New forensic method for measuring dynamic changes of EMF level limits using smart dust
Devices and appliances such as transformers, mobile phones and GSM antennas, or electro motors, produce, electromagnetic fields (EMF) around them during their operation. According to an International Commission on Non-Ionizing Radiation Protection (ICNIRP) levels above 2000 milligauss (mG) or 200 microtesla (μT) for occupants in general premises are considered as dangerous for human health. While this is international standard, national standards have different acceptable value levels of EMF strengths around devices and antennas. Scientists from 1979 are still trying to prove connection between serious health risk and EMF. As a step to make more clear this area of research in this paper is presented new application model for monitoring dynamic changes of EMF strength levels. This became more important after European Council and World Health Organization (WHO) in the May of 2011 changed their policies related to EMF and health risk. In this paper the health risk of EMF is not proven, and that was not an intention. Our concerns are EMF strength levels around devices and appliances and more specifically GSM antennas, and how strength levels can be monitored and controlled dynamically because of new knowledge by which EMF is connected to health risk. This paper presents new application model for collecting data about EMF strengths levels around devices and antennas which radiate EMF in dynamic manner using smart dust technology.