The theory of bioresonant energy transduction: Bridging quantum physics and traditional medicine
Abstract
Background: Conventional biomedical models, focused primarily on biochemistry and genetics, often struggle to account for certain complex biological phenomena. In parallel, interest in traditional and alternative medical approaches, long marginalized by Western scientific medicine, is growing. These approaches emphasize the energetic and vibratory dimensions of living systems. Recent advances in quantum physics and biophysics now offer a conceptual framework for revisiting such practices through the lens of contemporary science.
Objective: To present the theory of bioresonant energy transduction (TEBR), an integrative framework uniting knowledge from traditional medicines with recent discoveries in physics, biology, and neuroscience, with a focus on the phenomena of tuning, resonance, and biological coherence.
Theoretical framework: TEBR posits that living organisms are organized systems composed of internally tuned resonators capable of receiving, transforming, and emitting vibrational information signals through various carriers (bioelectric, mechanical, electromagnetic, photonic). These processes operate across all levels of organization, from the subcellular to global interactions with the environment.
Key propositions: The TEBR model offers a unifying explanatory framework for understanding.
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