The Fragile and Flawed Existence of Questionable Water Purity as Used In Wet Chemistry and in Particular Where Such Water is Destined For Medical Applications Such as Vaccines

Life is fickle and what can happen often does, but what about happenings and even misadventures that are difficult or even impossible to detect? Normally tiny anomalies are ignored when their use is non-critical, but when they are important we must be made aware of these. Considering the ubiquitous nature of water forming the carrying agent for medicine and vaccines, anything that can influence the quality of the material must be avoided or at best minimised to an acceptable level. With water able to dissolve almost anything as well as allowing many foreign materials to remain, the risk of contamination becomes very real. To illustrate this point, let us take ’under the loupe’ so to speak, the matter of so-called colloidal silver, the subject of my research. Native silver is found as a conglomerate of many other minerals and especially heavy metals such as lead, copper, iron and even arsenic in varying proportions. Depending on how much or how little purification the silver has been subjected to, the ratios of silver and other matter does not change, but their quantities do. Such being the case, highly purified silver at 99.999% will contain much less of these often hazardous materials than would silver at 99%, and this is the case with medicine and vaccines as well when water is part of the equation. Water is not just water, it is a liquid able to contain just about anything. It is a fact that absolutely pure homogenous water does not exist, perhaps it would, but only in text books. Even when ultra-pure water is produced entirely in a closed system, exposure to air, whatever is in our atmosphere will ‘dirty’ the water in an instant. The most common substance to do so will be carbon dioxide. This can be a hindrance or beneficial, depending on its use. Water is a very strange material formed by two atoms of hydrogen (all pervasive in our universe and our stars) and one atom of Oxygen, i.e. H2O. These are actually two different gases that at normal temperature would be just that: gases, but for some reason have bonded into a liquid like no other and essential for life anywhere here on earth and beyond. Although we have known about water for millennia, researched this liquid, pulled it apart and written many papers and books on the subject, it is still hiding most of its complete identity. Recently a water molecule was discovered inside a crystal of Beryl (element Beryllium) such as an Aquamarine or Emerald. Most likely this was formed billions Volume 4 Issue 4 2017