100 Examples of sentences containing the common noun "optics"

Definition

Optics refers to the branch of physics that deals with the study of light and its interactions with matter, including the behavior of light through lenses, mirrors, and other optical devices. It can also refer to the visual perception of something or the way a situation is perceived by others.

Synonyms

• Photonics
• Light science
• Vision
• Perspective
• Viewpoint

Antonyms

• Darkness
• Obscurity
• Blindness

Examples

1. The scientist optics the properties of light to improve the design of telescopes.
2. In her presentation, she optics how different lenses can affect image clarity.
3. The engineer optics the light paths in the new camera prototype.
4. During the lecture, the professor optics the principles of refraction and reflection.
5. The team of researchers optics the effects of various filters on color perception.
6. He optics the phenomenon of dispersion when white light passes through a prism.
7. The artist optics the way light interacts with different surfaces in his paintings.
8. The lab technician optics the calibration of optical instruments for accuracy.
9. She optics the differences between concave and convex mirrors in her report.
10. The physicist optics the relationship between wavelength and frequency in light waves.
11. The student optics the historical development of optical science in his thesis.
12. The workshop optics various practical applications of optics in modern technology.
13. The photographer optics the effect of natural light on his subjects.
14. The documentary optics the advancements in optical technology over the decades.
15. The research paper optics the challenges faced in optical communication systems.
16. He optics the impact of atmospheric conditions on optical visibility.
17. The lecture optics the role of optics in the field of medicine, especially in endoscopy.
18. She optics the use of optical fibers for high-speed internet transmission.
19. The inventor optics a new type of lens that reduces distortion in images.
20. The seminar optics the future of optics in augmented reality applications.
21. The article optics the importance of light polarization in photography.
22. The physicist optics the concept of holography and its implications.
23. In her experiment, she optics the behavior of laser beams under different conditions.
24. The workshop optics the integration of optics in robotics and automation.
25. The class optics the principles of lenses and their focal lengths.
26. The researcher optics the efficiency of various optical coatings.
27. The discussion optics the ethical implications of surveillance technology using optics.
28. The project optics the application of optics in environmental monitoring.
29. The presentation optics the advancements in optical imaging techniques.
30. The engineer optics the design of new optical systems for space exploration.
31. The tutorial optics the basic principles of optical illusions.
32. The review article optics the latest trends in optical materials.
33. The demonstration optics how prisms can create rainbows.
34. The workshop optics hands-on experiments with lenses and mirrors.
35. The conference optics the intersection of optics and nanotechnology.
36. The course optics the essentials of geometric optics.
37. The research team optics the potential of quantum optics in computing.
38. The exhibit optics the history of optical instruments from early telescopes to modern equipment.
39. The book optics the philosophical implications of perception and reality.
40. The thesis optics the relationship between optics and visual arts.
41. The demonstration optics the principles of total internal reflection.
42. The scientist optics the impact of light pollution on night sky observation.
43. The artist optics the interplay of light and shadow in his sculptures.
44. The study optics the role of optics in enhancing virtual reality experiences.
45. The article optics the potential for optics in renewable energy technologies.
46. The workshop optics the basics of optical data storage.
47. The lecture optics the effects of chromatic aberration in lenses.
48. The seminar optics the advancements in optical sensors and their applications.
49. The presentation optics the design of optical circuits for quantum computing.
50. The research project optics the analysis of light-matter interactions.
51. The class optics the historical significance of optics in scientific discovery.
52. The discussion optics the role of optics in the development of lasers.
53. The conference optics the future of optics in telecommunications.
54. The workshop optics practical applications of optics in everyday life.
55. The article optics the science behind optical illusions and perception.
56. The professor optics the challenges of teaching advanced optics concepts.
57. The report optics the impact of emerging technologies on optical research.
58. The tutorial optics the process of creating optical filters.
59. The study optics the influence of optics on cinematography.
60. The project optics the integration of optics in smart devices.
61. The presentation optics the physics behind fiber optic cables.
62. The seminar optics the role of optics in medical imaging technologies.
63. The lab optics the calibration of spectrophotometers for research.
64. The research optics new materials for improved lens performance.
65. The workshop optics the creation of holograms and their uses.
66. The lecture optics the relationship between optics and astronomy.
67. The project optics the effects of light scattering in atmospheric studies.
68. The article optics the significance of optics in the design of new eyewear.
69. The demonstration optics how light travels through different mediums.
70. The course optics the principles of wave optics and interference.
71. The seminar optics the advancements in optical microscopy techniques.
72. The presentation optics the role of optics in enhancing display technologies.
73. The workshop optics the construction of simple optical devices.
74. The study optics the effect of environmental factors on optical systems.
75. The report optics the applications of optics in scientific research.
76. The professor optics the advancements in optical technologies in his lecture.
77. The discussion optics the integration of optics in renewable energy solutions.
78. The tutorial optics the exploration of optical phenomena in nature.
79. The research team optics the impact of optical technology on global communication.
80. The workshop optics the design and application of optical instruments.
81. The presentation optics the influence of optics on visual culture.
82. The class optics the effects of light on human perception.
83. The seminar optics the role of optics in enhancing agricultural practices.
84. The project optics the development of portable optical sensors.
85. The article optics the implications of optics in environmental science.
86. The demonstration optics the use of optical devices in surveillance.
87. The course optics the fundamentals of quantum optics.
88. The research optics the analysis of optical systems in various fields.
89. The workshop optics the application of optics in fashion and design.
90. The lecture optics the significance of optics in virtual reality technology.
91. The study optics the role of optics in enhancing educational tools.
92. The project optics the integration of optics in smart city technologies.
93. The report optics the advancements in optical communication technologies.
94. The professor optics the challenges of explaining complex optics concepts.
95. The seminar optics the role of optics in enhancing sports performance.
96. The article optics the future of optics in autonomous vehicles.
97. The demonstration optics the principles of laser cutting technology.
98. The class optics the exploration of light's behavior in different environments.
99. The workshop optics the creation of DIY optical devices.
100. The presentation optics the importance of optics in modern photography.