100 Examples of sentences containing the adjective "quasi stellar"

Definition

The term quasi-stellar is an adjective used primarily in astronomy to describe objects that resemble stars but possess characteristics that distinguish them from true stars. It is most commonly associated with quasars, which are extremely bright and distant celestial objects powered by supermassive black holes at the centers of galaxies.

Synonyms

• Star-like
• Stellar-like
• Celestial

Antonyms

• Non-stellar
• Substellar
• Planetary

Examples

1. The astronomers observed a quasi-stellar object that emitted immense amounts of energy.
2. Research on quasi-stellar phenomena has greatly advanced our understanding of the universe.
3. The quasi-stellar nature of the object was confirmed through various spectral analyses.
4. Many quasi-stellar entities are located billions of light-years away from Earth.
5. The study of quasi-stellar objects can provide insights into the formation of galaxies.
6. The quasi-stellar brightness of the quasar was unmatched by any other celestial body.
7. The universe is full of mysterious quasi-stellar formations waiting to be explored.
8. A quasi-stellar source was detected in the vicinity of the newly discovered galaxy.
9. The classification of quasi-stellar objects continues to evolve as new data becomes available.
10. Scientists are fascinated by the unique properties of quasi-stellar objects.
11. The light emitted from this quasi-stellar source suggests it is powered by a black hole.
12. The quasi-stellar nature of the formation raises questions about its origin.
13. Telescopes are designed to capture the light from quasi-stellar phenomena across the universe.
14. The quasi-stellar object was the brightest in the night sky that year.
15. Astronomers have cataloged numerous quasi-stellar entities in their research.
16. The quasi-stellar appearance of the object led to its initial misclassification as a star.
17. Observations of quasi-stellar objects have revolutionized our understanding of cosmic evolution.
18. The discovery of new quasi-stellar entities challenges existing astronomical theories.
19. As technology advances, our ability to study quasi-stellar phenomena improves.
20. The quasi-stellar characteristics of the object puzzled scientists for decades.
21. The energy output of this quasi-stellar source exceeds that of many galaxies.
22. The debate over the classification of certain quasi-stellar objects continues among astronomers.
23. The quasi-stellar brightness fluctuates, indicating complex underlying processes.
24. Observations of quasi-stellar objects can help trace the expansion of the universe.
25. The quasi-stellar nature of this formation highlights the diversity of celestial bodies.
26. Researchers continue to investigate the quasi-stellar phenomena observed in remote galaxies.
27. The unique properties of quasi-stellar objects make them valuable for scientific study.
28. The quasi-stellar emissions provide clues about the early universe.
29. Many quasi-stellar sources are believed to host supermassive black holes.
30. The exploration of quasi-stellar formations has led to groundbreaking discoveries.
31. The brightness of quasi-stellar entities can vary dramatically over time.
32. The existence of quasi-stellar objects suggests a complex cosmic environment.
33. The quasi-stellar classification has helped refine our understanding of cosmic distances.
34. The research team focused on the dynamics of quasi-stellar quasar jets.
35. The quasi-stellar phenomenon was first identified in the mid-20th century.
36. New telescopes are allowing for the discovery of previously hidden quasi-stellar bodies.
37. The quasi-stellar luminosity can outshine entire galaxies.
38. The investigation of quasi-stellar activities is crucial for understanding black hole behavior.
39. The quasi-stellar characteristics of this object make it a prime candidate for study.
40. Scientists were excited by the unexpected quasi-stellar signals detected from deep space.
41. The connection between quasi-stellar phenomena and galaxy formation is a topic of ongoing research.
42. The quasi-stellar nature of these objects often leads to new questions in astronomy.
43. Studying quasi-stellar emissions can reveal information about the early universe’s structure.
44. The quasi-stellar phenomenon is a reminder of the vastness of the cosmos.
45. The brightness of the quasi-stellar object was recorded at unprecedented levels.
46. The quasi-stellar classification is essential for categorizing distant celestial bodies.
47. Astronomers are continuously searching for new quasi-stellar sources.
48. The quasi-stellar nature of the object challenges conventional definitions of stars.
49. The quasi-stellar spectrum revealed a wealth of information about its chemical composition.
50. Each quasi-stellar object has unique characteristics that contribute to its study.
51. The mysterious nature of quasi-stellar sources captivates both scientists and enthusiasts.
52. The quasi-stellar emissions can be observed across multiple wavelengths.
53. The discovery of a new quasi-stellar entity excited the astronomical community.
54. The quasi-stellar brightness is often used to measure cosmic distances.
55. The study of quasi-stellar objects can help refine our understanding of dark matter.
56. The quasi-stellar characteristics of this galaxy have made it a focus of research.
57. The varying brightness of quasi-stellar sources can indicate different underlying processes.
58. The quasi-stellar spectrum provided invaluable data for astrophysical models.
59. The quasi-stellar phenomena observed in this region are still not fully understood.
60. The quasi-stellar nature of the object was confirmed through extensive observation.
61. Telescopes have captured stunning images of distant quasi-stellar entities.
62. The energy produced by quasi-stellar objects can influence their surrounding environments.
63. Researchers hope to unlock the secrets of quasi-stellar physics in upcoming studies.
64. The quasi-stellar characteristics of the quasar challenge existing theoretical frameworks.
65. Understanding quasi-stellar formations can lead to insights about the universe's evolution.
66. The discovery of a new quasi-stellar object prompted a wave of excitement in the field.
67. The light curves of quasi-stellar sources often reveal complex behaviors.
68. The quasi-stellar phenomenon is a key area of study for modern astrophysics.
69. Scientists are mapping the distribution of quasi-stellar objects across the universe.
70. The quasi-stellar emissions can provide clues about the environments in which they exist.
71. The quasi-stellar nature of the object was further elucidated by recent observations.
72. The classification of quasi-stellar entities is critical for understanding cosmic evolution.
73. The quasi-stellar features observed in this region are fascinating to astronomers.
74. The brightness of quasi-stellar sources can change rapidly, indicating dynamic processes.
75. The study of quasi-stellar objects is essential for advancing our knowledge of black holes.
76. Recent discoveries have expanded the catalog of known quasi-stellar phenomena.
77. The quasi-stellar classification system has evolved with new astronomical discoveries.
78. The elusive nature of quasi-stellar entities makes them intriguing subjects for study.
79. The quasi-stellar characteristics observed in this galaxy were unprecedented.
80. The investigation into quasi-stellar emissions has revealed much about cosmic history.
81. Researchers are eager to learn more about the quasi-stellar behaviors of these objects.
82. Advances in technology have allowed for more detailed study of quasi-stellar sources.
83. The quasi-stellar nature of the object was evident from its spectral lines.
84. The study of quasi-stellar formations offers a glimpse into the universe's past.
85. The quasi-stellar brightness of this object can outshine entire galaxies.
86. Understanding quasi-stellar objects can provide insights into the nature of dark energy.
87. The quasi-stellar emissions detected from the galaxy were surprising to scientists.
88. The dynamics of quasi-stellar objects are a significant focus of current research.
89. The quasi-stellar nature of these entities challenges our understanding of stellar evolution.
90. The study of quasi-stellar objects can lead to important discoveries in cosmology.
91. The quasi-stellar brightness was recorded using advanced observational techniques.
92. The complexity of quasi-stellar phenomena makes them a rich area for investigation.
93. The quasi-stellar characteristics of this source are still being studied.
94. The discovery of new quasi-stellar entities has important implications for astronomy.
95. The quasi-stellar nature of the object was confirmed after extensive observation.
96. The fluctuations in quasi-stellar brightness can indicate changes in their environments.
97. The study of quasi-stellar emissions can help illuminate the structure of the universe.
98. The quasi-stellar phenomenon plays a crucial role in understanding cosmic evolution.
99. Recent findings on quasi-stellar sources have sparked new theories in astrophysics.
100. The quasi-stellar nature of the object continues to be a subject of intense research.