-- In a world where exposure to artificial electromagnetic fields (EMF) continues to increase, Joaquín Machado (Noxtak Corp CTO), a renowned researcher and expert in the neutralization of electromagnetic pollution, has developed the IAS Method (Instruments, Apps, and Software)—an innovative system that allows for a more precise evaluation and understanding of electropollution in various environments.
With this approach, Machado has improved the way electromagnetic pollution is measured, analyzed, and managed, offering an advanced tool for researchers, as well as professionals in health and technology.
What is the IAS Method?
The IAS Method is a comprehensive system designed to perform dynamic analyses of electromagnetic pollution flow patterns and interference. Unlike traditional measurement methods, which focus solely on radiation levels, IAS incorporates multifactorial variables to assess the quality of the electromagnetic environment more thoroughly and accurately.
This system combines three key components:
- High-precision instruments that capture detailed data on the presence of electromagnetic waves in a given environment.
- Specialized applications that analyze and organize information in real time, facilitating interpretation.
- Advanced software with modeling algorithms that identify interference patterns and assess the impact of electropollution on health and the performance of electronic devices.
Thanks to this combination, IAS not only measures the amount of electromagnetic radiation present but also distinguishes between useful signals and quantum noise—a crucial factor in the effective neutralization of electromagnetic pollution.
A More Accurate Approach to Assessing Electropollution
Until now, conventional electromagnetic assessment methods have relied on static measurements and regulations that fail to account for the cumulative impact of electromagnetic waves on the environment. The IAS Method introduces a dynamic and multifactorial approach, which not only detects the presence of radiation but also analyzes how different signals interact and affect the energetic balance of a given space.
This system has been designed to identify the layers of electromagnetic pollution generated by various technologies over time, from the introduction of alternating current to the 5G era and beyond. As a result, IAS provides a detailed map of electromagnetic pollution, allowing experts to develop more effective strategies for its neutralization.
Real-World Applications of the IAS Method
The IAS Method has been implemented across multiple sectors, including:
- Health and well-being: Evaluates the effects of electrosmog in hospitals, clinics, and workplaces, providing key data to improve environmental quality and reduce health risks.
- Telecommunications: Helps network operators and tech companies optimize telecommunications infrastructure, reducing electromagnetic interference without affecting connectivity.
- Architecture and urban design: Facilitates the development of healthier environments by incorporating materials and construction techniques that minimize exposure to electromagnetic radiation.
- Scientific research: Provides an advanced platform for studies on the effects of electromagnetic pollution on health and the environment, fostering new solutions for its control.
International Recognition and Future Outlook
Thanks to its ability to provide a more complete and accurate analysis of electromagnetic pollution, the IAS Method has been recognized by the scientific and technological communities as a fundamental tool in the management of electropollution. Its implementation has been endorsed by academic institutions, research centers, and leading technology companies.
Joaquín Machado has presented this method at various international forums, including the Consumer Electronics Show (CES), GSMA, and environmental health conferences, where he has emphasized the need to adopt more advanced measurement systems to address the challenges of hyperconnectivity.
With growing interest in the neutralization of electromagnetic pollution, the IAS Method is emerging as a global reference in evaluating the impact of electromagnetic radiation, contributing to a better understanding and management of EMF exposure.
Toward an Era of Greater Electromagnetic Awareness
In a world increasingly dependent on technology, awareness of electromagnetic pollution is more important than ever. Thanks to the IAS Method, Joaquín Machado has taken a key step toward creating healthier and more sustainable environments, where technology and well-being can coexist harmoniously.
As this system continues to expand globally, its impact on health, industry, and research is set to transform the way we interact with our electromagnetic environment.
Contact Info:
Name: Joaquín Machado
Email: Send Email
Organization: Noxtak
Website: https://noxtak.com/
Release ID: 89157253
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