Status Report: Deep Space Anomaly

Date of Detection: 20 years ago

Source: Observation Telescope Eón-3

Classification: C.A.U.O (Cosmic anomaly of unknown origin)

Situation Summary

The Eón-3 telescope identified an anomaly in deep space, initially mistaken for a black hole due to its irregular optical behavior. Early observations indicated an absolute void, without thermal or spectral signals that would allow conventional classification.

However, the analysis of subsequently deployed probes confirmed that the anomaly did not correspond to a traditional astronomical phenomenon but rather to a celestial body of uncertain origin. It is a highly reflective planet, whose detection was hindered due to the way it distorts the light of surrounding stars, generating an anomalous optical effect.

Observed Behavior

Optical Nature: Although initially believed to reflect no light, more recent studies have shown that its surface reflects stars irregularly, generating unknown refraction and distortion effects.

Unknown Composition: Initial readings do not correspond to terrestrial materials or known celestial bodies, suggesting a biomechanical or crystalline structure with unique optical properties.

Anomalous Movement: Initially thought to be static, continuous monitoring has revealed progressive displacement.

Trajectory Projection: Orbital calculations indicate that in approximately 28 years, the planet will reach a proximity sufficient to affect the gravitational force of our home world.

Conclusion

Given the unknown nature and active displacement of the object, its analysis has been deemed high-priority. The Astraea-7 mission has been approved for advanced reconnaissance and evaluation of the potential impact of this celestial body on gravitational balance and humanity's security.