  DNA is an essential molecule central to the survival and propagation of life,
it was imperative to investigate possible electromagnetic properties inherent
to it, such as the existence of any non-trivial interactions of this molecule
with electromagnetic fields (beyond the usual dielectric response and damage by
ionizing gamma radiations). Extensive investigations were carried out with both
prokaryotic and eukaryotic purified DNA samples utilizing some of the most
sensitive and precision instrumentation and methods available, while scanning
the whole spectral region from 1Hz to 100KHz (in the low frequencies) and all
the way to the high-frequency region of 100MHz (including investigations on the
effects of 100MHz high-frequency fields as well as 2.4GHz microwave fields on
the DNA). We were unable to detect any electromagnetism of any kind intrinsic
to the DNA or its coupling to external noise sources, whether concentrated or
diluted in water, as compared to control samples (H2O or empty chambers),
neither existence of any possible spontaneous or stimulated/induced
electromagnetic fields or waves emanated from both the eukaryotic and
prokaryotic genetic material. Based on our measurements, we conclude that
either there is no intrinsic electromagnetic activity or fields present in the
DNA material, in both concentrated or diluted form, or any such activity is
extremely weak in its intensity and beyond the measurement limits of current
scientific methods.
