PIRE: U.S.-Japan Cooperative Research & Education: Ultrafast and Nonlinear Optics in 6.1-Angstrom Semiconductors

Keyphrases

1. Cooperative Education 100%
2. Semiconductors 100%
3. Nonlinear Optics 100%
4. Ultrafast Optics 100%
5. Cooperative Research 100%
6. Angstrom 100%
7. Research Education 100%
8. Japan 100%
9. Nanotechnology 40%
10. Institutes of Technology 40%
11. Education Activities 40%
12. Research Internship 40%
13. University of Texas 20%
14. Charge Dynamics 20%
15. Heterostructure 20%
16. Texas A&M University 20%
17. International Symposium 20%
18. International Research 20%
19. International Partnerships 20%
20. Osaka 20%
21. Interacting Electrons 20%
22. Optical Spectroscopy 20%
23. University of Florida 20%
24. Epitaxially Grown 20%
25. III-V Semiconductors 20%
26. Lattice Constant 20%
27. Lattice Matching 20%
28. Specific Applications 20%
29. GaSb 20%
30. Optical Properties 20%
31. Long-term Cooperation 20%
32. Nonlinear Optical Properties 20%
33. Growth Ability 20%
34. Information Processing Capability 20%
35. Laser Intensity 20%
36. Asia 20%
37. AlSb 20%
38. Materials Processing 20%
39. Spin Dynamics 20%
40. Research Strength 20%
41. Annual Symposium 20%
42. Academic Career 20%
43. Next-generation Devices 20%
44. Spectroscopic Techniques 20%
45. Undergraduate Students 20%
46. Young People 20%
47. Physical Science 20%
48. Quantum Structures 20%
49. Ultrafast Optical 20%
50. Marsh 20%
51. Material Growth 20%
52. Internship Program 20%
53. International Education 20%
54. Electrical Engineering 20%
55. US University 20%
56. Tokyo 20%