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Hopscotch is a children's game that can be played with several players or alone. Hopscotch is a popular playground game in which players toss a small object into numbered spaces of a pattern of rectangles outlined on the ground and then hop or jump through the spaces to retrieve the object.
also called Marelle or Mar El
A hopscotch game with a traditional magpie rhyme in Morecambe, England
this "mind-monkey" psychological metaphor was adopted in Daoism, Neo-Confucianism, poetry, drama, and literature. "Mind-monkey" occurs intwo reversible four-character idioms with yima or iba 意馬 [lit. "thought-/will-horse" ], most frequently used in Chinese xinyuanyima 心猿意馬 and Japanese ibashin'en 意馬心猿. The "Monkey King" Sun Wukong in the Journey to the West personifies the mind-monkey.
: "When you wish to enter the gate of determined goodness, then your idea-horse runs wild within the bounds of the six sense objects [rokujin 六塵 < Ayatana: "form, sound, smell, taste, tangibility, and dharma"]. When you wish to enter the gate of scattered goodness, then your mind-monkey gambols and jumps across the branches of the ten evil deeds [jūaku 十悪: killing, stealing, adultery, lying, cursing, slandering, equivocating, coveting, anger, and false views].
There are many other forms of hopscotch played across the globe.[8] In India it is called Stapu or Kith-Kith, in Spain it's Rayuela. In Latin America, golosa. In Russian it is known as классики (diminutive for the word meaning classes). In Poland, it is called klasy, meaning classes. In Italy it is called campana (meaning bell), or mondo (meaning world). In the Netherlands and Flanders, Hinkelen. In Bosnia, Croatia and Serbia it is called školica, meaning little school. In Malaysia the most popular variant is called tengteng. In Mexico, it is called bebeleche (mamaleche) meaning drink milk ( or Mama's Milk ) or avioncito meaning little plane ("probably because of the shape"). In Puerto Rico it is called "peregrina" (meaning "pilgrim"- female noun). In Romania the game is called șotron and is widely played by children all over the country. In Brazil it is called amarelinha. The name evolved from marelle, the French name for the game, but was identified to the radical amarelo (yellow) and its diminutive in -inho/a. In Breton, the name is reg or delech. The Albanian variant is called rrasavi, which is composed of two words: rrasa ("the flat stone", an object used to play the game) and vi ("line", a reference to the lines that comprise the diagram of the course). In Philippines, hopscotch is called "piko" (pee-ko).
Jan. 23, 2013 — Animals which maintain cooperative relationships show gains in longevity and offspring survival.However, little is known about the cognitive or hormonal mechanisms involved in cooperation. Researchers of the Max Planck Institute for Evolutionary Anthropology in Leipzig, Germany, have now found that cooperative relationships are facilitated by an endocrinological mechanism involving the hormone oxytocin, even when these are between non-kin.
Many researchers into the UFO enigma tend to overlook a very important fact. While it assumed that most flying saucers are of alien, or perhaps Governmental Military origin, another possible origin of UFOs is ancient India and Atlantis.
What we know about ancient Indian flying vehicles comes from ancient Indian sources; written texts that have come down to us through the centuries. There is no doubt that most of these texts are authentic; many are the well known ancient Indian Epics themselves, and there are literally hundreds of them. Most of them have not even been translated into English yet from the old sanskrit.
The Indian Emperor Ashoka started a "Secret Society of the Nine Unknown Men": great Indian scientists who were supposed to catalogue the many sciences. Ashoka kept their work secret because he was afraid that the advanced science catalogued by these men, culled from ancient Indian sources, would be used for the evil purpose of war, which Ashoka was strongly against, having been converted to Buddhism after defeating a rival army in a bloody battle.
The "Nine Unknown Men" wrote a total of nine books, presumably one each. Book number one was "The Secrets of Gravitation!" This book, known to historians, but not actually seen by them dealt chiefly with "gravity control." It is presumably still around somewhere, kept in a secret library in India, Tibet or elsewhere (perhaps even in North America somewhere). One can certainly undertand Ashoka's reasoning for wanting to keep such knowledge a secret, assuming it exists. if the Nazis had such weapons at their disposal during World War II. Ashoka was also aware devastating wars using such advanced vehicles and other "futuristic weapons" that had destoryed the ancient Indian "Rama Empire" several thousand years before.
Only a few years ago, the Chinese discovered some sanskrit documents in Lhasa, Tibet and sent them to the University of Chandrigarh to be translated. Dr. Ruth Reyna of the University said recently that the documents contain directions for building interstellar spaceships!
Their method of propulsion, she said, was "anti-gravitational" and was based upon a system analogous to that of "laghima," the unknown power of the ego existing in man's physiological makeup, "a centrifugal force strong enough to counteract all gravitational pull." According to Hindu Yogis, it is this "laghima" which enables a person to levitate.
When humans gaze up at the night sky, they may view the fuzzy streak of the Milky Way ( or Mama's Milk ) and contemplate their place in the universe.
When dung beetles see the Milky Way, their thoughts turn to keeping their food source away from other insects.
Scientists have found that these inch-long creatures use the glowing edge of the galaxy to guide them as they roll their balls of dung across the African landscape. The report, published online Thursday by the journal Current Biology, provides the first documentation of animals using the Milky Way for navigation.
Considering that birds, seals and butterflies are known to rely on the stars to find their way around, the study authors noted that using the Milky Way as a compass "might turn out to be widespread in the animal kingdom."
Khepri (also spelled Khepera, Kheper, Khepra, Chepri) is a god in ancient Egyptian religion. Khepri was connected with the scarab beetle (kheprer), because the scarab rolls balls of dung across the ground, an act that the Egyptians saw as a symbol of the forces that move the sun across the sky. Khepri was thus a solar deity. Young dung beetles, having been laid as eggs within the dung ball, emerge from it fully formed. Therefore, Khepri also represented creation and rebirth, and he was specifically connected with the rising sun and the mythical creation of the world. The Egyptian connected his name with the Egyptian language verb kheper, meaning "develop" or "come into being".[1]
There was no cult devoted to Khepri, and he was largely subordinate to the greater sun god Ra. Often, Khepri and another solar deity, Atum, were seen as aspects of Ra: Khepri was the morning sun, Ra was the midday sun, and Atum was the sun in the evening.[1]
Khepri was principally depicted as a scarab beetle, though in some tomb paintings and funerary papyri he is represented as a human male with a scarab as a head. He is also depicted as a scarab in a solar barque held aloft by Nun. The scarab amulets that the Egyptians used as jewelry and as seals represent Khepri.[2]
nine (n.)
Old English nigen, from P.Gmc. *niwun (cf. Old Saxon nigun, Old Frisian niugun, Old Norse niu, Swedish nio, Middle Dutch neghen, Dutch negen, Old High German niun, German neun, Gothic niun "nine"), from PIE newn "nine" (cf. Sanskrit nava, Avestan nava, Greek ennea, Albanian nende, Latin novem (with change of -n- to -m- by analogy of septem, decem), Lithuanian devnyi, Old Church Slavonic deveti (the Balto-Slavic forms by dissimilation of -n- to -d-), Old Irish noin, Welsh naw).
The winged scarab symbolized self-creation or rebirth. This potent symbolism appears in tomb paintings, manuscripts, hieroglyphic inscriptions on buildings and carvings. In addition to its use as an amulet for the living and the dead, scarabs
ANCIENT SYMBOLS OF THE SOLAR SYSTEM AND MILKY WAY GALAXY
Picture 1 is a schematic drawing showing the Galaxy with the Sun system marked as a wheel. Picture 2 is a Stone Age stone from Denmark, Jutland, locality Fjerritslev. Picture 3 is from the prehistoric location of Catal Huyuk, Turkey. Picture 4 shows a Finnish museum replica of a Bronze Age artefact with a lot of concentric rings and within these rings is another concentric group of rings with 4 small balls in different sizes, symbolizing the Solar system and some Planets.
the 7 Planets as presented in the various presentations as having an influence on us Humans ... if you think about it scientifically ... there are many truth to that
(PhysOrg.com) -- When an optical fiber is bent by 90° or more, the light begins to leak away, posing a problem for fiber optics communications. But by using special lenses that can bend light by not only 90°, but also 180° (i.e., a U-turn) or 360° (i.e., a full loop), scientists may limit light leakage in optical fibers and overcome this problem, not to mention provide a useful material for many other applications. Recently, a team of scientists has theoretically investigated materials for achieving this kind of advanced light control, which could work equally well for sound waves.
The scientists, Sebastien Guenneau and coauthors from Institut Fresnel, CNRS, University of Aix-Marseille in Marseille, France, have published their study on the focusing and bending of light and sound waves in a recent issue of the New Journal of Physics.
As Guenneau explained, both light and sound control techniques use gradient index (GRIN) lenses, which can effectively be used to curve space for light and sound trajectories. By creating a change, or gradient, in the refractive index of a lens, the scientists could create anisotropies – that is, make the lens' refractive index directionally dependent.
doesn't remind you of: ( Principle of Correspondence )
Spacetime around a massive object (such as a galaxy cluster or a black hole) is curved, and as a result light rays from a background source (such as a galaxy) propagating through spacetime are bent. The lensing effect can magnify and distort the image of the background source.
Unlike an optical lens, maximum 'bending' occurs closest to, and minimum 'bending' furthest from, the center of a gravitational lens. Consequently, a gravitational lens has no single focal point, but a focal line instead. If the (light) source, the massive lensing object, and the observer lie in a straight line, the original light source will appear as a ring around the massive lensing object. If there is any misalignment the observer will see an arc segment instead
same effect times 7 (planets ) .... 7 lenses ( Massive Fractal Antennas ) that combines different light depending on which Constellation it is in
(PhysOrg.com) -- When an optical fiber is bent by 90° or more, the light begins to leak away, posing a problem for fiber optics communications. But by using special lenses that can bend light by not only 90°, but also 180° (i.e., a U-turn) or 360° (i.e., a full loop), scientists may limit light leakage in optical fibers and overcome this problem, not to mention provide a useful material for many other applications. Recently, a team of scientists has theoretically investigated materials for achieving this kind of advanced light control, which could work equally well for sound waves.
The scientists, Sebastien Guenneau and coauthors from Institut Fresnel, CNRS, University of Aix-Marseille in Marseille, France, have published their study on the focusing and bending of light and sound waves in a recent issue of the New Journal of Physics.
As Guenneau explained, both light and sound control techniques use gradient index (GRIN) lenses, which can effectively be used to curve space for light and sound trajectories. By creating a change, or gradient, in the refractive index of a lens, the scientists could create anisotropies – that is, make the lens' refractive index directionally dependent.
doesn't remind you of: ( Principle of Correspondence )
Their method of propulsion, she said, was "anti-gravitational" and was based upon a system analogous to that of "laghima," the unknown power of the ego existing in man's physiological makeup, "a centrifugal force strong enough to counteract all gravitational pull." According to Hindu Yogis, it is this "laghima" which enables a person to levitate.
A team of Italian radio boffins – and one Swede – have one-upped their pioneering countryman Guglielmo Marconi by demonstrating a method of simultaneously transmitting multiple signals on the same frequency.
Team member Bo Thide of Swedish Institute of Space Physics first conceived the orbital angular momentum idea in a 2007 paper focussed on radio astronomy, but in which he wrote that the concept "paves the way for novel wireless communication concepts."
Last year, Tamburini, Thide, and their team demonstrated the multiple-signal technique by beaming two separate audio signals at 2.4GHz, then two television signals, 442 meters from the lighthouse of Venice's San Giorgio Island to the balcony of the Palazzo Ducale.
(PhysOrg.com) -- When an optical fiber is bent by 90° or more, the light begins to leak away, posing a problem for fiber optics communications. But by using special lenses that can bend light by not only 90°, but also 180° (i.e., a U-turn) or 360° (i.e., a full loop), scientists may limit light leakage in optical fibers and overcome this problem, not to mention provide a useful material for many other applications. Recently, a team of scientists has theoretically investigated materials for achieving this kind of advanced light control, which could work equally well for sound waves.
Improvements in devices for generating electromagnetic fields oscillating with quasi-optical frequencies
1934-09-29
Inventor(s): James Y. Johnson
Applicant(s): TERNION AG
Classification: - international: H03L7/26; H03L7/26 - European: H03L7/26
Abstract -- Electromagnetic fields of quasi-optical frequencies are generated in the space between two oppositely-placed electrodes which are excited at one or more of their natural frequencies by an external high-frequency source. The electrodes are the seat of electromagnetic waves, after the manner of Lecher wires, but in two dimensions instead of one. The apparatus is applied for various purposes, including the chemical, physical, and biological processes referred to in Specification 417,501. The distribution of electric stress in the dielectric may be made visible by a polarized-light projection system. Fig. 1 shows a resonator comprising parallel circular plates 1, 2 excited by high-frequency voltages applied by the conductors 3, 4. The plates may be of square or rectangular form, and may be inclined to each other. One or both may be concave or convex on its inner surface. Current and voltage waves are propagated along the plates in the same manner as along Lecher wires. With circular plates excited at their centres and with their rims free, the fundamental oscillation gives a voltage peak and a current node at the rim. If the rims are short-circuited by added capacity, as for instance by inserting the resonator in a metal cylinder 9, Fig. 24, the voltage peak and current node are at the centre. The plates also resonate at higher frequencies, with nodal diameters and nodal concentric circles. With rectangular plates, nodal lines parallel or oblique to the edges are created. The positions of the nodal lines may be predetermined by metal blocks 10, Fig. 24, fixed to the external cylinder 9, or to one of the plates 1, 2. The plates may be of good conducting metal, or of poorly-conductive metal with or without a coating of good conductivity; or the plates may be in the form of containers filled with an electrolyte. The plates may be light-permeable, consisting of glass with a very thin coating of precious metal on their inner or outer faces. One or both plates may also be in the form of wire grids stretched across rings of insulating material and electro-plated with copper or silver to provide good conductivity where the wires cross. The resonator plates are excited by separate generators of damped or undamped waves. Fig. 25 shows a valve generator 54 with Lecher-wire output circuit 45, 46 tuned by a condenser bridge 53, and with the resonator 51, 52 loosely coupled thereto by two air gaps between small spheres 47--50. The coupling condensers may take the form of a ball and ring, or of small parallel plates at adjustable distance. The couplings may be slidable along the wires 45, 46, and along the resonator plates. The Lecher wires may be in the form of a wire and concentric tube, and they may be provided with knot extremities for coupling to the edge of the resonator plates. By inserting the Lecher wires between the resonator plates, an inductive coupling may be provided. In Fig. 32, the concentric-tube Lecher system 99 is adjusted in length by a trombone slide 108 and is tuned by reflection bridges 102, 103 placed in the divided branches 100, 100. The coupling conductors 104, 105 of the resonator 106, 107 project into the interior of the conduits. When liquid to be treated is contained in a glass envelope 128, Fig. 40, placed between the plates 120, 121 of the resonator, the dielectric is composed of layers of air glass and liquid. The Specification discusses the effect of the composite dielectric on the natural frequencies and the damping of the resonator. The distribution of electric stress in the liquid may be rendered visible by the apparatus of Fig. 40. The resonator plates are coupled by rods 122, 123 to Lecher wires 124, 125 fed by a valve generator 126. Temperature may be regulated by heating-coils 129 within the casing 130. Light from a source 137 which may be a mercury vapour lamp is projected through lens 131 , polarizing-prism 133, mica plates 135 and lens 132 , and after passage through the treated liquid 128 emerges through similar devices to the screen 138, giving thereon a picture of the field distribution within the resonator. If the exciting oscillation is modulated, a complex varying pattern is produced. Glass or liquid lenses 142, 143, Fig. 41, may be arranged between the container 144 for the liquid under treatment and the resonator plates 140, 141. If convex as shown the lenses tend to equalize the field over the whole area whilst concave lenses concentrate the field in the centre. The lenses may be attached to the container 144 or the plates 140, 141. The resonator may be housed in a double-walled cylindrical casing with external knobs and dials for screw adjustment of the plate gap. Heating coils and coils for spraying cooling liquids into the casing are provided. Lecher wires of the concentric type are led through the container walls to excite the resonator, and high tension may be applied through chokes. The resonator plates may take the form of shelves 231--233, Fig. 49, separated by insulating posts 234, the material to be treated, for example foodstuffs, being placed upon the shelves. Energy may be led to the shelves by Lecher wire systems terminating in knobs adjacent to the edges of the shelves.
There are numerous methods to generate longitudinal EM waves, but only one will be discussed here. Consider a large flat metal plate charged to a steady high voltage:
This gives rise to a steady electric field pointing out and away from the plate. If its voltage were instead made to uniformly oscillate, the electric field would likewise oscillate and radiate away. But since the field already points in the direction of radiation, the resulting wave will be longitudinal. The vector potential diagram would then look like this:
Aside from current flows, a changing voltage field can also give rise to vector potentials. As the voltage on the metal plate oscillates, concussive waves of vector potential are radiated away. The fluctuations in this diagram are longitudinal rather than transverse. Notice also that there is no vorticity in this field, and therefore no magnetic field. Some call it a “curl-free vector potential.” This is seemingly in direct violation of the Maxwell equations that state there must be an induced magnetic field for every change in the electric field. Not so in this case, and that violation turns out to be the norm for all longitudinal “E/M” waves because it is mathematically and geometrically impossible for a longitudinal wave to have both electric and magnetic components simultaneously. I put a slash between E and M to signify “one or the other, or neither.”
It takes specialized antennas to intercept longitudinal waves, ones that, in some applications, point in the direction of the wave and maximize the cross-sectional area. In nature these appear as the array of rod-cells populating the retina of our eyes, which aside form being suited to see in low-light conditions are also structured to be functionally capable of detecting longitudinal emissions. Consider the idea that each color we can see has a longitudinal counterpart that our neural systems have not been trained to interpret.
The Seven Hermetic Principles, upon which the entire Hermetic Philosophy is based, are as follows:
I. THE PRINCIPLE OF MENTALISM.
II. THE PRINCIPLE OF CORRESPONDENCE.
III. THE PRINCIPLE OF VIBRATION.
lV. THE PRINCIPLE OF POLARITY.
V. THE PRINCIPLE OF RHYTHM. VI. THE PRINCIPLE OF CAUSE AND EFFECT.
VII. THE PRINCIPLE OF GENDER.
Improvements in devices for generating electromagnetic fields oscillating with quasi-optical frequencies
1934-09-29
Inventor(s): James Y. Johnson
Applicant(s): TERNION AG
Classification: - international: H03L7/26; H03L7/26 - European: H03L7/26
Abstract -- Electromagnetic fields of quasi-optical frequencies are generated in the space between two oppositely-placed electrodes which are excited at one or more of their natural frequencies by an external high-frequency source.
While investigating the various tones of music, Ernst Chladni (1756-1827) made a classic experiment to show the effects of harmonic vibrations. He spread fine sand over a glass or metal plate and set it into vibration with the bow of a violin by scraping the bow along one edge of the plate. The bow would alternately stick and slip in rapid succession on the edge of the plate to create waves of sand (also sound waves). He would hold the plate between his fore finger and thumb; the point where the plate is held is, of course, a node where there can be no movement. The bow sets up waves that move across the plate and then are reflected from the edges. The reflected waves become superimposed on the new waves coming from the bow edge. This results in symmetrical patterns of nodal lines where the plate is not moving. Figure 1 shows square and circular plates that are being held in the center. The type of pattern created depends generally on
“Signs and symbols rule the world, not words nor laws.” -Confucius.
Various patterns of standing waves on fluid surfaces generated by vibrating the containing vessels with various driving frequencies, producing A: hexagonal, B: rectangular lattice, C: quasi-crystal patterns, among many more. D: This pattern is defined more by the shape of the walls of the container rather than by the driving waveform, showing how interference patterns in the resonating system tend to subdivide the resonating system into periodic and symmetric sub-patterns in an essentially Gestalt manner.
Harmonic Resonance Theory: An Alternative to the "Neuron Doctrine" Paradigm of Neurocomputation to Address Gestalt Properties of Perception
(Phys.org)—Researchers at Northwestern University have now developed a new design for organic solar cells that could lead to more efficient, less expensive solar power. Instead of attempting to increase efficiency by altering the thickness of the solar cell's polymer layer—a tactic that has preciously garnered mixed results—the researchers sought to design the geometric pattern of the scattering layer to maximize the amount of time light remained trapped within the cell.
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6 Harmonic Resonance Theory
The properties of perception as observed phenomenally and as described by Gestalt theory are truly baffling when it comes to proposing a computational mechanism to account for those properties. However there is one physical phenomenon that exhibits exactly those baffling properties observed in perception, and that is the phenomenon of harmonic resonance, or the representation of spatial structure expressed as patterns of standing waves in a resonating system (Lehar 2003a, Lehar 2003c). This tantalizing similarity cannot be coincidental, considering that no other physical mechanism or phenomenon has ever been identified that exhibits these same enigmatic properties. The most remarkable property of harmonic resonance is the sheer number of different unique patterns that can be obtained in even the simplest resonating system. A pioneering study of more complex standing wave patterns was presented by Chladni (1787) who demonstrated the resonant patterns produced by a vibrating steel plate. The technique introduced by Chladni was to sprinkle sand on top of the plate, and then to set the plate into vibration by bowing with a violin bow. The vibration of the plate causes the sand to dance about randomly except at the nodes of vibration where the sand accumulates, thereby revealing the spatial pattern of nodes. This technique was refined by Waller (1961) using a piece of dry ice pressed against the plate, where the escaping gas due to the sublimation of the ice sets the plate into resonance, resulting in a high pitched squeal as the plate vibrates. Figure 1 (adapted from Waller 1961 P. 69) shows some of the patterns that can be obtained by vibrating a square steel plate clamped at its midpoint. The lines in the figure represent the patterns of nodes obtained by vibration at various harmonic modes of the plate, each node forming the boundary between portions of the plate moving in opposite directions, i.e. during the first half-cycle, alternate segments deflect upwards while neighboring segments deflect downwards, and these motions reverse during the second half-cycle of the oscillation. The different patterns seen in Figure 1 can be obtained by touching the plate at a selected point while bowing at the periphery of the plate, which forms a node of oscillation at the damped location, as well as at the clamped center point of the plate. The plate emits an acoustical tone when bowed in this manner, and each of the patterns shown in figure 1 corresponds to a unique temporal frequency, or musical pitch, the lowest tones being produced by the patterns with fewer large segments shown at the upper-left of figure 1, while higher tones are produced by the higher harmonics depicted towards the lower right in the figure. The higher harmonics represent higher energies of vibration, and are achieved by damping closer to the central clamp point, as well as by more vigorous bowing. There are many more possible patterns in a square plate than those depicted in figure 1, which would be revealed by suspending the plate without clamping, allowing patterns which do not happen to exhibit a node at the center of the square, and of course there are many more patterns possible in plates of different shapes (Waller 1961), and many more still in volumetric resonant systems such as a vibrating cube or sphere, which define three-dimensional subdivisions of the resonating volume, although these have not received much attention due to the difficulty in observing the standing wave patterns within a solid volume or volumetric resonant cavity. Faraday (1831) extended Chladni's phenomenon by observing standing waves on the surface of liquids, which produces geometrical arrays of standing waves on the surface of the fluid in the form of concentric rings, parallel ridges, grid and checkerboard patterns, arrays of cone-like points, and even brick patterns. This work has been extended more recently by Cristiansen et al (1992), Kumar & Bajaj (1995), Kudrolli & Gollub (1996), Kudrolli et al. (1998) and others, who have demonstrated patterns of equilateral triangles, regular hexagons, superlattice, and quasi-crystal array patterns by driving the oscillation of the fluid layer with a controlled waveform. Figure 2 shows some of the patterns produced by Kudrolli et al. It seems that this work is only touching the surface of the full potential of this phenomenon for producing complex geometrical patterns by relatively simple driving oscillations.
The growth of crystals, as well as of organisms, can be stimulated by the process according to the invention, if the mother liquor is exposed to a varying field of suitable frequency during crystalization. Of course it is not implied that the cause which promotes inorganic growth is preceisely the same as that which promotes the organic growth.
D. Storage of Energy
Electrets, that is to say, permanently polarized dielectrics ( the electrical analogues of permanent magnets ) can be made by subjecting a melted dielectric to the process according to the invention and then allowing it to solidify. Electrets produced by other process are, of course, already known. Thus a mixture of 100 gr glycerine, 50 gr beeswax, 550 gr montan wax and 400 gr pine resin was melted at 110* C and a layer 8 mm thick exposed for 10 minutes to a varying field fed by a generator giving 22.5 watts at a frequency correpsonding to a wavelength of from 145 to 185 cm on which was superimposed a constant field arising from a potential difference of 12,000 volts between plates 10-20 mm distant. The temperature was lowered to 20* C within 3 minutes. Permanent surface charges of the resulting plate up to 2 x 10^-9 coulomb/cm^2 were obtained.
Substances thus endowed with energy from polarization can be used to supply animals with energy in an effective form. For when the substances are melted or otherwise "unfrozen" in or on the body of the animal, the energy stored is liberated. Medicaments already known may thus be rendered more effective.
Thus a medical plaster was made by adding 6 gr of euphorbium powder to a melt containing 64 gr of turpentine, and spreading the mixture on a silk cloth. While the mixture was melted at 85* C it was exposed for 5 minutes to a field of frequency corresponding to a wavelength of 235 cm on which was superimposed a constant field arising from a potential difference of 8500 volts. it was then cooled within 2 minutes to 15* C. The resulting surface charge was 0.7 x 10^-9 coulomb/cm^2.
Medicaments for internal use can be prepared in the same way. Thus disinfecting pastileles consisting of beeswax and gums together with the usual drugs were exposed for 10 minnutes in layers 5 mm thick at a temperature of 55* C to a field given (as above) by lambda1 = 312 cm, N1 = 150 watts; lambda2 = 145, N2 = 25 watts, on which was superimposed a constant field arising from a potential difference of 12,000 volts. After cooling to 15* C within two minutes the resulting surface charge was about 10^-9 coulomb/cm^2.
Again photographic plates, endowed with permanent polarization by subjecting them to a process according to the invention during preparation, may have an increased sensitivity, especially in the red and infrared.
Dielectrics with permanent polarization charge have a greater dielectric strength in consequence of their anisotropic inner structure if stressed in the direction of the dipole axes subjected to orientation.
E. Chemical Reactions
The changes consdiered so far might be classed as physical rather than chemcial; but if sufficiently strong fields are employed, the process according to the invention can induce definite chemical reactions.
(NaturalNews) A team of researchers from Washington state had a giant "Oops!" moment recently when it accidentally uncovered the deadly truth about chemotherapy while investigating why prostate cancer cells are so difficult to eradicate using conventional treatment methods. As it turns out, chemotherapy does not actually treat or cure cancer at all, according to the study's findings, but rather fuels the growth and spread of cancer cells, making them much harder to stamp out once chemotherapy has already been initiated.
Researchers at Shriner's Hospital Pediatric Research Center at the Temple University School of Medicine, and the University of Pennsylvania have evidence linking the human papillomavirus 16 (HPV16) – the most common cause of cervical cancer – to a common form of childhood epilepsy. They have shown for the first time that HPV16 may be present in the human brain, and found that when they added a viral protein to the brains of fetal mice, the mice all demonstrated the same developmental problems in the cerebral cortex associated with this type of epilepsy, called focal cortical dysplasia type IIB (FCDIIB). The findings suggest that the virus could play a role in the development of epilepsy.
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Royal Rife was one of the first to find Cancer related to Viruses ..... yet much has been done to bury the Name of this Great Man
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