IQE.DYN‐Integrated Quantum Energy Dynamics by G.P. Einstein Physio‐Neuro Function

Abstract

In a mathematical context, a dynamic system is a set of deterministic partial differential equations for the time neuro‐physiological processes with multiple variables. After long times a dynamic system displays one of a few possible types of dynamic states such as a steady state, oscillations or chaos. The dynamic equations typically depend on parameters that qualitatively influence the dynamic states of the biological system.The implications of the neuronal dynamics we studied experimentally and applied G. P Einstein Integrated Quantum Energy Dynamic of Physio‐Neuro Mathematical Function Model.G. P. Einstein Mathematical Model of Effective DYNAMICS Neuronal stimulation by Sigma Photonics Quantum Energy Therapy can be presented: d ∑ IQBET/dt1 > d ∑ IQBPDE/dt2where: d ∑ I Q B E T ‐ derivative ∑ Integrated Quantum Bioelectromagnetic Energy Therapy d ∑ I Q B P D ‐ derivative ∑ Integrated QuantumIn neuronal stimulation, function is supported by Infrared Quantum Dynamics. It is the process of using an external source to activate ion channels causing depolarization of the neural membrane and evoking an action potential to propagate down the axon of a stimulated neuron.The Quantum Dynamics generate action potentials in both the central nervous system (CNS) and peripheral nervous system (PNS). Quantum Dynamics in Neuronal Stimulation by Sigma Photonics Quantum Energy was applied. The application of 11 basics mathematical function therapies is supported by specific integrated quanta energy matrixes. Each mathematical quantum energy function contains the specific matrix quanta energy therapy. By applying a controlled dose of Integrated Quantum Dynamics Physio‐Neuro stimulation by Each mathematical quantum energy function we can alter the properties of the tissue and the internal organs and bring their characteristics specific matrix quantum energy treatment. With careful choice of frequencies, which depend on each individual patient, his/her condition, degree of pathology and the time‐dependent properties of the treatment, we can treat a wide range of tumor cancers.The neuronal stimulation function was derived from neuro‐physio model as presented in figures 1 and 2.Support or Funding InformationSupported by Institutional Resources of the University of Science Arts & Technology [USAT], Montserrat and the Einstein Institute USA.Figure 1Figure 2