With over a decade of exhaustive and passionate research on Electrohypersensitivity (EHS) and the challenges of Electromagnetic Pollution, I, J. Joaquin Machado, have dedicated my life to understanding the complexities of electromagnetic radiation and its impact on human health as a researcher specializing in electromagnetic fields (EMF).

From the beginning of my journey, I have focused on studying not only Electromagnetic Pollution generated by non-native sources of electromagnetic frequencies but also native fields and quantum magnetism. My research has explored the characteristics expressed in the nanomagnetism of nanoparticles and the relationship between electromagnetic frequencies and biological responses. In doing so, I have delved into bioresonance and biomagnetism studies to understand their relationship and objective ways to observe changes related to the frequencies used. This quest for knowledge has led me to explore conscious architecture, investigating how shapes and patterns can generate greater electromagnetic interferences or, conversely, promote a healthy environment by following the principles of sacred geometry. These ancestral teachings, from Gothic and Baroque architectural styles to Japanese feng-shui traditions and ancient civilizations like the Egyptian, Greek, and Mayan, have been fundamental as a reference framework in my analysis of modern cities and so-called smart cities.

Developing methodologies to visualize the artificial electromagnetic flow of cities, resulting from their electrification and telecommunications infrastructure, and its impact on the natural background flow of microwave radiation and Earth’s inherent frequencies, I have identified patterns, techniques, and methodologies. This has allowed me to understand, by analyzing more than 40 cities in over 14 different countries, the implications of these elements in the modern world and the implications of IoT 5G hyperconnectivity. This is not only regarding the future generation of Electrosmog and its impact on the well-being of all biological species but also from a technical perspective and its harmful effects on the optimal and sustainable functioning of emerging technologies. Understanding the challenges for implementing 6G and what actions must be taken to ensure that 6G can be filtered with Spiro field technology.

A significant line of research has been EHS, which, from my perspective, is not a disease but a biological response to an electromagnetically contaminated environment. Although I have found health conditions that can aggravate this sensitivity, I have also investigated Microwave Syndrome and, more recently, Havana Syndrome. Being part of multiple clinical case studies with patients suffering from sudden Tinnitus, I have found a link that connects all these psychophysiological conditions in the same electromagnetic imbalance.

My approach to Electromagnetic Pollution has evolved beyond merely blocking or shielding spaces. By understanding that the true cause of Electromagnetic Pollution lies in fundamental quantum noise, I have developed a scientific approach focused on transforming these radiations, filtering disturbances, and improving their quality. All this is thanks to my discovery of the unique properties of gold nanoparticles and other metals combined to foster the development of coherent quantum resonance fields, which I have named SPIRO (Spin Radiation Organizer). I have applied this same philosophy to geopathies, not seeking to block them but allowing their expression while transforming the decoherent qualities that induce diseases.

The principles of NOXTAK, the fruit of my work over more than 10 years, have been essential in this mission. In the NOXTAK project, we have assisted and helped over 1000 people suffering from some form of EHS, providing solutions that transform the electromagnetic environment effectively and sustainably. These principles, which you can learn more about at NOXTAK and Spirosolution, are the foundation of our innovative approach for a world free from electromagnetic pollution.

Below, you will find a reference to my research projects.