Author Description

We currently live at a crucial point for humanity and technology, Moore's law is about to reach its limit, the era of transistors is coming to an end, and the era of quantum computing will allow coding of living systems for the understanding and treatment of complex diseases such as cardiovascular diseases (CVDs) as well as long-term diseases like metabolic syndrome, Parkinson and Alzheimer's disease and the burden of humanity: Cancer.However, disruptive technologies such as Nanotechnology can contribute to this goal, not only through the use of powerful semiconductors and processors but also by enhancing food and drug industry research. The nanoscale is reduced year by year, increasing performance for both electronic and biological applications. Nanomedicine is already using powerful microchips to create human artificial organs and studying them by means of Lab-on-a-chip devices, as well as nanosensors capable of detecting biomarkers for many diseases.Other technologies, such as regenerative medicine, synthetic biology, cybernetics, robotics (prosthesis), interactomics, and artificial intelligence are making significant progress toward the improvement of the patients' quality of life. Seeing as a disruptive tendency, the biological systems have proven to be too complex, applications are unlimited thus the principle of Deutsch-Church-Turing for the simulation of any physical system could be integrated for spotting off molecular interactions belonging to living systems. The promises of these emerging disciplines working altogether are unbounded, that there are those who believe that in the search of immortality or a panacea, the human species will evolve into a transhuman species able to modify dramatically planetary conditions.By this moment, novel security regulations will be implemented. This document also raises the need to disclose these security regulations as soon as possible.