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The research explores the idea that dark matter functions as a gravitational memory influencing future quantum decoherence events.

March 19, 2026Open Access

Dark Matter as Gravitational Memory: A Causal Rail for Wave Function Collapse — A Testable Hypothesis

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The research explores the idea that dark matter functions as a gravitational memory influencing future quantum decoherence events.
Developed a theoretical framework extending previous models of dark matter as a record of past quantum transitions.
Predicted environment-dependent structure growth based on gravitational memory concepts.
Outlined three falsifiable predictions for observational surveys to test the proposed framework.
Proposed that dark matter channels future decoherence into dense regions of space.
Predictions include a detectable split in structure growth rates at high redshift for archival regions versus voids.
Marked-correlation signals in clustering and weak lensing tests expected with future surveys like Euclid.

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Research reveals dark matter's active role in structure growth through gravitational memory, influencing cosmic evolution.

everton behenck (2026) studied this question.

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