WeAlwaysKnew is an independent online observatory dedicated to the study and documentation of non-spherical planetary formations, with a particular focus on planar celestial bodies.
Operating outside institutional frameworks, the platform compiles visual anomalies, speculative models, and fragmented observational data that challenge the dominant cosmological paradigm. Rather than asserting conclusions,
WeAlwaysKnew functions as an archive of inconsistencies, mapping what does not fully align. Through stitched telescope composites, corrupted datasets, and reinterpreted astronomical records, the observatory examines the possibility that alternative planetary geometries have been overlooked, dismissed, or misclassified.
A flat planet, for the purpose of this theory, is defined as a celestial body with a predominantly planar surface, lacking the spherical or elliptical shape commonly associated with celestial bodies.
There is no north nor south pole, but instead, a massive ice belt that surrounds the Earth's disc. This belt contains our oceans and keep us locked.
Planetary formation usually involves the aggregation of material from an accretion disk around a young star. It is conceivable that under certain conditions, remnants of this disk could evolve into large, flat structures rather than the typical spherical ones.
Massive collisions between proto-planets or between a proto-planet and an asteroid could potentially result in a planar fragment being ejected and later stabilizing into a flat planet.
Rather than asking whether flat planets exist, the observatory is concerned with a more immediate question: how many recorded anomalies have already been dismissed as errors.
In a system dependent on interpretation, the distinction between data corruption and undiscovered structure remains unresolved.
We Always Knew does not attempt to resolve this ambiguity.