100 Examples of sentences containing the common noun "nanotechnology"

Definition

Nanotechnology refers to the science, engineering, and application of materials and systems at the nanoscale, typically between 1 and 100 nanometers. This field encompasses various disciplines, including physics, chemistry, biology, and engineering, to manipulate matter at the atomic and molecular levels to create new materials with unique properties and functionalities.

Synonyms

• Nanoengineering
• Molecular engineering
• Nanoscale science
• Nanoscience
• Nanomaterials

Antonyms

• Microscopy (in the context of scale)
• Macrotechnology
• Bulk materials

Examples

1. Researchers nanotechnology to create more efficient solar panels.
2. Scientists nanotechnology for drug delivery systems that target specific cells.
3. Engineers nanotechnology to enhance the strength of materials without adding weight.
4. The field of medicine increasingly nanotechnology to improve diagnostic tools.
5. Companies nanotechnology to develop new consumer products with advanced features.
6. Environmental scientists nanotechnology to filter pollutants from water sources.
7. The automotive industry nanotechnology to manufacture lighter and stronger vehicles.
8. Biotechnologists nanotechnology for gene therapy applications.
9. Chemists nanotechnology to create catalysts that speed up chemical reactions.
10. The agricultural sector nanotechnology to improve crop yields and resilience.
11. The electronics industry nanotechnology to produce smaller, faster components.
12. Researchers nanotechnology to explore quantum computing possibilities.
13. The cosmetics industry nanotechnology to enhance skin penetration of active ingredients.
14. Material scientists nanotechnology to fabricate new composites with unique properties.
15. Energy researchers nanotechnology to develop batteries with higher capacity and shorter charging times.
16. The food industry nanotechnology to improve food safety and preservation.
17. Environmentalists nanotechnology to create biodegradable materials.
18. The telecommunications sector nanotechnology to enhance signal processing.
19. Policy makers nanotechnology to regulate emerging technologies effectively.
20. The military nanotechnology to develop advanced materials for protective gear.
21. Researchers nanotechnology to analyze the behavior of nanoparticles in biological systems.
22. Students learn about nanotechnology in advanced science courses.
23. Governments nanotechnology to foster innovation and economic growth.
24. Entrepreneurs nanotechnology to create startups focused on innovative solutions.
25. Scientists nanotechnology to investigate the potential of new drug compounds.
26. Engineers nanotechnology to improve the performance of batteries.
27. The cosmetics market nanotechnology to offer products with enhanced performance.
28. The field of electronics nanotechnology to create more efficient devices.
29. Researchers nanotechnology to study the effects of nanoparticles on human health.
30. The space industry nanotechnology to develop lightweight materials for spacecraft.
31. Environmental scientists nanotechnology to monitor pollution at the nanoscale.
32. The textile industry nanotechnology to create stain-resistant fabrics.
33. Researchers nanotechnology to enhance the properties of existing materials.
34. The healthcare sector nanotechnology for targeted therapies and diagnostics.
35. Engineers nanotechnology to design safer and more effective vaccines.
36. The renewable energy sector nanotechnology to improve energy conversion efficiency.
37. Researchers nanotechnology to understand the behavior of materials at small scales.
38. The pharmaceutical industry nanotechnology to improve drug solubility.
39. Scientists nanotechnology to explore the potential of nanorobots in medicine.
40. The construction industry nanotechnology to develop stronger building materials.
41. Researchers nanotechnology to investigate potential environmental impacts.
42. The automotive sector nanotechnology to enhance fuel efficiency.
43. Engineers nanotechnology to create more reliable sensors.
44. The agricultural industry nanotechnology to develop smart pesticides.
45. Researchers nanotechnology to fabricate nanoscale devices for electronics.
46. The telecommunications sector nanotechnology to improve data transmission speeds.
47. Scientists nanotechnology to study the effects of engineered nanoparticles on ecosystems.
48. The energy sector nanotechnology to develop more efficient photovoltaic cells.
49. Researchers nanotechnology to create innovative approaches to cancer treatment.
50. The food science field nanotechnology to develop healthier food options.
51. Engineers nanotechnology to improve the thermal properties of materials.
52. Researchers nanotechnology to create more effective antimicrobial coatings.
53. The cosmetics industry nanotechnology for skin care products.
54. Scientists nanotechnology to explore the potential of nanomaterials in electronics.
55. The telecommunications industry nanotechnology to enhance wireless communication.
56. Researchers nanotechnology to develop smart textiles with integrated sensors.
57. The automotive industry nanotechnology for safer and more efficient vehicles.
58. Engineers nanotechnology to create lighter and more durable components.
59. The healthcare sector nanotechnology for personalized medicine approaches.
60. Researchers nanotechnology to improve the efficiency of energy storage systems.
61. The construction industry nanotechnology to develop self-cleaning surfaces.
62. Scientists nanotechnology to study the interaction of nanoparticles with biological systems.
63. The food technology sector nanotechnology to enhance nutritional value.
64. Engineers nanotechnology to create high-performance coatings.
65. Researchers nanotechnology to explore the use of nanoparticles in diagnostics.
66. The renewable energy field nanotechnology to create more efficient wind turbines.
67. Scientists nanotechnology to investigate potential applications in environmental remediation.
68. The textile industry nanotechnology for moisture-wicking fabrics.
69. Engineers nanotechnology to develop advanced composite materials.
70. The medical field nanotechnology to improve imaging techniques.
71. Researchers nanotechnology to create biodegradable nanomaterials.
72. The environmental sector nanotechnology for pollution monitoring solutions.
73. Scientists nanotechnology to develop nanosensors for detecting pathogens.
74. The aerospace industry nanotechnology to improve fuel efficiency in aircraft.
75. Engineers nanotechnology to create smart materials that respond to stimuli.
76. Researchers nanotechnology to explore applications in energy harvesting.
77. The pharmaceutical industry nanotechnology for sustained release formulations.
78. Scientists nanotechnology to develop new vaccines using nanoparticles.
79. The electronics industry nanotechnology for flexible electronic devices.
80. Engineers nanotechnology to improve the performance of photovoltaic cells.
81. Researchers nanotechnology to assess the risks associated with nanoparticles.
82. The cosmetics field nanotechnology for anti-aging products.
83. Scientists nanotechnology to create nanoscale drug delivery systems.
84. The automotive sector nanotechnology to develop advanced fuel cells.
85. Engineers nanotechnology to fabricate nanoscale electronic components.
86. Researchers nanotechnology to investigate the impact of nanoparticles on the environment.
87. The healthcare industry nanotechnology for point-of-care testing.
88. Scientists nanotechnology to develop new materials for energy applications.
89. The telecommunication sector nanotechnology to enhance network reliability.
90. Engineers nanotechnology to create protective coatings for electronics.
91. Researchers nanotechnology to explore the potential of nanomaterials in agriculture.
92. The renewable energy sector nanotechnology for improving battery performance.
93. Scientists nanotechnology to study the effects of nanoparticles on living organisms.
94. The food industry nanotechnology to develop packaging that extends shelf life.
95. Engineers nanotechnology to improve the thermal management of electronic devices.
96. Researchers nanotechnology to create nanostructured materials for various applications.
97. The cosmetics industry nanotechnology for enhanced product delivery.
98. Scientists nanotechnology to develop new materials for drug formulation.
99. The telecommunications field nanotechnology for advanced signal processing.
100. Engineers nanotechnology to create materials with self-healing properties.