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Vortex : Generation of a Liquid Vortex

Vibrational Medicine

The Primordial Harmonic Template of the Universe ( Quantum Spherical Standing Wave )

" Everything is determined, the beginning as well as the end, by forces over which we have no control. It is determined for insects as well as for the stars. Human beings, vegetables, or cosmic dust, we all dance to a mysterious tune, intoned in the distance by an invisible piper." Albert Einstein

The QuickBird satellite image of the south-western coast of Sri Lanka, South of Colombo in a resort area called Kalutara, was made shortly after the tsunami impact on Dec 26, slightly less than four hours after the earthquake - Reuterspic

The serpentine Tsunami
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" If only we knew, Boss, what the stones and rain and flowers
say. Maybe they call us - and we don't hear them. When will people's ears
open,  Boss? "
 So asks Zorba in Nikos Kazantzakis' , Zorba the Greek "

 

     

 

             Liquid - Gravity Induced Vortex

               "....In plain terms; while the orthogonal vector of static pressure from the surrounding volume acts on the column along the "surface" area of the whole column, it accelerates the spin of the column with total force equal to the static pressure drop per unit of area at the particular depth and at all these units. There are many more units (lets say mm^2) of the surface of the water column then in the cross section of the discharge hole... The acceleration on the falling column comes from vertical acceleration of the column. In other words; the "horizontal" rotational component of gravitational acceleration of the liquid surrounding the vortex speeds up the circular component of

water flow around the vortex. The vertical gravitational acceleration (drop) of water within the column is caused by vertical attraction on that column only. The vertical component of static pressure within the vortex is not lessened by all that much, as can be seen from the depth and size oithe depression of the vortex at the surface. As the column progresses in its vertical motion down, the energy of vortex circular speed is also progressively translated into the energy of vertical speed of the column. If the circular component of the vortex speed at the bottom of a discharge were used for energy production along with the falling column kinetic energy, these two components combined would supply greater total energv output than needed for lifting of the same liquid volume (per unit of time) to the original height.

                   In other words, we would be milking total static pressure exerted by gravitation on liquid volume from a much greater area than discharge hole area without having to pay the cost of returning that volume back to the height across that same area. It seems obvious from the above that static pressure, or tension of a field, can be translated into circular motionof a medium. Vortex phenomenon is the proof that field "static potential" can be utilized for energy extraction. Vortex phenomenon also proves that the so-called "static potential" energy of fields is caused by dynamic energy flows. This does not violate any laws of physics, it is a law of physics.

The discharge and the surrounding containment have to be regular in shape, otherwise more and chaotic turbulences within the fluid accelerating through the discharge break the vortex symmetry and hinder its progress. Regular does not mean a perfect cone, but a shape mimicking the structure of natural turbulence. This shape is somewhat ropy walled parabolic cone.

                      Vortices

. The circumferential speed of liquid molecules within a vortex increases as the molecules approach the central axis of the vortex. Therefore, it is clear that the farther a molecule is from this axis, the lesser is its orbital speed.

. Any object within such vortex, including the liquid molecules, spin themselves counter to the spin of the vortex, as their outer orbital sped is slower than their inner speed relative to the axis of the vortex. Unless other forces are present, any small vortice within a major vortex counter spins.

             Some claim that such a phenomenon has never been observed in Nature .Crap. It is a readily observable phenomenon on rivers. Any targer vortex in a cove of a river bend has these counter spinning satellite vortices present. They are usually transient, but are readily observable in nature.

This principle has a severe impact on the coalescing theory of planetary systems as well as galactic systems. lt is obvious that planets should spin counter to planetary system. Since not all of them do, actually the majority does not, it is obvious that the spin of planets and stars has its casualty in the behavior of magnetic and electric fields, rather than being a remainder of gas cloud vortice motion within the solar system general vortex.

Any and every energy flow through a restriction under an orthogonal pressure of a field tends to develop a vortex structure. It does not matter whether that flow is liquid, gaseous or what we consider to be a field. The acceleration gain in a vortex is a utilizable phenomenon. It is one of the phenomena, which counteracts thermal entropy in the universe. It concentrates the rate of flow through a restriction utilizing a dispersed energy of a general field. Any and every so-called massive particle contains a few geometries of vortexes (Nucleon). The main, dense flows can be considered to be magnetic field compounds of the dispersed electric field components. Electric field components qualify for a sort of aether, but not a chaotic aether of the past and not exactly liquid like in a sense of water in the sea. It's liquid is comparable to water flow in rivers. "

                                                                    - Generation of Liquid Vortex by G Force

  Denver: Scientists described the devastating Earthquake off the island of Sumatra on Sunday, 26 December 2004 as a " megathrust " - a grade reserved for the most powerful shifts in the Earth's crust.... was one of the biggest quakes in the region in the past 200 years. How powerful ? By some estimates, it was equal to detonating a million atomic bombs.   Geologist Kerry Sieh of the California  Institute of Technology and other scientists said it probably jolted the planet's rotation.  " It causes the planet to wobble a little bit, but it is not going to turn Earth upside down. "

What is ELF?:

ELF stands for Extremely Low Frequency. But what does that mean and how does it correlate to earthquake tracking? Magnetic field fluctuations have been observed both before and after earthquakes. Only the extremely low frequency portion of this signal survives the transfer through the surrounding earth. No one knows for sure what causes the field fluctuations, but many researchers have observed the signals.

What causes ELF signals near an earthquake?

There are several theories:

Crushing crystalline rock (e.g. granite) in the fault zone causes electrons to be ripped from the crystal lattice shells, and when they fall back into stable state, they emit broad-band electromagnetic energy. (We sense only the magnetic component of the EM wave with our instrument).

Slow moving ionic water seeping to cracks opened up by the fracturing of rocks near the surface (Dilatancy), and the "moving conductor in a magnetic field" generates an ELF magnetic field.

Piezo-magnetic effect of applying pressure to certain types of rocks generates a magnetic field.

How does the ELF signal get to the surface through miles of rock?

The signal propagates through conductive media (water, rock) through a phenomenon called "skin effect" whereby lower frequencies (0.05 Hz to 4 Hz) can propagate from as deep as 10-20 miles below the surface.

There is considerable and growing evidence that the crystalline rock compression produces electromagnetic energy. And that energy may be detected, analyzed and verified. These Extremely Low Frequency (ELF) magnetic waves can be detected both on the ground and from space-based detectors.

There is a growing body of evidence that indicates strong connections between ELF waves and earthquakes (US, Japan, Russian, French).

 

           

               Solitons                           

Scott Russell, in 1834, while watching a boat being drawn in a canal by a pair of horses, recalled seeing a hump-shaped disturbance, ' rolled forward with great velocity assuming the form of a large solitary elevation, a rounded smooth and well-defined heap of water, which continued its course without change of form or diminution of speed'.The giant wave was about thirty feet long and a one-and-a-half feet high. Russell, who was on horseback, rode down the towpath following the wave until it eventually petered out a mile or so further along the canal. Russell called the hump-shaped disturbance 'a great wave of translation ' but it soon became known as a 'solitary wave' or Soliton Solitons have important applications in chemistry. In proteins, mechanical and quantum effects may interact to produce elastic waves travelling along chains of peptides as solitons when the elastic oscillations are in resonance with the propagation of photons from one group of peptides to another. And electrical conduction along polymer chains such as polyacetylene occurs by means of solitons, which act as the carriers of electric charge. These polymer chains are sometimes said to become 'molecular wires'. There is one characteristic of solitons that has the deepest and most fundamental significance in physics. Solitons behave like waves in some ways and like particles in others. This is, of course, how quantum field theories describe elementary particles. What is more, solitons travel without change of structure. They are localised in time and space and carry energy. When two solitons collide, each may emerge from their interaction with the structure it had before the collision. In three dimensions, the velocity of a soliton may be changed by a collision. There are solitons and antisolitons. When a soliton meets an antisoliton, both may be annihilated in their interaction. Solitons are topics of research . They are turning up in an enormous variety of applications, ranging from sending signals along optical fibres to understanding the motion of the Earth's continental plates. But science often moves forward through a combination of chance observation and theoretical insight.

The Solitonic Formation of Vortices
sol_solid.gif

    Russell had the notion that  Rotation of Light could generate Vortex Motion.
 
       As within, So Without
       As Above, So Below

                Galaxies & Stars

          The usual definition of what a galaxy is: "An island universe", or "A vast collection of stars" is not wrong, but it is misleading.  Because of the vast distances that separate stars even in the most densely packed regions of most galaxies, a better definition is: "A vast formation of plasma clouds that contain electrical currents and occasional, widely distributed tiny lumped points of matter called nebulae, stars and planets."
           The general shape of a rotating disk carrying electrical currents in the shape shown by Alfven defines what is called the "homopolar motor - generator".
           Whether we choose to call it the "homopolar motor - generator", the "jetted disk", or the "Alfven circuit", this shape is being seen with increasing frequency as more accurate and broader bandwidth instruments are developed

Andromeda Galaxy M 31, Disk -like
andromedagalaxym3disk.jpg

                 Generation of vortically structured water of

 The  sea stirred like whirlpool. Divers saw tsunami forming underwater.
        " Unknown to us, the tectonic plates of the seabed were crashing just off Sumatra , the epicentre of a cataclysmic underwater  earthquark that caused tsunamis across South Asia killing tens of thousands on Sunday, 26 December 2004 ...We heard a disturbing noise like the rumbling of engine of a big ship and it went on for a while... we were about 5m to 10 m underwater... it was unusual to hear
big ships around here and then I realised that this might be an underwater earthquark. All of us looked up at the surface of the sea and commented that it looked very strange - because there was one part which was completely calm, there was no movement at all, it was like a mirror. Then another part had whirling currents - it looked like a washing machine, while yet
another part had cross-currents."-
 
 Akiko Tada, a avid diver who was in Pulau Weh,north west of Aceh at the time of the Sunday Earthquake.

My ozonated vortex producing washing machine
washingmachine.jpg

Top View with Ozonizer
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Note the tri-ridged spinning Disk at the bottom
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Hannes Alfven 's Homopolar Motor generator ?

An Air Ozonizer
ozonizer1.jpg

A Vortex with umbilicated siliconised Tubing
anticlockwisevortexa.jpg
for the flow of the generated Ozone.

Setting of the Washing Machine to
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Translational Phase of Vortex Formation

Clockwise Translational Phase - Centrifugal
clockwisetransitional.jpg

Anti Clockwise - Centripetal
anticlockwisevortexa.jpg
Translational Phase

Highly Sensitive and Magnetic Layers
layersofwater3.jpg
of water

The magnetic water layer records the imprint of
layerswaterdna.jpg
of DNA Resonance.

The sensitive " membranes " of water molecules
layersofwaterdna2.jpg
record the Information- Energy interactions as memories.

                           Fluid Waves
 
     Mechanical Waves are waves which propagate through a material medium  (solid, liquid, or gas) at a wave speed which depends on the elastic  and inertial properties of that medium.
 

     What is the difference between a rogue wave, and a tsunami or tidal wave?

Tides cause water levels to rise and fall, but they don't cause tsunamis. The term "tidal wave," is a misnomer. The preferred name for waves produced by earthquakes, is tsunami, which in Japanese means tidal wave (just kidding, it actually means harbor wave). Large waves formed from volcanic eruptions, landslides and even man-made nuclear explosions, are also described as tsunamis. Seismic sea wave is another term used to characterize waves that result from submarine rumblings.

The most common type of large ocean wave is produced by storm winds, hurricanes for example. The precise way that wind energy is converted into wave energy is not completely understood, but as waves form and grow as a result of non- storm-related breezes and winds, it becomes easier for stronger winds to push against the wave crests. There's more surface area for the winds to push against. Waves will grow to a size that depends on the force of the wind and the fetch or distance of open area over which the wind can blow. In the middle of the ocean, the strongest winds have generated waves greater then 50 feet, and a wave of 100 feet has been documented on a rare occasion! Evidence of waves any higher than this probably rests in Davy Jones's locker.

Most tsunamis are caused by a sudden vertical displacement of the sea floor (an earthquake). Usually, an earthquake greater than about 6.5 on the Richter Scale (a very strong earthquake) is required to produce a tsunami. However, not all strong earthquakes cause tsunamis. Those that result from horizontal displacement, such as the San Andreas fault in California, don't produce tsunamis. Also, the most powerful tsunamis result from quakes that have relatively shallow origins, less than about 30 miles (about 50 kilometers) below the surface.

After a violent earthquake, tsunamis may be produced that have a length of perhaps 600 miles and can move at speeds that exceed 500 miles per hour. They can travel thousands of miles with little loss of energy. An earthquake in Chile in 1960 caused 61 deaths in Hilo, Hawaii. In the open ocean, they may only be the size of other waves and might go unnoticed by ships, but as they approach shallow water, they slow down and the wave height increases dramatically, sometimes coming ashore more than 100 feet above the normal sea level. There've been reports of fisherman returning to their village to find that it's been devastated by a tsunami that passed harmlessly beneath their boats a short while before.

A tsunami event consists of a series of waves. The time between the first and last wave may be a few minutes or an hour or two, and it's not the first wave that's the most destructive. Tsunami damage is generally greatest along coasts where the offshore slope is very steep. If they approach a coast such as this, they may travel inland for more than a mile if the coast is fairly flat. An interesting behavior associated with some tsunamis is the retreat of sea water prior to the arrival of the tsunami. Sometimes, this resembles an unusually low tide, and people are lured onto the beach only to be swamped by the onrushing wave. However, the wave doesn't crash on shore at the same speed as it travels in the open ocean. Quite often the waves advance and "run-up" at about the same speed a person can run (we all tend to move a bit like Michael Johnson or Carl Lewis in these situations).

A landslide into a lake or bay can also cause mountainous waves. The effect here is like bath water sloshing back and forth in a tub. It was reported that a rockslide following an earthquake at Gilbert Inlet, Alaska produced a surge of water that climbed over 1000 ft up the opposite side of the lake where the rockslide occurred and then the water returned to the side where the rock faltered, again climbing the cliffs that contained the lake. In 1963, in Italy, a rockslide into a lake produced a surge of water that killed over 3000 people! Landslides below the shore line can of course also produce huge waves.

Rogue waves have only been recently (in the last twenty years or so) recognized as being something different from tsunamis. As the name implies, these freak waves have an unpredictable nature and appear unexpectedly in calm weather and benign seas. Little is known about these things, but it seems that they occur as a result of unique circumstances when the energy from regularly-spaced ocean swells is magnified by currents or vortices (whirlpool-like) to form an enormous wave. In effect, the spacing of the swells is changed so that the energy of many waves is focused into a single wave.

A place where several rogue waves have been observed and felt by a few supertankers is off the southeast coast of South Africa. Rogue waves have also been documented in the Atlantic Ocean. In fact, "The "Baltimore Clipper," a tall sailing ship, was sunk by such a wave in the 1980s near the Bahama Islands. A few years ago, a rogue wave crashed on-shore at Daytona Beach, Florida. Luckily, this happened during the night when the beach was empty. In 1942, a giant wave hit the Queen Mary about 700 miles west of Scotland, carrying 15,000 soldiers bound for England. The force of this wave was enough to roll the huge ocean liner on its side, but somehow it righted itself and continued its voyage to England.


tsunami1.jpg

  Water Waves
 
Water waves are an example of waves that involve a combination of both longitudinal and transverse motions. As a wave travels through the waver, the particles travel in clockwise circles. The radius of the circles decreases as the depth into the water increases. The movie below shows a water wave travelling from left to right in a region where the depth of the water is greater than the wavelength of the waves. Two particles in blue to show that each particle indeed travels in a clockwise circle as the wave passes.

Water Wave
water.gif
Kettering University Applied Physics

         Fluids do not support transverse waves and EM is a transverse wave. But, fluids do support standing wave structures. And, standing wave structures IN fluids, DO support transverse waves as has been DEMONSTRATED  

Braided DNA                                              

                                             Water is not one solid mass of liquid. It actually consists of layers. When these layers slide by each other, as when they are shaken or otherwise turbulent, the surfaces of the layers are susceptible to absorbing an electromotive force or energy. The energy derived from prayer has proven to be effective as does the energy from a person deliberately visualising. Water is sensitive to magnetic, electric, gravitational and vibratory influences. It is affected by light, sound and pressure. All these sensitivities are fleeting and the only time water is really sensitive to external forces is when it is flowing.When water flows, millions of molecular surfaces open up along interior flow lines. These surfaces are stretched like rubber bands and are so sensitive that they can be impressed by the subtle energies of planetary relationships. Repeatable changes were shown in crystallization of various mineral salts which were affected by planetary movements. These energies are captured in water that is undergoing turbulent flow. The moment the flow ceases, the energy of the moment is retained in the water until it is agitated or moved again at which point a whole new set of energies are captured. Liquid crystal waters which act as mineral carriers or transporters may be used to transport other substances in the living system. The structuring of water has an increased pH and the ultraviolet spectrophotometer shows increased ultraviolet absorption because of increased hydrogen bonding. Structured water assumes a liquid crystalline state by becoming ionized from the crystal's electromagnetic charge and forming chains of water molecules through hydrogen bonding to oxygen on adjacent water molecules. This happens in distilled water. Any ions or other molecules in the water will increase this structuring effect because the structured water will also form around the ions and molecules. Ions within structured water are characterized by high-energy bonding in which the hydrogen shells around each of the ions have been increased. In other words, the distance between ionized atoms or molecules has been expanded [ several clumps rather than tiny specks filling a water drop ]. This planetary movement also has a direct effect upon water - of all types providing it is moving. The formative boundary surfaces of water in flowing movement prove to be areas of sensitivity. They respond to the slightest changes in their surroundings by expanding, contracting or making rhythmical waves. Water creates an infinite variety of these surfaces and is therefore not merely an inert mass, as we usually think. It is interwoven with countless sensitive membranes, which are prepared to perceive everything taking place in the surroundings. Water is not enclosed within its inner surfaces but open to its surroundings and to all the stimuli and formative impulses from without. It is the impressionable medium par excellence.Water shaken in a vessel can be caused to move in such a way that the inner surfaces thus created all slide past each other in the moving liquid. As soon as the movement ceases, the formation of inner surfaces, and thus also the great impressionability, is arrested, and the "sense organ" closes itself. The same is true of the natural movement of water, in which also a great variety of movements combine. Not only the shaking of a container but also other kinds of movement can open up the water as a sense organ. Spitting a mouthful of water is like funnelling that produces a vortex of swirling water as it empties. In flowing streams, millions of vortexes form when water breaks past stones, sticks and other obstructions. These vortex patterns act as powerful resonant structures as well as energizers and electrifiers for water and colloids which have lost their electron .

                      Transverse Waves
 
                      In a transverse wave the particle displacement is perpendicular to the direction of wave propagation. The animation below shows a one-dimensional transverse plane wave propagating from left to right. The particles do not move along with the wave; they simply oscillate up and down about their individual equilibrium positions as the wave passes by. Pick a single particle and watch its motion.

Transverse Wave
twave.gif
Kettering University Applied Physics

  Longitudinal Waves
 
                          In a longitudinal wave the particle displacement is parallel to the direction of wave propagation. The animation below shows a one-dimensional longitudinal plane wave propagating down a tube. The particles do not move down the tube with the wave; they simply oscillate back and forth about their individual equilibrium positions. Pick a single particle and watch its motion. The wave is seen as the motion of the compressed region (ie, it is a pressure wave), which moves from left to right.

Longitudinal Wave
lwave.gif
Kettering University Applied Physics

                     Rayleigh surface wave ( Surface-Acoustic Wave )
 
       Another example of waves with both longitudinal and transverse motion may be found in solids as Rayleigh surface waves. The particles in a solid, through which a Rayleigh surface wave passes, move in elliptical paths, with the major axis of the ellipse perpendicular to the surface of the solid. As the depth into the solid increases the "width" of the elliptical path decreases. Rayleigh waves are different from water waves in one important way. In a water wave all particles travel in clockwise circles. However, in a Rayleigh surface wave, particles at the surface trace out a counter-clockwise ellipse, while particles at a depth of more than 1/5th of a wavelength trace out clockwise ellispes. The movie below shows a Rayleigh wave travelling from left to right along the surface of a solid.  Two particles in blue  have been identified to illustrate the counterclockwise-clockwise motion as a function of depth. Rayleigh waves are the destructive waves in earthquakes.

Named after John William Strutt, Lord Rayleigh, the man credited for mathematically predicting the existence of such waves in 1885, R waves are vertical elliptical, or torsional waves, which roll along the surface such as waves roll across water .Such waves move the earth up and down and sideways in the same direction as transmission, which provides for most of the shaking as found in earthquakes and adds to the possible immense destruction which occurs.


The Rayleigh Wave [ Surface -Acoustic Wave ]
rayleigh.gif
Kettering University Applied Physics

                                         But all water is not ordinary water. In the living system, water is highly structured, that is, its composed of a high percentage of liquid crystals with a very low percentage of chaotic disorganized molecules. Ordinary water on the other hand is composed of a large percentage of unstructured molecules which contain a small number of structured liquid crystals. A liquid crystal , is not a frozen hard solid state but is still a freely flowing fluid. Yet like the ice, it has a stable, orderly molecular structure. Living cells prefer this liquid crystal water inside a cell membrane to make protoplasm.In this form,water and minerals pass easily through cell membranes and soft tissues like mucous membranes and intestinal villi. Water passes on the impressions it has received wherever it is absorbed by the Biologically Active Zones[ BAZs ]of the earth and the Biologically Active Points [BAPs] on the surface [ macromembranes ]of bio-objects in plants, animals and man. In moving water the earthly world thus allows the ever changing life in the universe of the stars to flow into its course by absorbing environmental electromagnetic fields through BAPs and BAZs  during the Information-Energy interaction. Cosmic events and water are linked with the stream of time in the ebb and flow of the tides .Water is the primary intelligence of the body carrying within it thefrequencies of our entire bio-chemical signature as well as being a receiver of cosmic intelligence. All fluid systems whether circulating blood, the tides of cerebro-spinal fluid, the pounding of oceans, or frozen pellets swirling in the cosmos, are fundamentally ONE resonating organ, exempt from conventional time-space differentials. The fluid system is a wealth of multi-planar communication, inhabiting structure but not bound by it.

Research has shown that water is a liquid crystal with a pliable lattice matrix that is capable of adopting many structural forms . The structure of water gives it an infinite capacity to store information within its matrix. A growing body of recent scientific evidence is now confirming traditional intuitive understanding of water's role as mediator between the energetic and material worlds and its function as an accumulator, transmitter and transducer of energy patterns and information. Much evidence points to water's ability to effectively memorize energy patterns with which it comes in contact and retain the energetic memory of vibrational frequencies for extended periods of time. Homeopathic medicine is based on water's capacity to store within its structural matrix the energetic imprint or vibrational signature of physical substances.

              These vortex flows are one of the secrets of the great sensitivity of water to the forces of the universe. The speed of movement of water in a vortex has a rhythm of its own, it extends and contracts in a rhythmic pulsation. The vortex is really composed of a series of flowing surfaces (like the ropes) all bound together as if by an invisible hand.These flowing surfaces move at different speeds, slow on the outside and fast on the inside. The speed of movement of water in a vortex multiplied by the radius from the center is a constant. This means that the velocity at the center of the vortex is theoretically infinite.

tidalwave.jpg

LONDON: A tidal.wave caused by a volcanic eruption is likely to devastate the South Coast of England and eastern US cities such as New York, a scientist warned yesterday. Although experts have no idea of the time scale, they are convinced that it is a matter of when rather than if.

Boston, New York, Washington DC and Miami could be virtually wiped off the map and tens of millions of people would be likely to be killed or made homeless. The mountainous wave would be 300ft tall and travelling at 500mph - as fast as a jetliner. In Britain, the tsunami would be smaller at 40ft. But towns all along the coastline would still face awesome devastation.The water would smash over coastal defences, threatening tens of thousands of lives and leaving damage running to hundreds of millions of pounds.

The warnings of Professor Bill McGuire, director of the Benfleld Hazard Research Centre at University College London, centre on the Cumbre Vieja volcano on the Canary Island of La Palma. He told a meeting in London yesterday that the western flank of the volcano could collapse when it next erupts. At least 20 years separates each eruption. But as the last one took place in 1971, the next could happen at anytime. A huge slab of rock 12 miles long would shear off and plunge into the sea, unleashing massive forces which would sweep across the seas towards Europe, Africa and North and South America. The tsunami would arrive on our shores with little warning - about four hours after the volcano erupted. The water would reach up to 500 yards inland and up to 1,000 yards up estuaries.

"This is a certain event," said Professor Mcquire. " It is a matter of how we cope with it, not whether or not it's going to happen ." - DM

The Malay Mail - page 20, Wednesday , 11th August 2004, Malaysia

                            Dr.FHLew
         Klinink of Complementary and Alternative Medicine
                       Lot 447  Kampong Baru
                        44100 Kalumpang
                           Hulu Selangor
                              Malaysia
                          Tel: 603 60492747
                         kalumpan@tm.net.my


Resources:
 
 1. Galaxies and Stars by Donald E. Scott
 
 2.    Generation of a Liquid Vortex by G Force
 
 3.   The Washing Machine ( Faber ) and Ozoniser - Lew