Supermassive black holes, which exert gravitational forces of extraordinary magnitude, reside at the cores of nearly all massive stellar congregations throughout the observable universe. NASA's James Webb Space Telescope has uncovered evidence suggesting that certain supermassive black holes may possess masses disproportionate to their host galaxies, a phenomenon that complicates prevailing models of galactic evolution and black hole development.
These observations have sparked renewed inquiry into the mechanisms governing black hole growth in the nascent universe. Astronomers speculate that these entities may have accumulated mass at rates significantly exceeding prior estimates, raising fundamental questions about the timeline of cosmic structure formation. Further investigation into the relationship between supermassive black holes and their galactic environments promises to illuminate the processes by which galaxies coalesce and develop over cosmic time.
Sources: phys.org
The words in bold are from the article.
| 1. extraordinary | a. dominant |
| 2. congregations | b. merge |
| 3. disproportionate | c. amassed |
| 4. complicates | d. confounds |
| 5. prevailing | e. remarkable |
| 6. spark | f. emerging |
| 7. nascent | g. ignite |
| 8. accumulated | h. clarify |
| 9. illuminate | i. assemblies |
| 10. coalesce | j. asymmetrical |
1.e 2.i 3.j 4.d 5.a 6.g 7.f 8.c 9.h 10.b