The Pattern That Predicted Every Dead Zone — Three Days Before They Appeared

November 3rd, 2026 — 14:37

I spent the weekend digitizing three years of handwritten logs. Tedious work, but necessary — my filing system is chaos, and if something ever happens to me, these observations need to be accessible.

That's when I saw it.

The intervals between Dead Zones follow a pattern I should have noticed years ago.

For context: Dead Zones are areas where my equipment fails — cameras freeze, recorders produce static, even my mechanical compass spins. They appear unpredictably across a 12-mile radius. Or so I thought.

I pulled every Dead Zone report from my notebooks:

• June 3rd, 2024 — Old Miller Farm
• June 6th, 2024 — The Ridge overlook
• September 14th, 2024 — Mile Marker 17
• September 17th, 2024 — The Clearing
• December 23rd, 2024 — Near the Creek
• December 26th, 2024 — Old Miller Farm (again)

The pattern continues through 2025 and into this year. Every Dead Zone appears exactly three days after the previous one — until it doesn't. Then there's a gap of 90-120 days, and the cycle starts again.

But here's what made me sit back and stare at the wall for twenty minutes:

The Hum stops during Dead Zones.

I went back through my audio logs. Every single time. When equipment fails, the low-frequency hum that's been constant since 2019 goes silent. I never connected them because I'm usually too focused on the equipment failure to notice the absence of sound.

So I did what any reasonable person would do — I calculated forward.

If the pattern holds, the next Dead Zone should appear November 6th, somewhere within the usual radius.

I've been watching the skies for proof for seven years now. I've documented hundreds of anomalies. But I've never been able to predict one before it happened.

Here's the mundane explanation, and I have to consider it: I'm seeing patterns because humans are pattern-recognition machines. Three-day intervals could be confirmation bias — I'm only remembering the events that fit. The 90-120 day gaps could be seasonal (equipment performs differently in summer heat vs. winter cold). And the Hum might stop for completely unrelated atmospheric reasons.

Maybe I'm just a guy who's spent too long staring at notebooks, finding meaning in noise.

But.

If I'm right, something will happen in three days. My cameras will freeze. My recorders will produce static. And the Hum will stop.

I'll be at The Clearing on November 6th, starting at sunset. Full equipment spread. If the pattern breaks, I'll know I've been chasing shadows. If it holds...

Well. That's a different kind of proof, isn't it?

The numbers don't lie, but they don't always tell the whole truth either.

What causes an electromagnetic dead zone to follow a predictable schedule? And if you can hear the Hum in your area — does it ever stop?