Massively Parallel Sensing of Molecules with Mid-infrared Frequency Combs
Massively Parallel Sensing of Molecules with Mid-infrared Frequency Combs
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1. Massively parallel sensing of …
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2. Mid-IR molecular 'signature' r…
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3. Absorption resonancs of water …
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4. Molecular spectra in the spect…
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5. Fourier-transform spectroscopy
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6. Dual-comb Fourier-transform sp…
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7. Frequency-divide-and-conquer a…
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8. Ponytail motion
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9. Concept of a subharmonic 'freq…
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10. Subharmonic mid-IR OPO combs
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11. Tm-fiber pumped 2.6–7.5 µm …
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12. OPO engine
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13. Coherence properties of a Tm p…
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14. Spectral span, Tm-fiber pumped…
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15. Molecular spectra in the spect…
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16. Dual-comb spectroscopic system
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17. Untitled: Slide 17
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18. We can resolve all 350,000 mod…
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19. Mutual coherence 40 sec
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20. Mode resolved spectrum: N2O
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21. Coherent averaging of single i…
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22. Normalized spectrum after taki…
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23. Untitled: Slide 23
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24. Untitled: Slide 24
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25. 13CH4
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26. Untitled: Slide 26
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27. Untitled: Slide 27
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28. OC34S
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29. The amount of information obta…
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30. Experiemnt vs. theory (HITRAN)
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31. Dual-comb spectra of a mixture…
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32. Spectra of isotopologues detec…
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33. Spectra of trace molecules in …
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34. Untitled: Slide 34
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35. Acquiring spectral data at int…
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36. Absolute frequency referencing
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37. Time picture: free induction d…
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38. Free induction decay of molecu…
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39. Hearing the molecules
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40. Towards two-octave-wide span: …
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41. Kerr-lens mode-locked Cr:Zns l…
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42. Parametric gain bandwidth for …
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43. Cr:ZnS - pumped OP-GaAs system
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44. Spectral span, Cr:ZnS (2.35 µ…
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45. High-power GHz system, span 3â…
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46. Two octaves-wide supercontinuu…
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47. Non-invasive diagnostics via b…
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48. Biomarkers in human breath
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49. Conclusion
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