Active Nanophotonics: From Coherent Control of Quantum Emitters to Plasmonic Nanolasers
Active Nanophotonics: From Coherent Control of Quantum Emitters to Plasmonic Nanolasers
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1. Active Nanophotonics: From Coh…
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2. Examples:
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3. Structural Characterization
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4. Qubit Sphere
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5. Bloch Model for a Two-level Qu…
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6. I- Quantum Coherent Control of…
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7. Cavity QED with QDs as quantum…
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8. Resonant Spectroscopy
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9. Suppression of laser scatterin…
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10. Untitled: Slide 10
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11. Resonance Fluorescence
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12. Pulsed Control: Rabi Oscillati…
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13. Continuously-Driven System
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14. EM radiation
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15. Instrument resolution determin…
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16. First order correlation functi…
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17. Simultaneous measurements of M…
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18. Mollow Triplets in Frequency D…
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19. Non-classical photon statistic…
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20. Untitled: Slide 20
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21. Summary
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22. Coherent Control of Quantum Em…
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23. RF as a quantum mechanical too…
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24. Metallic Nanophotonics (sub-di…
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25. Plasmonic Nanolasers using Epi…
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26. Plasmonic Nanolaser Using Epit…
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27. Conventional Laser Cavity
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28. Lasing from Isolated ZnO Nanow…
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29. Size Limits in Semiconductor N…
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30. Metal Optics
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31. Plamonic Nanolaser (SPASER)
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32. Device Platform: InGaN@GaN Nan…
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33. Epitaxial Growth of Silver Fil…
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34. Gain Medium: InGaN@GaN Core–…
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35. Lasing Characteristics
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36. Lasing Characteristics
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37. Lasing Characteristics
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38. What is the signature for temp…
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39. Single QD driven resonantly
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40. Lasing Characteristics
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41. Act II: All Color Plasmonic Na…
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42. Recent Development: All-Color …
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43. All-Color Plasmonic Nanolasers
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44. What's next? (Perspectives and…
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