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Sigma Quantum Integrative Psycho‐Neurological Energy Therapy for Cancerous Lung Tumor Growth Dynamics

Athena E. Ivanoff, Orien L. Tulp, George Przybyl Einstein

The FASEB Journal, 2020

Abstract

Lung cancer, an unresolved epidemic of the highest complexity and severity, and deemed one of the most detrimental violations of nature; consequently, it claims the lives of millions of affected individuals each consecutive year. The objective of this scientific research study is to challenge the integrity (or lack thereof) of current methodologies practiced to treat malignant tumors of the lung, by introducing an innovative dimension of integrated quantum energy therapy to analyze the mechanics of the rate of acceleration and deceleration of tumor growth by incorporation of integrative therapy involving the assimilation of biophysics, biochemistry and psycho‐neurological stimulation to achieve shrinkage and regression of the malignant tumor. Thus, determining the definitive cause responsible for compromising the anatomical and molecular integrity and functional ability of a healthy, uncompromised cell, resulting in the transformation of a healthy to a cancerous cell, and leading to aggregation of the damaged cells and ultimately, the formation of a potentially deadly malignant tumor. Thus, conventionally practiced therapies may jeopardize and severely suppress the immune system of the affected patient. The chemotherapy and radiation induced immunosuppression typically imposed on the patient may develop into an often irreversible process in which the damaged cell cannot undergo reversion or restoration to its original precancerous state. By determining and decisively…

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