IV Remote imprinting of frequency information onto ormus atoms during their passage into magnesium phosphate. Possible application for distant healing.
Making use of a previous finding that “ormus” atoms (see below) from Dead Sea salt solution would pass rapidly into magnesium phosphate crystals, and then gain greatly in dowsable energy, these experiments tested a prediction that information from the local environment could be imprinted during this process. Remote imprinting was done, as previously reported, by means of quantum entanglement between a pair of identical images on paper, and the imprinted frequencies were dowsed blind by a published method. The possible application is suggested of this kind of method for distant healing. Ormus is a general term now often applied to the Orbitally Rearranged Monoatomic Elemental forms (“ORMEs”) of a number of metals. The following have been identified as having ormus forms: gold, silver, copper, cobalt and nickel, platinum, palladium, rhodium, iridium, ruthenium, and osmium. They are widely-distributed, and found in most soils (especially volcanic) all natural waters (especially sea waters) and all living organisms. When in the ormus, “high-spin” or “mstate”, some of the atom's electrons are thought to be present as Cooper pairs. This renders the element non-metallic, and unable to engage in chemical reactions. It also acquires some extraordinary properties, including superconductivity (shown by magnetic levitation) and Josephson tunneling. There is much evidence for biological effects of ormus supplements, including improved health of humans and animals, and increases (often astounding) in plant growth. For further information on ormus see Barry Carter's extensive web-site (1). The vague term “subtle energy” or “life-energy”, can now be more scientifically defined. Whereas the usual concept of energy is associated with increase in entropy, and thus disorder, subtle- or lifeenergy is associated with order. Within living organisms it can account for the departure of their thermodynamics from the randomness of most non-living matter. It has been given the apt term “syntropy”, as the complement of entropy, by Luigi Fantappie (see article by Di Corpo and Vannini (2)). The molecules which constitute an organism can only take up and maintain such extraordinary organisation by virtue of large-scale quantum coherence (3,4). However, besides living organisms, any centre of large-scale quantum coherence, including geometric sources such as
Comparison of orgonite with the orgone accumulator; spectrophotometric confirmation of its effect on water; nature of orgone
Metal particles set in resin (“Orgonite”) behave as a source of the “Orgone energy” of Wilhelm Reich. Thermometric recordings showed the typical sustained temperature difference from controls without metal, both for an orgone accumulator (ORAC) and a piece of orgonite. A method is described to dowse the intensity of such an influence quantitatively with rods. Water placed either close to orgonite or within the ORAC took up a dowsable charge. Objective confirmation of such charge was obtained by UV spectroscopy. The dowsable effect of orgonite can be shielded by plastics and Aluminium, but not by most metals. The activity of orgonite depends at least partly on the sun. This influence of the sun on orgonite is also blocked by plastics and Aluminium, but passed by most metals. It is suggested that the presence of orgone energy is indicative of quantum coherence within the source. And since it can serve to induce the same property within some materials in the vicinity, orgone, or “life-energy”, can be considered as a syntropic influence, or field.
Enhancement of surface properties on Low Density Polyethylene packaging films using various fluorination routes
Nowadays, packaging market deployment requires an important attention. Influence of treatment with molecular (F2) or atomic (Fradical dot) fluorine on properties of Low Density Polyethylene (LDPE) films was investigated. The films were treated using direct fluorination conditions with F2 or a specific reagent XeF2, which releases atomic fluorine Fradical dot. Changes of LDPE chemical composition were investigated by FTIR and solid state NMR. Surface morphology was studied by several microscopy techniques (SEM and AFM). Finally to further characterize film properties after treatments, surface energy measurements and electron paramagnetic resonance (EPR) analyses were also carried out. An upper fluorinated layer, which contains mainly high amount of single bondCF2single bond, was formed during the direct fluorination conditions (F2). For the process performed with XeF2, specific groups single bondCHFsingle bond were detected not only on the polymer surface but also in the bulk. The final CHF/CF2 ratio depended on the fluorination route. Treatment with Fradical dot (originated from XeF2 decomposition) resulted in single bondCHFsingle bond groups in bulk prevailing formation whereas F2 formed mainly single bondCF2single bond groups. Regardless to the reactive species, radicals (dangling bonds) appeared during the fluorination and reacted with oxygen during the exposition to air after the treatment. Such a process resulted in oxygenated polar groups formation and consequently in the surface energy increase.