高能與強場物理研究中心

Keyphrases

1. Pp Collisions 100%
2. Integrated Luminosity 65%
3. Proton-proton Collisions 63%
4. Leptons 42%
5. Energy Center 41%
6. Confidence Level 31%
7. Production Cross Section 31%
8. Muon 29%
9. CMS Detector 28%
10. Transverse Momentum 27%
11. Top Quark 27%
12. W Boson 26%
13. Higgs Boson 25%
14. CMS Experiment 25%
15. Z Boson 24%
16. Fermilab 21%
17. Branching Fraction 20%
18. Pair Production 17%
19. Quark 16%
20. CDF II 15%
21. Supersymmetry 14%
22. Pseudorapidity 14%
23. Model Prediction 14%
24. Hadronic 13%
25. B-quark 13%
26. Transverse Energy 13%
27. Tevatron 13%
28. Dileptons 13%
29. Differential Cross Section 12%
30. Charged Particles 11%
31. Bottom Quarks 11%
32. Missing Transverse Momentum 10%
33. Dijet 9%
34. Standard Model Higgs Boson 9%
35. Next-to-leading Order 9%
36. Decay Channels 9%
37. Collision Data 9%
38. Collider Detector 9%
39. Charged Leptons 9%
40. Proton 9%
41. Pb-Pb Collisions 9%
42. Bosons 8%
43. Gluino 8%
44. Top Quark Mass 8%
45. Decay Modes 8%
46. Mesons 8%
47. Invariant Mass 8%
48. Scalar 8%
49. Neutralino 8%
50. Searches for New Physics 8%
51. Supersymmetric 8%
52. Hadrons 8%
53. Mass Range 7%
54. CERN LHC 7%
55. Mass Spectra 6%
56. Higgs Decays 6%
57. Neutrinos 6%
58. Lower Limit 6%
59. Kinematics 6%
60. Au+Au Collisions 6%
61. Branching Ratio 6%
62. Dimuon 6%
63. Beyond Standard Model 6%
64. R-parity 6%
65. Vector Bosons 5%
66. Higgs Mass 5%
67. Z-decay 5%
68. Dark Matter 5%
69. Squark 5%
70. P-Pb Collisions 5%
71. Electroweak 5%
72. Single Top Quark 5%
73. PbPb 5%

Physics

1. Standard Model 79%
2. Lepton 71%
3. Center of Mass 55%
4. Transverse Momentum 49%
5. Muon 44%
6. Higgs Boson 42%
7. Pair Production 29%
8. Hadron 21%
9. Quantum Chromodynamics 21%
10. Supersymmetry 18%
11. Physics 17%
12. Charged Particle 17%
13. Partons 16%
14. Meson 15%
15. Blood Plasma 11%
16. Nucleon 11%
17. Mass Spectrum 8%
18. Gluon 7%
19. Calorimeter 6%
20. Dark Matter 6%
21. Gravitational Wave 5%
22. Graviton 5%
23. Black Holes 5%
24. Mass Distribution 5%
25. Fermion 5%