Bioresonant Species Theory: A Physicalist Framework for Species Identity and Evolution

Abstract

This paper introduces Bioresonant Species Theory (BST), a speculative but testable framework proposing that each biological species is defined by a unique electromagnetic (EM) resonance. Unlike gene-centric models of species identity, BST suggests that fertilization initiates a species-specific EM signature that guides development, behavior, and ecological integration. Drawing parallels with Rupert Sheldrake’s morphic resonance, BST offers a physicalist alternative grounded in measurable EM phenomena such as biophotonics, zinc ion release, and biofield emissions. The theory opens new pathways for understanding biodiversity, evolution, and ecosystem coherence through the lens of resonance and frequency.

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