矽基量子光電晶片(1/5)

Keyphrases

1. Waveguide 100%
2. Switching Behavior 57%
3. Optical Superlattice 57%
4. Directional Coupler 57%
5. Mode Splitter 57%
6. Polarization Mode 57%
7. Coupler 57%
8. Lithium Niobate 57%
9. Electro-optic 57%
10. On chip 57%
11. LiNbO3 Waveguide 40%
12. Electric Field (E-field) 28%
13. InGaAs 28%
14. Single Photon Avalanche Diode 28%
15. Temporal Quality 28%
16. Adiabatic Coupler 28%
17. InAlAs 28%
18. Adiabatic Coupler 28%
19. Working Bandwidth 22%
20. Periodically Poled Lithium Niobate 17%
21. Periodically Poled Lithium Niobate 17%
22. Broad Bandwidth 14%
23. Integrated Optical Devices 14%
24. Polarization Signal 14%
25. Entangled Quantum States 14%
26. Idler 14%
27. Polarization Extinction Ratio 14%
28. Telecom 14%
29. Shortcuts to Adiabaticity 14%
30. Engineering Process 14%
31. TM Polarization 14%
32. Adiabaticity 14%
33. L-band 14%
34. On-chip Implementation 14%
35. Broadband Tunable 14%
36. Splitting Ratio 14%
37. Spatial Separation 14%
38. TE Polarization 14%
39. S-C Band 14%
40. Rutile 14%
41. Dark Count Rate 11%
42. Fabrication Tolerance 11%
43. Fabrication Control 11%
44. Waveguide Fabrication 11%
45. Switching Characteristics 11%
46. Lithium Niobate Waveguide 11%
47. Coupling State 11%
48. Operating Range 11%
49. Aperiodically 11%
50. Bandwidth Control 11%
51. Circuit System 11%
52. Integrated Optics 11%
53. Coupler Device 11%
54. Switching Voltage 11%
55. Simulated Annealing Algorithm 11%
56. Power Transfer Efficiency 11%
57. Fabrication Tolerance 11%
58. Temporal Features 5%
59. Novel Design 5%
60. Special Design 5%
61. Detection Performance 5%
62. Active Area 5%
63. Single Photon Detection Efficiency 5%
64. Temporal Response 5%
65. Afterpulsing 5%
66. High Degree of Freedom 5%
67. Electric Field Distribution 5%
68. Count Rate Performance 5%
69. Avalanche 5%
70. Light Detection 5%
71. Build Time 5%
72. Time-correlated Single-photon Counting (TCSPC) 5%
73. Small Devices 5%
74. Full Width at Half Maximum 5%
75. Electric Field Profile 5%
76. High Degree of Freedom 5%
77. Photon Counting Detection 5%
78. Single Photon Detection Efficiency 5%

Engineering

1. Indium Gallium Arsenide 57%
2. Electric Field 57%
3. Waveguide 28%
4. Superlattice 28%
5. Directional Coupler 28%
6. Electro-Optics 28%
7. Fabrication Tolerance 14%
8. Light Detection and Ranging 14%
9. Field Distribution 14%
10. Active Area 14%
11. Time-Correlated Single Photon Counting 14%
12. Detection Performance 14%
13. Operating Range 7%
14. Simulated Annealing Algorithm 7%
15. Degree of Freedom 7%
16. Intrinsic Property 7%
17. Full width at half maximum 7%