Department of Physics

Keyphrases

1. Actin 100%
2. Band Gap 98%
3. Electronic Structure 88%
4. Two Dimensional 88%
5. Actin Filaments 77%
6. Exciton 74%
7. Excitonic Effects 74%
8. Actin Polymerization 74%
9. Pair Potential 68%
10. Graphene 68%
11. First-principles Calculations 65%
12. Black Phosphorus 64%
13. Optical Absorption Spectra 60%
14. Energy Difference 59%
15. 2D Semiconductors 59%
16. Two Dimensional Materials 55%
17. Quasiparticle Band Gap 54%
18. Icosahedral 51%
19. Actin Network 50%
20. Total Energy 49%
21. Dislocation Emission 48%
22. Structural Energy 48%
23. Electronic Properties 46%
24. First-principles 42%
25. Lattice Green's Function 41%
26. Bilayer Graphene 40%
27. Electronic Density of States 40%
28. Dislocation 38%
29. Density of States 37%
30. Wave Function 36%
31. Few-layer 35%
32. Binding Energy 35%
33. Optical Response 34%
34. Chemical Trends 33%
35. Crack Tip 33%
36. Many-electron Effects 33%
37. Quasicrystals 32%
38. Bethe-Salpeter Equation 32%
39. Semiconductors 32%
40. Optical Spectra 32%
41. Phosphorene 31%
42. Silicon Nanowires (SiNWs) 31%
43. Tight-binding Model 31%
44. Pair Interaction 30%
45. Filamentous Actin (F-actin) 30%
46. First-principles Method 29%
47. Amorphous Si 29%
48. Quasiparticle Energies 29%
49. Electron-hole Pair 29%
50. Excited-state Properties 28%
51. Bound Exciton 28%
52. Biaxial Strain 28%
53. Relative Stability 28%
54. Endocytosis 27%
55. Few-layer Black Phosphorus 27%
56. Quasiparticles 27%
57. First-principles Study 26%
58. Electron-electron Interaction 26%
59. Transition Metal Alloys 26%
60. Force Generation 26%
61. D-band 26%
62. Second Harmonic Generation 26%
63. Excited States 26%
64. Arp2 25%
65. Electron Holes 25%
66. Banded Structure 24%
67. Optical Properties 24%
68. Coordination number 24%
69. Hexagonal Lattice 24%
70. Phase Diagram 23%
71. Order of Magnitude 23%
72. Dangling Bonds 23%
73. Optical Absorption 23%
74. Dark Exciton 23%
75. Bandgap Renormalization 23%
76. Filament nucleation 23%
77. Polymerized 22%
78. Photoluminescence 22%
79. Interlayer Exciton 21%
80. Fermi Level 21%
81. Low Energy 21%
82. Superexchange 21%
83. Twisted Bilayer Graphene 21%
84. Crack Blunting 21%
85. Spin-orbit Coupling 21%
86. Exciton Binding Energy 20%
87. Short-range Order 20%
88. Defect States 20%
89. Filament Length 20%
90. Tight-binding 20%
91. Microbial Community 20%
92. Energy Functional 20%
93. Biopolymers 19%
94. Graphene Nanoribbon 19%
95. Doping Density 19%
96. Functional Form 19%
97. Stress Generation 19%
98. Diluted Magnetic Semiconductors 19%
99. Myosin 19%
100. Real Space 19%