Rearrange the following sentences (A), (B), (C), (D), and (E) to form a coherent paragraph, then answer the question.

(A) Furthermore, because this rogue planet does not emit any light of its own, locating it represents a major scientific breakthrough.
(B) Researchers estimate that there are about 100 million rogue planets in the Milky Way, but almost all of them are invisible.
(C) A recently published paper reveals that the nearest free-floating planet discovered is located only 1,560 light-years from Earth, a new study reports.
(D) Although this particular world is the closest rogue planet detected so far, it is highly unlikely to be the nearest one in existence.
(E) This wandering body, designated Rogue-9, is about 10 times the mass of Jupiter and orbits a dwarf star.

Which of the following options represents the correct sequence of the sentences after they are logically rearranged?

The correct sequence is CEADB.

Let's analyze the given sentences step-by-step to determine the logical flow and coherence of the paragraph:

1. Opening Sentence (C): Sentence (C) introduces the main topic of the paragraph: a newly discovered free-floating (rogue) planet located 1,560 light-years from Earth. This serves as the ideal introductory sentence.

2. Introducing Specific Details (E): Sentence (E) begins with "This wandering body...", directly referencing the free-floating planet introduced in (C). It provides details about its mass and orbit.

3. Elaborating on the Significance (A): Sentence (A) uses the transition word "Furthermore" to build upon sentence (E), explaining why locating this lightless planet is a major scientific breakthrough.

4. Adding Context on Proximity (D): Sentence (D) comments on the planet's proximity ("closest rogue planet detected so far"), linking back to the breakthrough mentioned in (A) and the distance given in (C).

5. Broader Context/Conclusion (B): Sentence (B) expands the scope by estimating the vast total number of rogue planets in the Milky Way (100 million) and mentioning how almost all are invisible, providing a strong concluding context.

Combining these logically gives the sequence: C - E - A - D - B.