Morphic Resonance
Rupert Sheldrake’s theoretical framework proposing that nature possesses a memory stored in morphic fields — non-material fields that organize the form and behavior of organic and inorganic systems across space and time. Under this model, self-similar forms tend to recur because each iteration “learns” from previous instances via resonance with the morphic field.
Claimed applications: Explains why patterns of growth, development, and behavior in biological systems show habitual repetition across generations. In Goertzel’s algorithmic chemistry context, morphic resonance plus anti-resonance makes autocatalytic sets “healthier.”
Controversy: Mainstream science rejects morphic resonance as non-falsifiable. Sheldrake’s proposals have not been accepted by the scientific mainstream, partly because the theory is difficult to test in conventional experimental frameworks. It falls into the same category as Timewave Zero — theoretically interesting as narrative or philosophical scaffolding but not usable as a planning assumption.
Status: Stub. Referenced in Goertzel discussion. Requires source verification before use in community planning.