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· Atlantis Chaos, Mars

Atlantis Chaos right angles and grids

Sourced, unconfirmed
Strength D · 3/10
Evidence 1/4 · Witnesses 2/3 · Backing 0/3

The grid-like forms are in a public HiRISE frame, but the reading of them as anomalous rests on Max's fractal analysis alone and his low-sun test has not been run.

Plausibility Low
Score 4 · 4 factors for, 1 against

Right angles in a public HiRISE frame flagged by one fractal analysis, with a testable prediction not yet run.

See the factors ↓

Unresolved

Square, triangular and web-like forms in a 2009 HiRISE landing-site frame, flagged by Max's fractal analysis. NASA labels it chaos terrain.

How plausible · Low

Right angles in a public HiRISE frame flagged by one fractal analysis, with a testable prediction not yet run.

  • ●●
    Restraint Max proposes a falsifiable low-sun test.
  • ●○
    Access Public HiRISE data.
  • ●○
    No gain sought Nothing sold.
  • ●○
    Checkable details check out The frame is public.
Against
  • −
    Lone source, no corroboration Max's fractal analysis is the only reading of it as anomalous.

Plausibility weighs how well an account fits where secrecy hides the documents by design, so missing records never count against it. Strength measures what is documented. Assessed 2026-10-23.

Claims

Max's prediction: anomalies score higher at low sun. Max predicts his detectors respond more strongly at low sun angles. His exact Atlantis Chaos and Renaudot spots have no low-sun frames; nearby terrain does. Two routes: request reshoots through HiRISE HiWish, or compare low- and high-sun frames of the same terrain ourselves.Plaskett U 'towers'analysisLeadMax Derakhshani

Where

Atlantis Chaos, Mars
34.0°S 177.0°W on Mars

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Sources

A research project by Igor FrancePrivacy