Asher Gotsman

Physics & Astronomy

1. pomerons 100%
2. quantum chromodynamics 93%
3. saturation 72%
4. cross sections 72%
5. energy 69%
6. interactions 56%
7. distributed interactive simulation 49%
8. protons 48%
9. gluons 46%
10. photoproduction 45%
11. hadrons 44%
12. partons 41%
13. collisions 39%
14. photons 30%
15. nuclei 30%
16. screening 30%
17. slopes 29%
18. scattering 26%
19. pions 19%
20. vector mesons 19%
21. quarks 19%
22. Regge poles 17%
23. trajectories 17%
24. estimates 16%
25. dipoles 15%
26. vector dominance model 15%
27. scattering amplitude 15%
28. predictions 15%
29. diffraction 14%
30. nonlinear equations 14%
31. nucleons 14%
32. stems 14%
33. kinematics 13%
34. mesons 13%
35. transverse momentum 13%
36. momentum 12%
37. angular correlation 11%
38. quark models 10%
39. nonlinear evolution equations 9%
40. proton scattering 9%
41. factorization 9%
42. inelastic scattering 8%
43. wave functions 8%
44. thermal radiation 8%
45. signatures 8%
46. scaling 7%
47. leptons 7%
48. physics 7%
49. ionic collisions 7%
50. dissociation 6%