Collective effects and optomechanics in ultra-cold matter (ColOpt) (H2020 MCSA ETN)

Physics

1. Light 100%
2. Cold Atom 79%
3. Atoms 54%
4. Solitary Wave 52%
5. Clouds 43%
6. Spin 41%
7. Angular Momentum 36%
8. Magnetic Fields 33%
9. Rotation 29%
10. Self Organization 28%
11. Orbitals 28%
12. Mirrors 27%
13. Feedback 26%
14. Stability 26%
15. Laser 25%
16. Model 21%
17. Ground State 21%
18. Plane 20%
19. Degrees of Freedom 19%
20. Lasing 16%
21. Simulation 15%
22. Angular Velocity 15%
23. Coherence 15%
24. Laser Beams 13%
25. Crystallization 13%
26. Speed 13%
27. Modulation 13%
28. Shapes 12%
29. Symmetry 11%
30. Media 10%
31. Monatomic Gas 10%
32. Magnetism 10%
33. Scattering 10%
34. Bose-Einstein Condensates 10%
35. Broken Symmetry 10%
36. Quantum Dot 10%
37. Room Temperature 10%
38. Phase Diagrams 10%
39. Optical Vortex 10%
40. Photoluminescence 10%
41. Spin Polarization 10%
42. Memory 10%
43. Atomic Interaction 10%
44. Vacuum 8%
45. Optical Pumping 8%
46. Amplitudes 8%
47. Diffraction 8%
48. Gradients 7%
49. Rubidium 7%
50. Molecular Dynamics 6%
51. Physics 5%
52. Domains 5%
53. Coefficients 5%
54. Optical Lattice 5%
55. Terms 5%
56. Contrast 5%
57. Magnetic Moment 5%
58. Center of Mass 5%
59. Existence 5%