Jechiel Lichtenstadt

Physics & Astronomy

1. COMPASS (programming language) 100%
2. deuterons 98%
3. asymmetry 95%
4. muons 94%
5. protons 78%
6. inelastic scattering 63%
7. hadrons 61%
8. form factors 57%
9. nucleons 51%
10. pions 41%
11. scattering 40%
12. quarks 39%
13. polarization 38%
14. momentum transfer 38%
15. electron scattering 37%
16. cross sections 36%
17. quantum chromodynamics 34%
18. antiprotons 33%
19. kinematics 30%
20. sum rules 29%
21. distributed interactive simulation 28%
22. gluons 26%
23. mesons 23%
24. neutrons 22%
25. elastic scattering 22%
26. transverse momentum 22%
27. partons 21%
28. energy 21%
29. moments 20%
30. momentum 19%
31. photons 19%
32. nuclei 18%
33. excitation 17%
34. predictions 14%
35. decay 13%
36. parity 13%
37. vector mesons 13%
38. kaons 13%
39. spectrometers 11%
40. hyperons 10%
41. angular distribution 10%
42. electrons 10%
43. interactions 9%
44. scattering cross sections 8%
45. charge exchange 8%
46. valence 8%
47. photoproduction 8%
48. distribution functions 8%
49. carbon 7%
50. unity 7%