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AARO Paper on Forced Perspective in UAP Sightings

Optical illusions explain misperceived sizes and speeds in many UAP reports.

Event

Jan 1, 2024

Location

Pending

Source

All-domain Anomaly Resolution Office

AI Disclosure Brief

AI assisted

Reported Object Read

No specific UAP object described; paper explains how forced perspective and parallax cause misestimations of UAP size, speed, and motion in observer reports.

Notable Characteristics

  • Environment: sky

Reported Motion

No confident entries yet.

Evidence Notes

  • Hypothetical examples of featureless spheres and stationary objects.
  • Figures illustrating optical illusions.

AARO document methodically outlines prosaic optical explanations for common UAP misperceptions, urging better observer awareness without dismissing reports.

Shape read

Unclear

Sensors

visual, electronic

AI confidence

100%

Prosaic Leads

  • Forced perspective distorts apparent size.
  • Parallax induces illusory motion from observer movement.

Anomalous Indicators

No confident entries yet.

Evidence Gaps

  • No specific UAP cases analyzed.
  • Relies on generic examples rather than report data.
External reference status: Unverified

Evidence Quotes // source statements

Open archive
OtherExact quote
"the effects of forced perspective and parallax can frequently explain excessively large sizes or high speeds described in UAP reports."

Unknown speaker / AARO

Introduction

Source
OtherExact quote
"Because of parallax, stationary objects can appear to have motion, and slow-moving objects can appear to move very fast."

Unknown speaker / AARO

Parallax section

Source

Chronology Trace // before & after

No dated sibling signals are available yet.

Official Files // source material

1 linked
Pdf

Effect of Forced Perspective and Parallax View on UAP Observations

All-domain Anomaly Resolution Office (AARO) 1 An AARO Information Paper Effect of Forced Perspective and Parallax View on UAP Observations May 2024 Introduction While no single explanation or method of analysis can account for all unidentified anomalous phenomena (UAP) cases received by the All-domain Anomaly Resolution Office (AARO), the effects of forced perspective and parallax can frequently explain excessively large sizes or high speeds described in UAP reports. In many cases, the reporter may be positioned far from the object being observed while moving fast relative to it. Under these conditions, an observer can misinterpret the apparent size and speed of a UAP due to the two separate but related phenomena of forced perspective and parallax. This paper provides a basi