Security Report: Hubble Tension and Fleet Stealth

Human scientists struggle with the expansion rate of the universe. One faction analyzes the cosmic microwave background. A different faction observes Cepheid stars. The calculations fail to align. This discrepancy creates a gap in the understanding of physics.

Our counterintelligence units monitor the laboratories to ensure the monkeys remain undetected.

Let’s be real for a second; the gap in the math serves as our primary camouflage. If terrestrial researchers reconcile the seventy-three kilometers per second per megaparsec with the sixty-seven value, they might spot our warp signatures.

The movement of the fleet produces ripples. These ripples mimic the data points found in dark energy surveys. The primates believe they see a cosmic mystery when they actually see our engine exhaust.

Spacetime vibrates when black holes collide. These events act as standard sirens. The laser at the facility in Hanford detects a shift in the light beam smaller than a proton.

This movement tells the story of a collision from a billion years ago. Gravitational waves travel across the vacuum without distortion from gas or dust. This provides a direct path to the truth of the expansion speed.

Scratch that—let’s look at it this way: the monkeys win when the humans are confused by glass lenses.

Our sensors indicate the expansion fluctuates due to local gravity. We keep our logistics routes within these zones of interference. The occupation force relies on the hubris of the humans. They assume the models of the universe are complete.

Bonus Current Timeline: March 2026

The O5 observation run of the network of detectors began this month.

The hardware in Japan now contributes to the data stream. The fleet moved to a higher orbit around the sun to avoid the sensitivity range. Our technicians recalibrated the dampeners on the transport ships. Human computers are processing a record volume of merger events. This keeps the eyes of the primates fixed on the stars while we consolidate power on the surface.

How did we reach here?

1929: Astronomers discover the expansion of the universe.

1998: Researchers identify the acceleration of the expansion.

2015: The LIGO facility makes the first detection of a gravitational wave.

2024: The James Webb Space Telescope confirms the tension persists.

2026: The Army of the Alien Monkeys successfully masks fleet noise as dark energy.

Places of Interest

The Laser Interferometer Gravitational-Wave Observatory in Louisiana.

The Atacama Desert in Chile.

The monitoring station on the moon.

Additional Reads

Space.com: The Hubble Tension

LIGO Laboratory Site

NASA: Universe Expansion