File:Testing the drug.pdf

This experiment is a method for enabling the quantum information that has been stored in the anti-cancer drug is tested indirectly, so that the drug is dissolved in water, which is then quickly freezes at a very low temperature and allowed to stand a minimum time that is required to form crystals of . The theory behind this experiment is that the composition of the water is a liquid crystal, whose crystal lattice is of the ionic type. In liquid aggregate state, the base of this crystal is a tetrahedron structure composed of 14 H2O molecules, where the center of each molecule is the oxygen atom O, which is away from each hydrogen atom H, about 1 angstrom, and an angular angle of 104.45 °. The center of each molecule that is atom O is away from the other molecular center for exactly 28.2 nm and at an angle one from the other by 109.47 °. The aim of this experiment is to see if there is a difference between untreated and treated samples, as well as find two function relationships depending on the time of treatment with the quantum field and the dependence of the gradient on the degradation of information in the treated drug over time, as well as their mutual relationship. The results obtained by measurements show that there is a significant difference between untreated and treated samples. Untreated samples show a small number of crystals on the surface of the observed ice, and these are crystals of the form of glucose, which originate