Abstract

The investigation began with a senior chemistry unit acquired in 2006 at the University of Sydney, “Metal Complexes – medicinal and materials”. We learned about the manner in which certain (transition) metal complexes interact with DNA, preventing it from replicating. We hypothesise that it would be possible to transport a metal complex through the membrane of a cancer cell, and not a healthy cell. One option would be that if there was any difference in the width of the membrane between cancer cell and healthy cell, we should investigate what electromagnetic processes could get a metal complex through the lipid membrane of a cell. And in saying that, what we are really saying is that we envisage an electromagnetic flux tube crossing the membrane, and that the metal complex will have to be converted from its atomic-molecular existence into a two-fold existence as a dual Maxwellian photon and simultaneously what we have called in our investigations a “weak-strong gauge boson”.