Text: "Experiments show microwaves can damage chromosomes." Boulder, Colorado. Microwave radiation at power levels well below those permitted by current American safety standards can produce chromosomal damage in the sperm cells of mice. In weak EM irradiation of the target, even when an individual photon does not have sufficient energy to interact, the virtual substructures of the potentials interact with the virtual substructures of the target, according to the Aharonov-Bohm effect. The Institute. (News Supplement of IEEE Spectrum), 7(8), Aug. 1983. p. 1,8.

See Also: microwaves, biological scalar interferometry, non-ionizing radiation, biological effects, Bohm-Aharonov effect, scalar electromagnetics.

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