Femtobits example sentences

"Femtobits" Example Sentences

1. The data transfer rate was measured in femtobits per second.
2. He calculated the signal strength down to individual femtobits.
3. Are femtobits even a practical unit for most applications?
4. The theoretical limit approached a few femtobits.
5. They were analyzing data streams in femtobits.
6. His research focused on the manipulation of individual femtobits.
7. The noise level obscured the signal at the femtobits level.
8. Each femtobits represented a significant challenge to decode.
9. Working with femtobits requires extremely sensitive equipment.
10. The experiment aimed to detect changes in femtobits transmission.
11. We’re dealing with incredibly small amounts of data, measured in femtobits.
12. The new technology promises to transmit data at the femtobits level.
13. Processing data at the femtobits level is computationally expensive.
14. The error rate increased dramatically when dealing with femtobits.
15. Think of how many femtobits are needed to transmit a single image.
16. Understanding femtobits requires a strong grasp of physics and computing.
17. He lost his job for miscalculating the transfer rate in femtobits.
18. The theoretical maximum is far beyond what's currently achievable in femtobits.
19. Future technologies might rely on manipulating individual femtobits.
20. Even femtobits are subject to quantum uncertainty.
21. It’s highly unlikely that we'll ever routinely work with femtobits.
22. The article focused on the practical limitations of working with femtobits.
23. Many consider the use of femtobits purely theoretical at this point.
24. The problem wasn't the speed but the accuracy of measurements in femtobits.
25. They were surprised to find that the signal was quantized at the femtobits level.
26. This new quantum communication method allows transmission of femtobits.
27. With femtobits, precision becomes paramount.
28. Measuring femtobits accurately is incredibly difficult.
29. The device is calibrated to detect changes as small as a few femtobits.
30. At the femtobits scale, quantum effects become significant.
31. The research team presented their findings on the manipulation of femtobits.
32. Data loss at the femtobits level is virtually undetectable.
33. Despite the challenges, research into femtobits continues.
34. What are the practical applications for working with femtobits?
35. The future of data transmission might involve working with femtobits.
36. He dedicated his life's work to the study of femtobits.
37. Imagine the possibilities if we could control individual femtobits.
38. The implications of mastering femtobits are vast.
39. It is a complex undertaking to even define what a single femtobits might be.
40. The experiment showed a potential correlation between energy and femtobits.
41. They argued that femtobits are too small to be practically useful.
42. Advances in nanotechnology may unlock the potential of femtobits.
43. The transmission rate was unexpectedly high, considering the femtobits level.
44. The system's capacity was limited to only a few femtobits per cycle.
45. Analyzing the data required specialized algorithms optimized for femtobits.
46. The concept of femtobits is relatively new, with little practical application.
47. Despite the theoretical possibility, the practical use of femtobits remains elusive.
48. The book detailed the intricacies of manipulating individual femtobits.
49. His groundbreaking work revolutionized our understanding of femtobits.
50. The limitations of current technology prevent widespread use of femtobits.