100 Examples of sentences containing the noun "bionics"

Definition

Bionics refers to the study and design of systems and devices that mimic biological processes or functions. It often involves the application of biological principles to engineering and technology, particularly in creating prosthetics, robotic systems, and other devices that enhance or replicate natural biological capabilities.

Synonyms

• Biomimetics
• Biomechanics
• Bioengineering
• Cybernetics
• Biocybernetics

Antonyms

• Natural
• Organic
• Non-mechanical
• Purely biological

Examples

1. Researchers are exploring how Bionics can improve prosthetic limbs for amputees.
2. The latest advancements in Bionics have led to the development of artificial organs.
3. Engineers are studying Bionics to create more efficient robotic systems.
4. Many universities now offer courses focusing on Bionics and its applications.
5. The field of Bionics combines biology with engineering principles.
6. Innovations in Bionics are transforming the medical field.
7. Bionics plays a crucial role in developing assistive technologies for people with disabilities.
8. The concept of Bionics has inspired many science fiction stories.
9. Scientists believe Bionics can lead to breakthroughs in renewable energy.
10. The integration of Bionics in sports equipment has enhanced athlete performance.
11. The study of Bionics is becoming increasingly important in modern engineering.
12. Many startups are focusing on Bionics to revolutionize healthcare.
13. The future of Bionics looks promising with ongoing research and development.
14. Bionics is a field that bridges the gap between nature and technology.
15. The principles of Bionics are evident in the design of modern drones.
16. Bionics can help create sustainable solutions by mimicking ecological systems.
17. The use of Bionics in rehabilitation therapies is gaining traction.
18. Students are excited to learn about the applications of Bionics in their courses.
19. Many industries are investing in Bionics to improve their product designs.
20. The ethical implications of Bionics are a topic of ongoing debate.
21. Researchers are pioneering new techniques in Bionics to enhance sensory functions.
22. The impact of Bionics on traditional medicine is profound.
23. Bionics has the potential to change how we approach human enhancement.
24. The intersection of Bionics and artificial intelligence is a hot topic in tech circles.
25. Bionics can lead to the development of more responsive prosthetics.
26. The role of Bionics in environmental conservation is being explored.
27. Advances in Bionics are opening doors for regenerative medicine.
28. The world of Bionics is filled with innovative ideas and solutions.
29. Many inventions in Bionics are inspired by nature.
30. The applications of Bionics are limitless, from medicine to manufacturing.
31. Bionics offers new hope for those with mobility impairments.
32. The future of Bionics lies in collaborative research between disciplines.
33. Bionics is helping to create smarter and more adaptive machines.
34. The role of Bionics in enhancing human capabilities is exciting.
35. Many students are choosing to specialize in Bionics for their careers.
36. The fusion of Bionics and nanotechnology is particularly promising.
37. Bionics can provide solutions for challenges faced in various industries.
38. The concepts behind Bionics can be applied to everyday technology.
39. Bionics is helping to redefine the boundaries of human potential.
40. The rapid evolution of Bionics is capturing the attention of investors.
41. The study of Bionics requires knowledge in multiple scientific fields.
42. The ethical concerns surrounding Bionics need careful consideration.
43. Bionics is not just about imitating nature; it's about improving life.
44. The potential of Bionics in space exploration is being investigated.
45. Bionics can enhance communication for individuals with speech disabilities.
46. The field of Bionics is attracting a diverse group of innovators.
47. Many healthcare providers are incorporating Bionics into their services.
48. The latest breakthroughs in Bionics are making headlines worldwide.
49. Bionics could help bridge the gap between human limitations and technology.
50. The integration of Bionics in everyday products is becoming more common.
51. The complexity of Bionics requires a deep understanding of biological systems.
52. Startups are leveraging Bionics to create next-generation medical devices.
53. The collaboration between engineers and biologists is essential in Bionics.
54. Bionics opens up new avenues for treating chronic illnesses.
55. The advancements in Bionics reflect the creativity of human ingenuity.
56. The principles of Bionics can inspire new approaches to problem-solving.
57. The growth of Bionics is reshaping the landscape of modern technology.
58. Bionics has the potential to enhance cognitive functions through innovative designs.
59. The impact of Bionics on the workforce is a topic of interest.
60. The future of Bionics will likely include more personalized solutions.
61. The study of Bionics is helping researchers understand complex biological systems.
62. Bionics is integrating seamlessly into various sectors, including education.
63. The advancements in Bionics are making life easier for many individuals.
64. Bionics offers a fresh perspective on how we view disability.
65. The role of Bionics in enhancing safety in hazardous environments is crucial.
66. Many people are unfamiliar with the concept of Bionics and its benefits.
67. The crossover between art and Bionics leads to fascinating innovations.
68. Bionics technology is being utilized in military applications as well.
69. The use of Bionics in agriculture could lead to more sustainable practices.
70. The potential applications of Bionics extend far beyond healthcare.
71. Bionics has inspired a new generation of inventors and thinkers.
72. The challenges in Bionics often lead to unexpected discoveries.
73. The relationship between Bionics and neuroscience is an exciting field of study.
74. The future of Bionics promises to enhance our quality of life significantly.
75. The integration of Bionics into educational tools is improving learning experiences.
76. The impact of Bionics on physical rehabilitation is profound.
77. Bionics can enhance performance in various athletic endeavors.
78. The principles of Bionics are being applied to create smarter materials.
79. The role of Bionics in disaster recovery is gaining attention.
80. Many innovations in Bionics are driven by societal needs and challenges.
81. The collaboration between disciplines is vital for the progress of Bionics.
82. Bionics is shaping the future of wearable technology.
83. The exploration of Bionics continues to push scientific boundaries.
84. The ethical considerations of Bionics should not be overlooked.
85. Bionics could play a significant role in addressing global health issues.
86. The field of Bionics is ripe with opportunities for young scientists.
87. Researchers are optimistic about the future advancements in Bionics.
88. The integration of Bionics in urban planning is an emerging trend.
89. The exploration of Bionics can lead to breakthroughs in understanding evolution.
90. The potential for Bionics to enhance human interaction with machines is vast.
91. Many people are unaware of how Bionics is changing healthcare.
92. The future of Bionics will likely see more interdisciplinary collaboration.
93. The applications of Bionics in entertainment technology are evolving.
94. The role of Bionics in enhancing human capabilities is a hot topic.
95. Bionics is helping redefine the possibilities of human augmentation.
96. The integration of Bionics into public infrastructure can enhance safety.
97. The importance of Bionics in research cannot be overstated.
98. Many organizations are investing heavily in Bionics research.
99. The advancements in Bionics are attracting global attention and investment.
100. The study of Bionics is essential for understanding future technological trends.