The non-linear (NLS) diagnostics of the Biophilia Tracker Scanner are based on the new physics of the quantum-entropy interaction, allowing to obtain, during the medical examination, maximum information on the gravity, maturity and intensity of functional changes in the human organism. In most cases, the application of this technique has in-principle implications for diagnosis and thus for the selection of appropriate treatment options. The development of this method has thus been a major advance in diagnostic medicine. Using the principles of NLS diagnostics, the Institute of Practical Psychophysics (IPP) started designing an NLS diagnostic system based on the research of Academician Svyatoslav Pavlovich Nesterov who invented the underlying trigger sensor. The first systematic clinical trials were carried out from 1992 to 1999. At the beginning of the new century, the commercial manufacture of systems increased rapidly, and the quality of the obtained results improved significantly.

Non-linear diagnostic methods are still under development. Diagnostic methods are advancing so rapidly that versions of the system are updated every six months. The development of NLS technology is inseparable from the main problems of medicine - the cause of disease development, early diagnosis and targeting of treatment efficiency. Despite the decline in mortality from cardiovascular disease (according to world statistics), the situation around the "epidemic". 1" is still unfavorable. Oncology and genetic disease continue to grow. In the modern world, protective, less invasive, bloodless surgery is combined with increasingly "aggressive" treatments. If we Considering that our civilization is technological, it is likely that human beings will face new and unknown diseases in the future.In this context, the development of diagnostic methods continues, and NLS research should be one of the most important researches.

Biophilia Tracker continues to advance with medical developments to become a better health product.