“Ambient man-made electromagnetic fields (EMFs)… are a serious environmental issue. Yet most environmentalists know little about it, perhaps because the subject has been the purview of physicists and engineers for so long that biologists have lost touch with electromagnetism’s fundamental inclusion in the biological paradigm. All living cells and indeed whole living beings… are dynamic coherent electrical systems utterly reliant on bioelectricity for life’s most basic metabolic processes… most living things are fantastically sensitive to vanishingly small EMF exposures… man-made electromagnetic exposures aren’t “normal.” They are artificial… with unusual intensities, signaling characteristics, pulsing patterns, and wave forms, that don’t exist in nature. And they can misdirect cells in myriad ways… Humans are not the only species being affected… We ignore this at our own peril now.”B. Blake Levitt
Studies in non-ionising range
- Many studies have analyzed health effects associated with low frequency range (power lines and electrical appliances) and have found that the stress response is activated. DNA strand breaks are associated with fields strengths that are higher than those that initiate the stress response. Chronic low level exposure has been associated with childhood leukemia.
- EMF exposures in the RF range have been associated with brain and salivary gland tumours.
DNA as a fractal antena
- A fractal antenna is an antenna that can receive and transmit electromagnetic radiation at many different frequencies simultaneously. Eukaryotic DNA can act as a fractal antenna due to is structural properties and interact with a wide range of frequencies at the same time.
- DNA can be activated in both the non-ionising and ionising range and this could lead to breaks in the DNA strands depending on the amount of energy that is absorbed. The higher the frequency, the greater the energy absorbed, and the higher contribution to DNA damage.
Antenna design has historically been dominated by Euclidean geometry. An fractal antenna includes at least one element whose physical shape is at least partially defined as a second or higher iteration deterministic fractal. The resultant fractal antenna does not rely upon an opening angle for performance, and may be fabricated as a dipole, a vertical, or a quad, among other configurations. The number of resonant frequencies for the fractal antenna increases with iteration number N and more such frequencies are present than in a prior art Euclidean antenna. This leads to greater biological damage.Continue reading “Biological life and artificial non harmonic EMF – Fractal Antennas in wireless technology kill biological life – Rapid Beamforming in Smart Antennas is 5G Kill Grid”