Is the Fabric of Reality Guided by a Semi-Harmonic, Toroidal Background Field?

In this mini-review we describe our recent work, summarizing 13 publications, integrating their concepts and picturing potential perspectives. The history of the discovery of the generalized music (GM)-scale is highlighted in relation to the areas of bio-field research and quantum biology. The central message is that nature may be guided by a discrete pattern of electromagnetic frequencies, as expressed in photon/electron (polariton) and phonon/electron (polaron or soliton) activities. This guiding is based upon a physical coherence principle that is coupled to entanglement, acts in a local and non-local way, and is embedded in a toroidal geometry. We performed meta-analysis studies on biomedical, cancer and neurological literature, revealing the discrete EMF frequency pattern in a consistent manner. This novel biophysical principle exhibits a mathematical background and was also applied to brain function (consciousness research) and 3-dimensional protein folding in integrates cells. Strikingly, this life algorithm could also be detected in various nonanimate systems. Among others we discovered a very similar pattern such as energy/frequency distributions in entanglement (EPR) experiments, frequencies of the currently known elementary particles in the standard model as well as in frequency patterns of spectral energy gaps that promote superconducting properties. The latter aspect provides an interesting bridge between life systems and pure physical phenomena. Finally some potential applications in quantum computing and health technology are treated on the basis of a toroidal model approach. Keywords: Quantum biology; Biophysics; Quantum computing; Macroscopic coherence; Generalized music (GM) scale; Protein folding; Brain function; Consciousness studies; Solitons; Polarons; Polaritons; Toroidal modeling; Preventive health technology; Cancer therapy; EMF and Neurological disorders; EPR experiments; Mass/ energy distribution of elementary particles; Superconductors at high temperatur