. History: Semiconductor (Si) Qu…
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11. History: Semiconductor (Si) Qu…
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12. History: Semiconductor (Si) Qu…
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13. Spin relaxation in semiconduct…
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14. Comparison with experiment
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15. Atomistic Approach Explains Ex…
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16. History: Semiconductor (Si) Qu…
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17. Reminder: Kane's Single Qubit
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18. Theory of control for single q…
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19. History: Semiconductor (Si) Qu…
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20. History: Semiconductor (Si) Qu…
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21. History: Semiconductor Quantum…
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22. Electronic states in Si Quantu…
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23. Spin-orbit coupling in tight-b…
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24. TB results: Valley dependent g…
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25. g-factors with interface steps
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26. Experimental confirmation: g-f…
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27. Why? Dresselhaus-like SOC in s…
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28. Strategies to mitigate varabil…
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29. Strategy: anisotropic Dresselh…
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30. Strategy to improve T2*
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31. History: Semiconductor Quantum…
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32. Atomistic description of SOC: …
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33. Atomistic description of SOC: …
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34. Beyond Moore's Law?
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35. Beyond Si: 2D Material tunnel …
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36. Comparison with experiment
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37. Scaling Lch in TFETs
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38. Anisotropic m*: L-shaped BP TF…
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39. L-shaped BP TFET performance
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40. Beyond Moore's Law?
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41. Applications spintronics/magne…
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42. Applications in spintronics/ma…
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43. Atomistic "Material-to-Device"…
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44. Conclusion: Material-to-device…
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