Applied Physics and Materials Science

Keyphrases

1. Physical Unclonable Function 100%
2. Brillouin Laser 81%
3. Physically Unclonable Function 62%
4. Resistive Random Access Memory (ReRAM) 55%
5. Brillouin 54%
6. Photonic Integrated Circuits 50%
7. Waveguide Resonators 37%
8. Resonator 36%
9. Optomechanics 34%
10. Cryptographic Key 34%
11. Silicon Nitride 34%
12. Nanoparticles 31%
13. Si3N4 Waveguide 27%
14. Response-based Cryptography 24%
15. Waveguide 23%
16. Reference Cavity 23%
17. Function-based 22%
18. Low Linewidth 22%
19. Silicon Waveguide 21%
20. True Random number Generator 20%
21. Self-propelled 20%
22. Password Manager 19%
23. Silicon Photonics 19%
24. Stimulated Brillouin Scattering 19%
25. Graphics Processing Unit 17%
26. Mechanical Oscillators 17%
27. Ultra-low 17%
28. Microswimmers 16%
29. Silicon-based 16%
30. Dual-mode 15%
31. Mode-locking 15%
32. Injection Locking 15%
33. Colloids 15%
34. Acoustoelectric Effect 15%
35. Client Device 15%
36. Internet of Things 15%
37. Frequency Noise 14%
38. Propulsion 14%
39. Post-quantum Cryptography 14%
40. Ternary States 14%
41. Memristor 14%
42. Light Activation 13%
43. Bit Error Rate 13%
44. Key Generation 13%
45. Error Rate 13%
46. Helper Data 13%
47. Semiconductor Lasers 13%
48. Laser Linewidth 13%
49. Optomechanical Interaction 13%
50. Private Key 13%
51. Ultra-high Q 12%
52. Ag Nanoparticles (AgNPs) 12%
53. Cryptographic Protocols 12%
54. Ultra-low Loss 12%
55. Modal 12%
56. Cryptography 12%
57. Nanostructures 12%
58. Hash Function 11%
59. Janus Particles 11%
60. Signal Processing 11%
61. Janus Sphere 11%
62. Nanohelices 11%
63. Ionic Liquid 11%
64. Low Loss 11%
65. Static Random Access Memory 11%
66. Error Correction Codes 11%
67. Lattice Light-sheet 11%
68. Random number 11%
69. Chip-scale 10%
70. Low Phase Noise 10%
71. Terminal Device 10%
72. Semiconductors 10%
73. Public Key 10%
74. Linewidth Narrowing 10%
75. Optomechanical Cooling 10%
76. Icosahedral 10%
77. Electronic Properties 10%
78. Memory Device 10%
79. 4-Nitrophenol Reduction 9%
80. Active Colloids 9%
81. Plaintext 9%
82. Self-assembly 9%
83. Cryptographic Algorithms 9%
84. Internet of Things Devices 9%
85. Laser Dynamics 9%
86. Cryptographic 9%
87. Fuzzy Extractor 9%
88. Hashing 9%
89. Post-quantum 9%
90. Reciprocal Effects 9%
91. Gold Nanoclusters 9%
92. Laser Frequency 9%
93. Laser Stabilization 9%
94. Molybdenite 9%
95. Photonic Filter 9%
96. Message Digest 9%
97. Magnetic Random Access Memory 9%
98. Public Key Infrastructure 9%
99. Physical Properties 9%
100. Hash-based 8%