Metamaterial example sentences

"Metamaterial" Example Sentences

1. Metamaterials offer unprecedented control over electromagnetic waves.
2. The research team developed a novel metamaterial with negative refractive index.
3. Designing effective metamaterials requires sophisticated computational techniques.
4. This metamaterial-based device exhibits superior performance compared to conventional counterparts.
5. Applications of metamaterials extend from cloaking to sensing.
6. We investigated the optical properties of the newly synthesized metamaterial.
7. Future advancements in metamaterials hold immense potential for technological breakthroughs.
8. The fabrication process for this metamaterial is surprisingly simple.
9. Understanding the physics of metamaterials is crucial for their effective utilization.
10. Metamaterials are artificially engineered structures with unique electromagnetic properties.
11. The cost of producing high-quality metamaterials remains a significant challenge.
12. This paper explores the limitations of current metamaterial designs.
13. Recent breakthroughs in metamaterial research have opened new avenues for exploration.
14. His doctoral thesis focused on the theoretical aspects of metamaterials.
15. The metamaterial's response to different frequencies was carefully measured.
16. Many believe that metamaterials will revolutionize the field of optics.
17. The team successfully demonstrated the cloaking effect using a novel metamaterial.
18. With further research, metamaterials could enable perfect lenses.
19. The creation of this metamaterial required advanced nanofabrication techniques.
20. Metamaterials possess properties not found in naturally occurring materials.
21. They presented their findings on the application of metamaterials in biomedical imaging.
22. The efficiency of this antenna was greatly enhanced by the use of a metamaterial.
23. Although promising, metamaterials still face technological hurdles.
24. The article details the design and simulation of a new type of metamaterial.
25. She is a leading expert in the field of metamaterials and nanophotonics.
26. This metamaterial exhibits unusual dispersion characteristics.
27. Metamaterials offer a pathway to designing novel optical devices.
28. The development of flexible metamaterials is an area of active research.
29. We observed a significant enhancement in the signal-to-noise ratio using the metamaterial absorber.
30. The conference featured several presentations on the latest advances in metamaterial technology.
31. Limitations in manufacturing processes hinder the widespread adoption of metamaterials.
32. A metamaterial lens can overcome the diffraction limit of conventional lenses.
33. Research into the biocompatibility of metamaterials is essential for biomedical applications.
34. The precise control over the electromagnetic properties of a metamaterial is remarkable.
35. This innovative metamaterial has potential applications in energy harvesting.
36. The future of metamaterials is bright, with ongoing research pushing the boundaries of what is possible.
37. Scientists are exploring new ways to tune the properties of metamaterials dynamically.
38. The study highlighted the importance of considering losses when designing metamaterials.
39. Metamaterials represent a paradigm shift in materials science and engineering.
40. The cost-effectiveness of metamaterials needs to improve for commercialization.
41. He dedicated his career to the study and development of advanced metamaterials.
42. The metamaterial showed exceptional performance at microwave frequencies.
43. Recent simulations suggest that this novel metamaterial could be highly efficient.
44. The properties of the metamaterial were characterized using various spectroscopic techniques.
45. This metamaterial-based sensor is highly sensitive and selective.
46. The integration of metamaterials with other technologies is a promising area of research.
47. Challenges remain in scaling up the production of these complex metamaterials.
48. The book provides a comprehensive overview of the fundamentals of metamaterials.
49. Metamaterial research is pushing the boundaries of conventional physics.
50. Despite the challenges, the potential of metamaterials is undeniable.