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Holographic interferometry as a reliable tool visualizing an influence of low-energy fields on biological systems

Galina Dovbeshko, Nadia Gridina2, Volodymyr Krasnoholovets

Holographic interferometer technique has been used to demonstrate an influence of weak physical fields on model biological systems, such as aqueous solutions of DNA molecules, bovine and human serumalbumine and embrio tissues, and human blood plasma. Two types of low-energy physical fields of different fundamental nature have been applied: a microwave electromagnetic field with frequencies in the range of tens of GHz and the inerton (inertia) field with a frequency of about 8 Hz. Obtained interference patterns demonstrate peculiar changes in the model biological systems – the rearrangement of macromolecules, which possess a long memory of the influence, up to tens of minutes.