Resonance in the Qi Meridian System
by Alex Putney for Human-Resonance.org
June 16, 2012
The renewed holistic view of all living organisms as biological nuclear reactors -that resonant nuclear transmutations are safely occurring all around us and within us in every moment of our existence- shows modern scientific feats of 'atom smashing' to be entirely unnecessary for inducing nuclear transmutation. As exhibited by biological nuclear reactions, precision control of resonantly tuned reactions allows safe nuclear conversion of isotopes with a natural simplicity that has also been achieved in the field of genetic engineering. Crude initial genetic splicing methods have given way to more advanced 'wave genetics' techniques involving irradiation of living organisms with pulsed laser light or infrasound to induce mass spontaneous genetic enhancements in entire populations by coherent biophoton field stimulation.
Recognition of the essential biological transmutations that give rise to cascading nonlinear dynamics in biophoton field fluctuations shows such simple yet commonly misunderstood therapies as the application of infrared light (or moxibustion), as well as 'violet ray' UV-A treatments, efficiently replicate the beneficial effect of sunlight by stimulating the body's atomic transmutation processes and the resulting biophoton emission cascades, while avoiding the harmful UV-B and UV-C frequencies of direct solar radiation.
Ancient energy meridian therapies have been validated by ultrasensitive CCD cameras, revealing fine optical communication channels within the human body that exactly correspond to the qi meridian system precisely mapped in the ancient medical sciences of Asia. Electrophotonic meridians of the body were rediscovered by B.H. Kim in 1963 (named 'Bonghan ducts'), and confirmed by in vivo fluorescence microscopy by K.S. Soh in 2004, as a transparent, threadlike nodal network of corpuscles connected by bundled ductules that constitute a distinct circulatory system freely suspended within the vascular and lymphatic systems, optically hardwiring all of the internal organs directly to the central nervous system:
Bonghan theory... [identifies] channels with DNA granules flowing inside... connecting the acupoints in the skin to the internal organs. As the channels form a network of one-dimensional tubes with light sources, they can be an optical channel... [producing] a coherent photon state... and the regulation mechanism of the body as a whole.
The free vascular suspension of fine electrophotonic ducts, which lack anchor filaments altogether, enables circulatory pumping of DNA crystals by the peristaltic motion of the ducts themselves. Soft photon emissions from the persistent resonant nuclear fusion cascades occurring in the electronically excited bloodstream are stored as nonlinear standing waves within electrophotonic filaments by crystalline DNA granules and chromatin that flow through the ultrafine filaments at a speed of 0.3 ± 0.1 mm/s.
While thorough biophoton imaging of adept Qigong healers has not yet been reported, conscious control of the heart offers definitive evidence of the quantum effects of biological fiber-optic networks, such as pyrokinesis and electricity from hands. Recent findings of the correlation between biophoton emission and skin conductivity have inspired laboratory investigations of electroacupuncture, reporting enhanced photon emission of stimulated electrophotonic corpuscles at acupoints using ultrasensitive cameras.
Studies of the artificial excitation of the electromagnetic fields of objects and organisms undertaken by K. Korotkov have inspired the development of advanced techniques of Kirlian photography, now publicly available as the Gas Discharge Visualization (GDV) system. Future electrophotonic devices will soon enable rapid healing and rejuvenation in vacuum chambers where HHO gas containing colloidal electrum light water (pure protium, without heavy hydrogen isotopes) becomes rapidly ionized to form HHO plasma.
HHO plasma will not heat water, due to the reaction of HHO gas recombining to form H2O. As used today in dental hygiene, helium/ oxygen cold plasma torches apply nanopulsed currents to turn plasma 'on' and 'off' at a rapid rate, allowing the flame to maintain such low temperatures that it can be directly applied to skin surfaces, oral tissues and tooth enamel. Electro-stimulation of cellular metabolism by low-intensity nanopulsed electrophotonic fields can be further applied to entire plasma chambers wherein wireless data devices can electronically couple to biophoton fields for digital communication and data storage.
The astounding atomic reactions taking place in these newly recognized bioelectric excitation processes have also been observed in bacteria. Electrokinetic motility of microbes provides insight into the nuclear reactions that occur on metal surfaces, whereby bacterially generated electrical currents enable electro-dissociation and digestion of a wide variety of available metals, including steel and even radioactive isotopes of uranium. Bacterial transmutation of nuclear waste is enabled by special abilities like those of Deinococcus radiodurans to repair DNA damage constantly incurred by gamma radiation, which informs the resilience of whitish scum growing in spent fuel pools at the Savannah River Nuclear Site.
Nuclear transmutations of metals were identified in multiple budding yeast species (Champion, 2008) and disclosed in US Patent Application US2008/0081359: 'Methods for Producing Mutant Microbes Useful for Precious Metal and Bioenergy Production'. Intriguing metabolic processes of Saccharomyces cerevisiae convert silver surfaces into gold, platinum and palladium (below) within a narrow resonant temperature band at 43.4°C ±1°C by employing electrokinesis in conjunction with carbon-dioxide (CO2) production during fermentation while binding to silver surfaces using the SSB-1 protein. This set of aqueous conditions is also observed of blood -electronic excitation with specific elevated temperature and specific gas pressure.
In various basic microbial experiments, resonant nuclear mass recombinations have been identified in which specific gases are absorbed by metals and subsequently undergo an induced nuclear fusion event, whereby metal and gas atoms merge to form heavier metallic isotopes. The absorption of gases by solids, and metals in particular, has been the focus of several decades of extensive study in materials science, and elucidates the quantum mechanics of resonant atomic transmutation reactions. There are two basic methods for the calculation of gas absorption by solids - volumetric and gravimetric.
The volumetric method enables the gas absorption calculation using a vacuum chamber, by detecting the variation in gas pressure at a constant volume. The volume of absorbed gases within the solids is then calculated by subtracting the volume of gas left in the chamber from the total volume of gases introduced.
The amount of gas absorption within solids is also expressed gravimetrically as a percentage weight increase, with the atomic mass of absorbed gases being added to the solids' total mass, enabling direct calculations using a highly sensitive microbalance. The accuracy of this calculation increases with the mass of the solids tested, thereby requiring less sensitive instrumentation for bulk processes.
Since weight can be measured with greater accuracy than almost any other fundamental property of matter, gravimetric analysis is considered one of the most accurate classes of analytical methods available. The simplicity of the gravimetric method for determination of gas absorption in solids allows for rapid calculation of transmutation results, immediately after the reaction is completed (offering greatest reliability in cases where the isotopic composition of newly formed elements conforms closely to expectations based on prior experimental data).
Published research concerning the reversible weight increase resulting from adsorbed/absorbed gases within metals has defined the respective heat and pressure-dependent adsorption, absorption and desorption rates for various metals, while the nuclear fusion of gas atoms with metal atoms to form heavier elements has only recently been observed. Quite fascinating observations have revealed that while this weight change can be fixed by artificially induced methods, the visible transformation of metal actually occurs over the course of the following 100 hours, in accordance with known decay processes.
The resonant atomic reconfiguration of metal atoms is achieved through precision manipulation of the mnemonic standing wave fields of atoms by induced periods of equilibrium, followed by the sudden disruptive stressing of atoms. In chemistry, Le Chatelier's principle is applied to manipulate the outcomes of reversible reactions, often to increase the yield of reactions by destabilizing a previously established equilibrium:
If a chemical system at equilibrium experiences a change in concentration, temperature, volume, or partial pressure, then the equilibrium shifts to counteract the imposed change and a new equilibrium is established.
This principle also applies to the physics of resonant atomic conversions that occur during the second stage of the transmutation reaction, involving the quantum trapping of gases absorbed within metals during the first stage at resonance. The 24-hour dwell time of exposure to pressurized gas establishes 'atomic memory' according to the influence of a specific resonant temperature calibrated to the rest frequency signature of the target element. The instant this induced equilibrium within the metal atoms becomes destabilized by the quantum trapping event, the previously instilled resonant diameter of the metal atoms is preserved by the rapid atomic deformation and forced recombination of protons, neutrons and electrons of the absorbed gases to form the much heavier target element.
Kervran's diverse biological researches uncovered hidden patterns within resonant atomic interactions that underlie the biophotonic communication system that triggers the vast multitudes of molecular interactions from which consciousness finds material expression in all living organisms. All the biological examples of low-energy nuclear transmutations that have been identified and replicated -in every single case- involve the absorption of gas by solids, a process that can now be accurately visualized.
As is the case with biophotonic fields, mathematical modeling of the nonlinear standing wave fields that comprise atoms can be accurately rendered by applying the quadratic function [ zn+1 = zn2 ] (above); one that is closely related to the famous Mandelbrot Set, expressed as [ zn+1 = zn2 + c ].
Accurate modeling and visualization of atomic spacing and linear expansion dynamics is accomplished by stacking the atoms according to the body-centered or face-centered cubic structure of the metal lattice (above). A clear correlation is observable by comparison with atomic force microscope images of the atomic lattice of metal nanoparticles and x-ray diffraction images of platinum and iridium atoms:
The hydrogen-dependent low energy transmutation of nickel into copper and zinc was observed in the heat-producing Energy Catalyzer reactor developed by Italian physicist A. Rossi (below). Independent testing of this heated pressure system has consistently measured excess heat production, implicating a cascade of low energy nuclear reactions with nickel and hydrogen atoms fusing to form copper and zinc.
The E-Cat reactor was granted a patent by the Italian Patent Office, and Rossi successfully opened the first 1 Megawatt thermal power plant in Bologna, Italy for an unnamed military entity in October of 2011. An international patent was also granted to Rossi and associates in 2009, patent WO 2009/125444 (A1) 'Method and Apparatus for Carrying Out Nickel and Hydrogen Exothermal Reactions':
A method and apparatus for carrying out highly efficient exothermal reactions between nickel and hydrogen atoms in a tube, preferably, though not necessarily, a metal tube filled by a nickel powder and heated to a high temperature, preferably, though not necessarily, from 150°C to 5000°C are herein disclosed. In the inventive apparatus, hydrogen is injected into the metal tube containing a highly pressurized nickel powder having a pressure, preferably though not necessarily, from 2 to 20 bars.
The various isotopes of nickel (Ni) undergo a cascade involving the nuclear fusion of individual nickel atoms with multiple hydrogen atoms to form several stable isotopes of copper (Cu) and zinc (Zn), as well as two unstable, radioactive isotopes of copper - one of which is responsible for excess heat production. The measurable heat build-up within the Energy Catalyzer reactor is caused by the resonant conversion of nickel isotopes Ni62 and Ni64 into radioactive meta-stable copper isomer Cu68m. Isotopes Ni62 and Ni64 comprise ~4.5% of the natural abundance of nickel, thus limiting the excess heat production during the reaction to manageable levels which diminish naturally (without any further introduction of nickel powder).
Formation of 'hot' isomer Cu68m occurs as the temperature rises through certain critical temperature thresholds, thereafter releasing gamma radiation for a 225-second decay period before conversion into stable Zn68 and unstable Cu68, releasing a further ~31.1 seconds of beta radiation before forming Zn68. Optimal temperature thresholds for inducing the transmutation have not yet been determined by Rossi. The effect of increased heat and pressure replicates the extreme geothermal conditions that maximize the transmutation reactions that release excess heat. Related research concerning biological agents that demonstrate metabolic processes involving the resonant transmutation of precious metals have identified optimal temperature ranges for the effect by application of the phonon resonance formulae for calculating the atomic frequency resonance underlying such reactions.
My own research in this area has focused for the last several years on a series of astounding reactor experiments that has revealed the complete set of mechanisms underlying the bacterial transmutation of Ag into Au, Pt and Pd and the same conclusions are clearly applicable to the resonant nuclear transmutation reaction of Ni into Cu and Zn repeatedly demonstrated by Rossi's basic heat/pressure apparati (detail below).
Application of the novel mathematics of phonon resonance shows the exothermal nuclear fusion reactions of Rossi can be precisely tuned to increase the production rate of stable copper isotopes, or to enhance the effect of heat production. Precision heating of nickel powder to 489°C or 859°C resonance with copper isotope Cu63 in the presence of pressurized hydrogen gas will target and maximize conversion of nickel into stable copper. The nuclear fusion reaction that produces excess heat can be specifically targeted by precision heating of the reaction to 620°C or 966°C resonance with meta-stable copper isomer Cu68m.
Nonlinear mathematical modeling of the resonantly induced nuclear recombinations that occur during low energy atomic transmutation events elucidates the entire two-stage reaction, enabling bulk conversion processes. The far-reaching implications of this fundamental discovery include the resonant production of clean, free energy and conversion of deadly radioactive materials into stable medicinal isotopes like gold.
While the induced atomic transmutations observed in the E-Cat system produce short-lived radioactive elements, biological transmutations induced near room temperature and ambient atmospheric pressure offer safe conditions for study and replication in vitro. Low energy nuclear transmutation of silver into gold, platinum and palladium can be induced without using any biological agents, by precision control of atomic resonance and pressure in a two-stage reaction developed and refined by this author in 2011.
The first stage of the transmutation reaction involves precision heating to maintain the starting element (silver) at the phonon resonance frequency of the target element (gold), during a 24-hour dwell time under gas pressure. The resonant temperature calculation for the conversion of silver into gold is determined by application of the phonon resonance formula using recently obtained atomic data for greatest accuracy, as even small discrepancies in atomic data significantly influence the precision of calculation.
The resonant frequency of gold (Au197) in its rest state is 38,945,222 Hz, according to the element's atomic diameter at 20°C. Heavy silver isotope (Ag109) cannot be heated to resonate at the desired target frequency, yet becomes informed by the frequency vibrations of the adjacent atoms of the sister isotope. Silver isotope (Ag107) resonates at the (Au197) target frequency of 38,945,222 Hz when heated to 43.4°C:
Once the starting element is instilled with the atomic frequency signature of the target element, the second stage of the transmutation reaction involves the quantum trapping and restabilization procedure that triggers bulk conversion of the starting element into the target element - according to the established atomic frequency 'memory'. While a notable weight increase can be measured immediately after the quantum trapping procedure is completed (and shows no variation thereafter), the stunning visible color changes take place very gradually over the course of the following 100 hours!
Safe, cost efficient reactors achieve conversion of Ag into Au, Pt and Pd at a rate of upto ~4% of the metal atoms during a 24-hour cycle in the reactor, being directly measured as a total weight increase of ~8%. Standard pressure reactor components can be purchased for systems of any size, allowing gold and platinum production targets (in ounces per day) to be achieved by a specific volume of reactor capacity. Multiple reactors can be linked in series to function more efficiently than a solitary reactor.
These newly designed resonant reactors produce an entirely new class of atomically mixed alloys that demonstrate physical properties that far exceed the standards for all previously known metal alloys. Repeated reprocessing of these special new alloys endows resonantly-enhanced quantum characteristics such as extreme hardness, supermagnetism and even low temperature superconductivity. By effectively replicating the safe, natural transmutation of metals as observed in both biological and geological processes, resonant nuclear reactors can and must necessarily replace all mining operations.
Presently intensifying worldwide mega-earthquake activity and the concurrent formation of hundreds of isolated sinkholes on every continent in the last few years alone should be enough to warrant the total cessation of all subterranean excavation and hydro-electric dam projects, while the Fukushima nuclear disaster demands the same immediate action from the energy industry. The destructive environmental impact of atmospheric and oceanic contamination by radioactive 'fuels', along with mining and fracking, are now becoming a serious hazard to all life on Earth and must be brought to an immediate halt.
The present advancements of phonon resonance enable precision tuning of heat/pressure systems for the conversion of lighter metals into heavier metals, while further applications of resonant nuclear reactions will process toxic aluminum and lead, as well as radioactive nuclear waste, into medicinal nanoparticles of silver, gold and platinum. The new physics of resonant transmutation not only allows conversion of all metals, but also delivers clean, resonant energy and atomically pure drinking water from HHO plasma reactors for the decisive resolution of the greatest dangers now threatening humanity and mother Earth.
The innate atmospheric balancing processes of HHO plasma formation in our skies are being amplified by the Shift of the Ages, culminating in the resonant reignition of the world's now-dormant network of sacred monumental piezoelectric pyramids. The advanced Atlantean physics of resonance has been diligently preserved in the sacred Sanskrit mandala, rendered among all indigenous cultures of the world as a square within a circle, encoding the quantum iterated function for nonlinear standing waves:
[ zn+1 = zn2 ]. Lifeforce, or 'rlung', is focused by the resonant metal alloys of Tibetan singing bowls, trumpets and gongs, with elegantly etched surfaces depicting standing waves (below), commemorating the profound sacred knowledge of Atlantean levitation techniques still maintained to this day in remote monasteries.
A resonant Golden Age now blossoms in the deepening recognition of cosmic order and the primacy of spiritual human beings acting in the self-knowledge of unified consciousness. The seers of ancient Mexico directly reference nuclear reactions occurring in the body as the fire within; known as the third attention that is attained only by those highly advanced masters who achieve the transcendent state of total awareness:
The new seers... let the mastery of awareness develop to its natural end, which is to extend the glow of awareness beyond the bounds of the luminous cocoon in one single stroke. The third attention is attained when the glow of awareness turns into the fire from within: a glow that kindles not one band at a time but all the... emanations inside man's cocoon... Seers who deliberately attain total awareness are a sight to behold. That is the moment when they burn from within. The fire from within consumes them. And in full awareness they fuse themselves to the emanations at large, and glide into eternity.
[Castaneda C (1991) 'The Fire From Within' Washington Square Press, pp. 77-78, 120-121]
Copyright 2012-2015 Alexander Putney