In a sci-fi novel, a character discovers a sequence of time portals aligned every 9 years. How many portals, starting from year 1, fall in the century between 1900 and 2001 inclusive?

Sat, 02 May 2026 12:58:06 +0000

**How In a Sci-Fi Novel, a Character Discovers a Sequence of Time Portals Aligned Every 9 Years—And How Many Fall Between 1900 and 2001?** What if time itself divided neatly across a 9-year rhythm—like a hidden pulse marking history? In a gripping sci-fi narrative, a character stumbles upon a sequence of time portals aligned every nine years, stepping through moments suspended across decades. This concept isn’t just imaginative fiction—it’s sparking quiet fascination in readers curious about the intersection of time, pattern, and destiny. Could such a sequence really exist? And if it did, how many portals would fall within a single historical century—1900 to 2001, inclusive? This reflective question reveals a blend of pattern recognition and time-based curiosity increasingly relevant in today’s meeting of tech, culture, and storytelling. The idea of time unrolling in regular intervals isn’t new, but linking it to structured portals creates rich narrative tension—and invites real-world curiosity. While no scientific basis exists for physical time portals, the pattern inspires deeper questions about legacy, cyclical history, and humanity’s fascination with predictable recurrence. In this fictional universe, portals fall at years 1, 10, 19, and every subsequent 9-year interval—forming a rhythmic sequence that invites both wonder and logic. The key question—how many portals fall between 1900 and 2001—hinges on arithmetic precision. Starting from year 1, each portal occupies the sequence: 1 + 9k where k is a non-negative integer. To find