While analyzing data from a radio telescope, Elena discovers a repeating signal every 17 minutes. Another signal repeats every 23 minutes. If both signals were detected simultaneously at 10:00 PM, at what time will they next coincide?

Sun, 03 May 2026 10:36:43 +0000

**While analyzing data from a radio telescope, Elena discovers a repeating signal every 17 minutes. Another signal repeats every 23 minutes. If both signals were detected simultaneously at 10:00 PM, at what time will they next coincide?** While analyzing data from a radio telescope, Elena uncovers a fascinating pattern: two signals emerge regularly—one every 17 minutes and another every 23 minutes. Their synchronized detection at 10:00 PM marks a rare moment in their monitoring cycle. But when will this rhythmic overlap happen again, and why does it matter beyond the data itself? **Why Like Signals from Deep Space Matter Now** In today’s data-rich world, detecting recurring time-based phenomena isn’t just a technical curiosity—it’s a sign of precision monitoring and advanced analysis. Radio telescopes operate with extreme sensitivity, tracking faint cosmic rhythms across vast distances. Finding repeating signals that align precisely invites deeper investigation into their source—whether natural cosmic patterns, human-made transmissions, or unknown phenomena. This kind of cross-referencing fuels scientific discovery and reinforces the importance of methodical observation.