Quantum squeezing and entanglement in microwave optomechanical systems

Physics & Astronomy

1. actuators 5%
2. aluminum 7%
3. amplifiers 8%
4. asymmetry 7%
5. atomic physics 19%
6. atoms 5%
7. baths 13%
8. cavities 67%
9. center of mass 19%
10. chips 8%
11. compressing 21%
12. cooling 20%
13. crossovers 13%
14. cryogenic temperature 11%
15. cryostats 17%
16. cryptography 14%
17. dilution 10%
18. disturbances 8%
19. electromagnetism 11%
20. electromechanical devices 22%
21. electromechanics 9%
22. electron spin 10%
23. ground state 24%
24. interference 6%
25. isolation 9%
26. isolators 24%
27. laser cooling 19%
28. low frequencies 10%
29. low noise 9%
30. mechanical oscillators 98%
31. metrology 10%
32. microwave amplifiers 14%
33. microwave frequencies 10%
34. microwaves 100%
35. noise reduction 5%
36. nonlinearity 9%
37. oscillators 26%
38. photons 11%
39. platforms 13%
40. propagation 6%
41. pumping 13%
42. pumps 7%
43. quantum computation 10%
44. quantum mechanics 9%
45. radiation pressure 7%
46. refrigerators 12%
47. resonators 36%
48. resources 16%
49. shot noise 5%
50. sidebands 10%
51. signal processing 9%
52. sustaining 12%
53. thermodynamics 20%
54. vibration mode 28%
55. wave functions 11%