Fundamentals of Dissemination of Light, Plasma, Solar Storms, Solar Flares, and Coronal Mass Ejections [CME] By Mohsen Paul Sarfarazi, Ph.D.

Abstract

With light being the vehicle through which consciousness is imparted upon an animating entity such as humanity, it is intended in this article to explore the mechanism in which light is generated and subsequently disseminated upon humanity. It is proposed by the author that the photons of light are transmitted [as opposed to being generated, as contended by NASA through a nuclear fusion process] from the core of sun, thus identifying the sun as a reflective mirror processing light and pool of charged plasma as opposed to acting as a photon-plasma generating machine. As matter impedes consciousness, it is not surprising to find that the photons of light undergo an arduous journey before reaching us on earth. It is confirmed that this drive is primarily hindered by passage of photons through thick plasma constituted by charged particles of matter that take over 100,000 years to complete. Once the photons are relieved from such a delaying obstruction, the rest of the flight is rather forward by first passing through a relatively thin pool of charged plasma that takes 20-30 days, followed by a mere 8 minutes voyage in reaching us. It is suggested that the core of the sun represents a vector in the cosmos that acts as a doorway for receiving charged plasma created through a process of matter to antimatter conversion and vice versa facilitated by black-white holes system that act as gateways in remote parts of the cosmos. It is further elucidated that such a process involves tremendous release of free energy that is partly disseminated through heat carried by the photons. An account of generation of solar flares and coronal mass ejections involving strong projections of charged plasma, facilitated by the magnetic field of the sun also acting as a giant dynamo, is also presented. It is suggested that neither solar flares nor CMEs are foreseeable through definition of a definite ‘solar cycle’ that could predict such occurrences. Finally, it is concluded that the phenomenon of light acceleration is upon us, and it is all purposeful and benevolent in this era of pre-ascension, which is elaborated in companion papers relevant to the subject matter.      

Introduction

  • Everything and ALL conscious sentience in the cosmos originate from the mega-consciousness of the Prime Creator Source we call God.everything is consciousness
  • The consciousness is absolutely pure and has no essence in terms of constitution.
  • It interacts with the very extreme spectrum of that we call antimatter.
  • And, antimatter is not just the conglomerate superposition of anti-protons or anti-electrons in the cosmos.
  • Its incipient essence of existence, as we would know as 3-D physical entities engrossed in matter, is the stealth pool of plasma, ever free to vibrate easily about with almost infinite degree of freedom, which remains totally undetected by our rather limited 5-sensory perception.
  • In physicality, consciousness manifests itself as light energy, transforming itself in a step-down fashion to consciousness units.Divine Light 2 - coherent
  • The consciousness units constitute the much quantified aspect of our consciousness.
  • With this introduction, it becomes quite clear that EVERYTHING in the cosmos is consciousness delivered through light.
  • And, thus EVERYTHING in our physical reality is governed by light.
  • There is perfect CONSERVATIVE characteristic regarding the conversion of mega-consciousness into light and its subsequent dissemination as to create consciousness units.
  • The process is totally reversible, recoverable, and recyclable, with absolutely no dissipation or loss of energy.
  • What is more, the transformation occurs within a continuum of antimatter collapsing to a ‘foam’ and then again congealing into matter.conversion of matter to antimatter
  • Furthermore, matter can disintegrate through the nuclear fusion process to form a charged pool of electrons and protons.
  • And, in the interim, an infinite pool of energy is released that we refer to as the ‘free’ energy, freely roaming about the cosmos, capable of empowering ALL that we could ever conceive of.
  • Furthermore, this antimatter to matter conversion [and vice versa] occurs through collapse of matter within black holes, and its subsequent revitalization via the infinitesimal white holes.Black Holes - Matter-antimatter conversion
  • It needs to be emphasized that time-space continuum, designed to act as a program ‘software’ server of reality in physicality, in essence, is not all it seems to us.
  • Antimatter plasma is progressively accessed through upshift of frequency and traversing higher dimensions of reality.
  • And, only a relatively small fraction of antimatter is accessible in the 12 physical dimensions, with its antimatter spectral density increasing at higher dimensions.
  • Higher frequency gives rise to the advent of higher consciousness, and thus, higher dimensional consciousness interfaces with relatively higher spectral density of antimatter in the continuum.

Nature of Light and its Dissemination

  • In 3-D reality, it is imperative to understand the nature of generation of light from first principal, its characteristics, and the nature of its dissemination and propagation to us.Light- Aquarian Age
  • Once this is well understood, it is incumbent upon us to explore how exactly it impacts with our physicality, and what role it plays in our physical-ethereal interracial interaction.
  • And, obviously light comes from our sun.
  • We have gazed at sun since the antiquities.
  • We built monuments to worship it.Divine Light 3 - consciousness
  • We built our culture entirely relying on its power.
  • We marveled the occurrence of eclipse during the day, and the auroras lighting up the skies.
  • Its powers are awesome.
  • It has been shinning for over 4 billion years.
  • The question is how exactly does the sun work?
  • Where does its power come from?
  • What processes are at work inside the sun?
  • How does the energies of its core reach us as sunlight?
  • How does its inner workings impact upon us some 93 million miles away?
  • And, how are sunlight, solar flare, solar storms, etc. generated?
  • Until recently, seeing inside the sun was impossible.
  • There has been surprising discoveries since early sixties, when sun’s knowledge was confined to be only skin-deep.
  • During the past several years, and after, 2010, after NASA’s launching of the Solar Dynamics Observatory [SDO], it has become possible to have a better understanding of the inner workings of the sun.
  • We, indeed, now have the use of satellites that are giving us a continuous eye on the sun.
  • Indeed, such a satellite is capable of detecting explosions on the surface of the sun.
  • It all turns out to be through sound waves!
  • No one expects that the sun can generate sound waves.
  • The sun vibrates like a giant pipe organ, but, instead of air producing noise, churning gases deep inside send sound waves rippling from its interior.
  • Because when sound waves move through different materials produce different frequencies, we can look inside the sun.helioseismology
  • The methodology now classified as helioseismology, entails observation of the internal structural of matter via sonic vibration.
  • In Seismology, the geologists can look inside the earth by a similar process, via sending sound waves through earth’s crust.
  • This way, they can detect the distinct layers lying below our feet.
  • By directing sound wave through the crust of earth and observing the propagation of waves within, it is possible to distinguish among different layers within earth.
  • Usually a very deep sound, of high wavelength is able to penetrate higher depths with earth, while high pitch, high frequency sound is often only capable to penetrate skin-deep distances within.
  • Similarly, by studying sound waves that emanate from sun one can look through its interior, and see what it is made of, and what processes at work within its inner structure.
  • Generally, low frequency waves, reveal the workings of the deep portions inside the sun.
  • Alternatively, high frequency sounds disclose the skin-deep mysteries of the sun.
  • Basically, there are ten million different frequencies resonating within the sun.
  • Studying these frequencies has led to the science of helioseismology.’
  • By looking inside, you can also detect the process at hand within the sun, in other words, you can see what actually the sun is doing.
  • This is also a powerful tool for seeing beneath the sun’s surface.
  • Previously, almost all our understanding of the physics/mechanics of sun and sunlight generation and its propagation in reaching us were strictly confined to ‘superficial’ observation regarding the surface of the sun.
  • Furthermore, the images produced were mainly confined to low-temperature emissions of the sun’s surface at typical temperatures of the order of 10,000 degrees of Fahrenheit.
  • It was not until after February 2010, when Atlas 5 Solar Dynamics Observatory [SDO] enabled us to comprehend the inner workings of sun better and at high temperatures revealing what exactly transpires within the sun.
  • This was NASA’s most sophisticated Satellite that revealed images like never before.
  • It exposed to us a giant alien landscape with structures that ebb and flow.
  • It revealed enormous tornado 100,000’s miles high that could easily engulf earth with super-heated plasma bubbles of the size of Alaska.
  • One of the most important aspect of SDO is being able to see images of sun across a wide range of wavelengths corresponding to different temperatures.
  • Our eyes are used to see the sunlight glowing at about 10,000 degrees Fahrenheit.
  • At such temperatures the surface of the sun is almost featureless.
  • AT hotter wavelengths, normally invisible, more dynamic images emerge.
  • AT about 90,000 degrees Fahrenheit, only a ghostly trace of CME wave can be seen.
  • However, at more than a 1000,000 degrees, one sees super-hot plasma rippling away from the eye of the storm.
  • It shows CME evolving across the entire sun.
  • Furthermore, these images reveal that the sun is so huge that a million earths can fit inside of it.
  • The temperatures at its core amount to some 27,000,000 degrees Fahrenheit.
  • The surface of the sun seems to be vibrating like ripples on a pond.

Internal Structure of the Sun

  • Studying the sun’s sound waves, it reveals that sun is a complex multi-layered machine.sun layers differentiated by frequency
  • Deep below its surface it is a zone of perpetual churning.
  • Next, it is a layer that the light takes thousands of years to cross.
  • At the center, it is the sun’s core.
  • The sun’s core is 25 times the diameter of earth.
  • Everything we experience on earth, sunlight, heat, the solar storms, start here.
  • So, what is the core made of?
  • It is far too hot to be a liquid.
  • It is a gaseous soup of charged particles that we call plasma.
  • It is analogous to many things you are familiar with, florescent light bulbs, flames, the neon light, certain televisions, lava lamp, etc.
  • These are all examples of plasma.
  • In fact, plasma is all around you.
  • But, the plasma is radically hotter in the sun’s core.
  • The closest thing to it on earth is lightening.
  • During lightening, electric charges built up making temperatures reaching 10’s of thousands of degrees.
  • The core of the sun is much hotter.
  • The plasma inside the core of the sun has temperatures of the order of 15,000,000 degrees.
  • The analysis of the photographs obtained via SDO indicate that a multi-layered system may be distinguished within.
  • At certain distance away from the nucleus of the sun, and the core, both the temperature and internal pressure drop, giving rise to existence of certain threshold values that define a distinct zones within the sun.
  • The charged plasma is quite dense in this layer close to the core.internal structure of sun
  • This layer is called the ‘radiated zone.’
  • Again, as we move away from the center of the sun, the pressure and temperature drastically drop again to certain threshold values, defining the inception of another distinct layer, a consecutive internal zone within the sun.
  • This zone is thus called ‘the convection zone.’
  • The core of the sun heats up the material in the convection zone expanding it with energy until reaching the surface.
  • The temperature in the convection zone thus progressively drops until the sun’s surface is reached.
  • The convection zone contains much thinner plasma of charged particles.
  • The bottom of the convection layer is much hotter than its top surface layer.
  • As a result, if one considers a ‘blob’ of charged particles within this zone, one observes that there is constant motion of charged plasma within it.
  • The scenario closely resembles a lava lamp.
  • In a lava lamb, due to the heating effect generated from a bulb at the bottom of the lamb, the blob gets heated and rises to the surface.
  • But, when it reaches the surface, it cools off, gaining density or higher weight, and subsequently, falls to the bottom, and the process continues.
  • The rising and sinking plasma in the surface of the sun form a structure called ‘granulation.’ granulation
  • The granulation cells are about the size of the state of Texas.
  • It takes 12 minutes before the plasma reaches the top.
  • There is an incredible energy in a very dynamic chaotic place.
  • Apart from the movement of vertical motion of charged plasma from the pole to the equator, there is constant high speed churning and horizontal spinning of the charged plasma within this zone.
  • Therefore, the internal structure of sun include 4 layers or zones:
  • 1. Sun’s surface with relatively small distances penetrating within.
  • 2. A second layer known as the ‘convection zone,’
  • 3. The ‘radiated zone,’ which is the thickest layer in terms of plasma of charged particles.
  • 4. And, finally, the sun’s ‘core.’

The Amazing Journey of the photons of Light

  • It is in the very core of the sun that photons of light are conducted from.
  • And, although the photons radiated from the core strive to traverse this layer, the abundant charged particles in the plasma impede their motion and their intended escape to the surface.
  • In a way, every photon that encounters the charged particles in the plasma soup is obliged to ‘meet and greet’ these charged particles first.
  • As a result, the photons get bounced back and forth, up and down, and every which way by the charged particles in the plasma.
  • And, in essence, the photons subtend a zigzag motion, struggling to reach the surface.
  • It may take more than 100,000 years before a photon to crosses this zone.
  • The NASA scientists indicate that “the light [or photons] are generated in the core of the sun.”
  • NASA asserts that everything happens as a result of nuclear fusion.
  • This is, of course, the same process as detonating an atomic H bomb.
  • Due to extensive crushing forces the hydrogen atoms split into electrons and protons.
  • These are charged particles that are carried out as a soup of charged plasma.
  • As nuclear fusion releases tremendous heat energies.
  • And, NASA proclaims that the interaction of the charged electrons and the plasma soup gives rise to generation of the photons.
  • The photons that are trapped in the plasma soup exhibit a tremendous inertia [or more correctly INTENT] to leave the charged plasma soup and escape to the surface of the sun.
  • Each photon is to begin a tedious journey through the sun’s thickest layer of plasma.
  • Although less dense of a plasma than the sun’s center, it is still very thick and the photons of light struggle to move though the radiated zone in order to reach the surface.
  • Each packet of energy is continuously absorbed and then spitted out by the plasma particles.
  • In this part of the sun, no energy is generated but the energy is transmitted by the radiation, and this is why it is called the radiated zone.
  • Photons slowly bounce back through the plasma here ricocheting in a zigzag way on a path called ‘the random walk.’
  • The photons here do not have a particular path.
  • They only want to move through the plasma, each time meeting and greeting the particles until the leave the radiated zone.
  • Even moving at a speed of 186,000 miles a second, it takes the photons 100,000 years to cross the radiated zone.
  • Eventually, the photons reach a boundary in which the pressures drop again.
  • And, this is the convection zone.
  • Here, the plasma thins and getting through it gets easier.
  • The photons still pack out a considerable amount of energy, heating up the plasma.
  • The thinner plasma in this zone makes the photons move in a different way.
  • Instead of bouncing, suddenly there is an ‘ordered’ motion.
  • They all line up to leave the convection zone.
  • It still takes up a month to move from the bottom of the convection zone to move to the top in order to leave the convection zone because they all have to pile up getting into line to move through the convection zone.
  • But, this is relatively a short period of time.
  • During this short period of time, heat from the plasma puts photons into a perpetual motion in a churning motion in this 125,000 miles thick plasma zone.
  • Photons initiated at the core finally reach the surface.
  • They emerge as a weakened form of solar energy that reaches earth in 8 minutes as sunlight.
  • If unimpeded, the trip from the core to the surface of the sun would take a matter of seconds.
  • However, the sunlight that reaches us today may have been created during the last ice age.
  • And from the surface of the sun it only takes 8 minutes for the photons to reach us.
  • So, the entire process takes over 100,000 years to cross the radiated zone, a month to traverse the convection zone and then a merely additional 8 minutes to shine upon us.

The Magnetic Field of the Sun

  • It is the high speed motion of the charged plasma within the convection zone that gives rise to a magnetic field as a result of movement of charged electrons within the sun’s plasma.
  • In fact, the sun acts as a dynamo, a rotating machine in an electric field that constantly produces magnetism.
  • And, indeed, the sun is the largest dynamo and generator of magnetic forces in the solar system.
  • Basically, two things make a star magnetic:
  • 1. It needs the convective motion of masses beneath the surface that creates bubbling of gases, the charged particles.
  • 2. These bubbles begin to spin, and the faster they spin, the more magnetic forces is generated.
  • Hence, it is the bubbling of gases beneath the surface and their spin that generates magnetism.
  • The surface of the sun spins in a strange way.
  • Travelling from the pole to its equator, one notices that it turns faster.
  • Analyzing the sound waves inside the sun, beneath its surface, reveals that the plasma layers beneath the sun also spin at different speeds.
  • They act like fluid that gets denser towards the core.
  • The motions of the different layers, the convection, the motion from the equator to the core, create its magnetism.
  • These motions drive a magnetic field.
  • There is a dynamo in action here.
  • This dynamo generates similar type of forces that we experience here on earth.
  • It works like a giant wind turbine.
  • Plasma in the convection zone churns up strong electrical currents, which generate a huge magnetic field.
  • The magnetic field of the sun undergo a cycle.
  • The constant churning and turning inside the sun produces a magnetic field inside the sun that acts as a dynamo that is the biggest generator of electric currents in the solar system.
  • The magnetic field lines produced get so wound up and distort so significantly that the magnetic poles of the sun reverse themselves periodically [roughly every 11 years].

Mechanics of Generation of Magnetic Storms, Solar Flares and Coronal Mass Ejections

  • The magnetic forces of the gigantic dynamo we call the sun can build up, at times, causing the shooting up of plasma into space across the sun’s surface.olar Flarte and magnetic sail
  • This creates plasma ‘sails’ emanating from various spots across the sun’s surface that still remain tethered or attracted to the sun’s magnetic field at the surface.Consecutive Sails
  • Thus, the clue to a magnetic solar event lies within these dark spots appearing at the surface of the sun.
  • These spots at the surface of the sun can be typically individually several times the size of the periodically earth.
  • The sun spots, large enough to engulf the earth, which ebb and flow, are the locations on sun’s surface where temperatures are relatively cool.sun spot
  • These cool spots on the sun’s surface occur because the magnetic field of the sun suppresses heating of the surface at such locations.
  • And, thus the strong magnetic fields that create these sun spots are ultimately the breeding grounds for solar storms.
  • But, just when and how many can appear in a particular place?
  • It cannot be firmly stated that a particular cyclic period exists that would predict a solar storm or a CME event from occurring.
  • NASA, in their highly limited extent of observation of the sun with the aid of SDO [being launched only in Feb 2010] contend that the number of sunspots at a particular location wax and wanes for a period of 11 years.
  • There is often a period when a calmer magnetic behavior prevails.
  • This is often referred to as the ‘solar minimum.’
  • But after this period, sun spots begin to form again.
  • During this subsequent period, the magnetic lines wind up, producing magnetic outbursts.
  • This period is called the ‘solar maximum.’
  • The solar cycle describes the characteristic of the sun.
  • During solar minimum, the magnetic storms are subdued, and there are not as many dark sun spots.
  • However, during solar maximum the opposite is true, culminating in generation of many cool sun spots causing active solar storms.
  • The number of sunspots increase and decrease over time in an, interval, called the ‘solar or sunspot cycle.’
  • However, the exact length of the cycle can vary.
  • More sunspots mean increased solar activity culminating in solar flares and CMEs.
  • The highest number of sun spots in any given cycle defines “solar maximum,” while the lowest number signifies “solar minimum.”
  • The clue to generation of solar storms lies in deep layers within the convection zone.
  • Magnetic field lines normally run from pole to pole.
  • However, with all the turmoil in the convection zone, this pattern cannot last.
  • The rotating layers stretch the magnetic lines horizontally.
  • Convection twists and braids them.
  • Under immense strains, they begin to kink upwards towards the surface.
  • Imagine the springs in a ‘slinky’ as the magnetic field lines.
  • The magnetic field inside the sun is amplified by the rotating motions, and the shearing motions, and the churning motions inside the sun.
  • It wants to pokes upward until it does towards the surface of the sun.

Magnetic Storms

  • The flexing magnetic lines can get cut off sailing into the space.onset of CME
  • And, this gives rise to a magnetic storm.
  • The plasma plays a critical role.
  • Normally, the magnetic lines are invisible.
  • However, the plasma, which is hot, lines up along these paths and one can see the traces of the magnetic lines much the same way that although invisible.
  • This is analogous to seeing the car headlights on a busy motorway.
  • Although the observer may be on a plane and far enough as to not being able to discern the bodies of each car, but the stream of the headlights are clearly visible to the observer from afar.
  • Field lines are critical to magnetic storms.
  • As field lines emerge at the surface of the sun, they form loops.
  • One usually has a positive pole, the other negative.
  • The constant churning and spinning of the plasma beneath the sun’s surface cause the twisting of the magnetic sails wavering in the space while they still remain connected to the sun’s surface.
  • Additionally, magnetic lines that ordinarily run from the pole to the equator can severely distort and even collapse as a result of horizontal spinning of the plasma within the sun.
  • As a result, the plasma sails stemming from the sun’s surface and wavering in the sun’s atmosphere, taken a characteristic of polarization with a positive pole and a negatively charged pole can cross due to sever twisting as a result of magnetic forces or churning of plasma within the sun, causing explosion and releasing of the electrically charged plasma mass into the space.conscecutive magnetic sila on surface of sun

Coronal Mass Ejection

  • It does occur, occasions when these electrically charged pools of plasma get detached from these sun spots and get released in the space as a result of extensive forces involved, which cause high speed plasma ejections.CME and Solar Flare
  • Indeed, crossing of the magnetic loop lines can cause a lot of plasma to be released into the space.
  • And, plasma projections and ‘sailing’ action grossly heat up the sun atmosphere, which is commonly referred to as the ‘corona.’sun flare - massive
  • This is what is referred to as the Coronal Mass Ejection [CME], producing CME waves.
  • What gives CME waves such explosive energies?
  • Part of the answer lies in the essence of the Corona in the sun’s atmosphere.
  • Super-hot plasma at temperatures of 3,000,000 degrees Fahrenheit, 300 times hotter than the sun’s surface.
  • This creates energies that gust the CME waves towards earth.
  • But why corona [sun’s atmosphere] is so hot [3 times hotter than sun’s surface]?
  • As you get close to sun’s surface, the temperatures are hot, but surprisingly as you move away from the sun’s surface the corona is even hotter.
  • Jets of plasma shoot up from the surface of the sun that may be responsible for heating the sun’s atmosphere.
  • The temperature of these shooting plasma can reach up to a 3 ½ million degrees of Fahrenheit.
  • The flexing magnetic lines at the surface of the sun acting as sails also heat the corona.
  • And, violent eruptions that shoot charged particles into space can do so at speeds of well over 2,000,000 miles per hour.
  • When these ejections are not critically massive or do not involve significant velocities, they form magnetic storms.
  • And, indeed, the magnetic tornadoes often twist tens of thousands of miles around the sun.
  • When these ejections become potent and significant in terms of velocities of projection, the released plasma of the electrically charged particles accelerate towards earth in the form of a coronal mass ejection [CME].
  • Coronal mass ejections (CMEs) are bursts of solar material (clouds of plasma and magnetic fields) that shoot off the sun’s surface.
  • Other solar events include solar wind streams that come from the coronal holes on the Sun and solar energetic particles that are primarily released by CMEs.

The Solar Flares

  • Ordinarily, it is the escaping of the photons released at the sun core, which travel to the sun’s surface and subsequently reach us as sunlight.
  • Photons present at the sun’s core rise to the surface and during this process, their resurgent energies heat up the convection zone, generating a magnetic field.
  • The hot gas outlines the magnetic lines, making them visible.
  • They create a twisting structure with some of them extending beyond the surface of the sun.
  • Churning plasma beneath the surface twist these magnetic loops.
  • If adequately twisted, the positive and negative poles of the field line loops cross.
  • Once short-circuited, they generate tremendous explosive energies.
  • And, a lot of it escapes the surface in the form of solar flares.sun flare  2
  • Solar flares constitute the very extreme projection of photons of light into space that are associated with either magnetic storms or coronal mass ejections [CME].
  • Every magnetic storm or CME is often preceded by solar flares consisting of photons of light.
  • It is the field lines that explode as solar flares.
  • The energy released heats the plasma to millions of degrees, and produce these spectacular solar flares.
  • It is hard to predict when solar flare will occur at the surface of the sun.
  • The solar flares constitute the very extreme projection of photons of light into space that are associated with either magnetic storms or coronal mass ejections [CME].
  • Therefore, a solar storm has two aspects to it: first a solar flare that can release an outburst of x-rays that can reach earth within minutes.
  • And, second, a more potent effect arriving earth a few days later, a phenomenon called Coronal Mass Ejection [CME].sun flare approaching magnetosphere
  • It projects millions of charged electric particles that literally ripple away from the eye of the storm.
  • The National Oceanic and Atmospheric Administration (NOAA) ranks solar flares using five categories from weakest to strongest: A, B, C, M, and X.
  • Each category is 10 times stronger than the one before it.
  • Within each category, a flare is ranked from 1 to 9, according to strength, although X-class flares can go higher than 9.
  • According to NASA, the most powerful solar flare recorded was an X28 (in 2003).

The Potential of Damage to Earth’s Power lines and Man-made Electrical Grid System

  • A great deal of technologies of today rely upon the sun: the communication system, global tracking satellites, etc.
  • The CME waves are loaded with billions of charged particles that when reaching earth can severely disturb the electric grid lines of earth.solar flare and electricity
  • The shooting plasma from the sun can reach speeds up to 1,000 km per second.
  • The shock wave can move up to 2,000,000 miles per hour.
  • The storm can be so strong as to collapse earth’s magnetic field.
  • Million tons of plasma can spill over the equator producing giant electric surge pulsing over the globe.
  • If this happens now, it will knock out the power grids and melting the electric transformers causing electric black-out in places for a long time.effects of magnetic storms
  • We needs at least 125 KW transformers to survive the electric storm.
  • And, there are very few of such transformers in place as of now.
  • A highly potent solar storm bombarded earth in 1859.
  • This had a devastating effect on the telegraph lines of the day.
  • The battery became melted, starting fire in the telegraph station.
  • If such a CME wave hits earth today, the concern would be the electric grids, melting the electric lines and the transformers.
  • Although feasibly a matter of concern, the elegant design of the cosmos, and with that our solar system, and indeed, our earth, is very purposeful.
  • The sun’s magnetic activities are again now winding up, heading towards a ‘solar maximum.’
  • However, rest assured that all signifies a resolute intent, and it is all benevolent.
  • First of all it needs to be elaborated that the quality of the solar storms are dependent on 2 things:
  • 1. How strong the CME’s magnetic field is,
  • 2. And, at what angle it hits earth’s own magnetic field.
  • CME’s approach earth like a slightly rotating shield.
  • One end is positively charged and the other negative.
  • With magnetism, like poles repel and opposite poles attract.
  • If the positive pole of the CME hit the positive pole of earth the CME is repelled thus ‘dodging the bullet.’dodging a CME bullet
  • But if the positive pole of the CME hits the negative pole of magnetic field of earth, they attract one another and the charged plasma of the CME hits with full force.
  • The charged particles engulfing the earth’s magnetosphere scatter in the atmosphere producing dazzling auroras.
  • The primary purpose of the charged plasma hitting the tectonic plates is to clear and cleanse of earth of its futile energies that have plagued the planet for quite some time now.
  • Furthermore, its purpose is to raise the frequency of earth and the mankind.
  • The impact of solar flares, charged plasma, and the coronal mass ejection on earth and humanity is the subject of a companion paper and no elaboration will be further presented herein.

Rebuttal of NASA’s Claims Regarding the Operation of Sun

  • NASA and the mainstream scientists contend that sun is essentially a nuclear fusion reactor; that it splits hydrogen mass into charged electrons and protons and creates a dense soup of electrically charged plasma; that it releases tremendous heat in the process.
  • The mainstream scientists also assert that the photons of light are generated within the radiated zone as a result of the same process.
  • They also say that the sun remains intact and does not blow itself up like an atomic bomb because of an extreme magnetic force field that is generated within as a result of churning and high speed motion of the electrically charged plasma within the sun.
  • Furthermore, they contend that these magnetic forces equalize with those of the explosive forces of nuclear fusion origin, thus keeping the sun in one piece.
  • Although the process of nuclear fusion is well understood and experimented upon, it is highly unlikely that the sun would be able to constantly maintain the process of nuclear fusion taking place at all times, thus acting as a mechanical plasma generator machine.
  • Furthermore, even a machine is prone to breakdown or loss of efficiency all together.
  • After all, the process of nuclear fusion entails severe dissipation of energy in the form of escaped heat.
  • Also, it is not clear as to exactly how the photon particles are created through such a process.
  • They indicate that under tremendous pressure, protons and plasma fuse together, releasing photons, miniscule packets of heat and light.
  • Therefore, an unimaginable number of photons must be made every second, generating this incredible power that reaches us as sunlight.
  • This atomic alchemy must convert approximately 4,000,000 tons of mass into energy every second in an endless loop!
  • This is equivalent of creating 10 billion hydrogen bombs every second.
  • And, they say it has been happening for 4 billion years, and will continue for at least another 4 billion years!
  • An energy of billions of atomic bombs must be created in the sun’s core every second!
  • The sun does not blow itself up because there is an amazing balancing act occurring within the sun?
  • There must be a tremendous gravitational effect that must be produced inside the sun, pushing down on its core, balancing the forces that would otherwise tear the sun apart, instead of keeping it in one piece.
  • Due to the crushing process formed inside an atom hydrogen atoms may be split into electrons and protons, creating substantial nuclear energies, at extremely high temperatures.
  • This is called nuclear fusion.
  • It is the same process inside the hydrogen bomb.
  • However, it is unlikely that the sun can do this over and over, again and again, in a perfect cyclic manner. without exhaustion, breakdown, or depletion of its mass.
  • The author proposes that instead of the sun being a nuclear fusion machine generating charged plasma, photon and energy, it is merely a reflective mirror linked to another sun source in a distant vector of space [in terms of 3-D vernacular].
  • In other words, it is proposed that the sun’s core is a gateway to higher dimensions reflecting the awesome divine energy and power of a much more potent energetic source such as Alcyone, the galactic sun.
  • In this respect, it conducts or disseminates the tremendous Crysto-electric power that emanates from Alcyone, and furthermore, it delivers the very particles of divine light [photons, adamantine or God particles] to earth.
  • It is further suggested herein that the awesome power and energies are the end result of conversion of antimatter to matter, which occurs when black holes collapse containing a tremendous reservoir of matter, and in the process go through releasing ‘free energy’ when antimatter is converted to matter, carried by the infinitesimal white holes throughout the cosmos.
  • In this respect, the black-white holes constitute vectors in space at which star gates are active, disseminating or conducting electrically charged plasma as well as light energy to various suns throughout the galaxy, with each sun acting as the ‘other’ door way or recipient ‘entrance’ for taking place for such process.
  • Therefore, sun is a reflector, a reservoir containing a gigantic pool of electrically charged plasma, accommodating such a dispersion process.
  • And, in the meanwhile, it churns plasma, and it acts as a giant dynamo, through the high speed spin of electrically charged plasma pool, giving rise to the most potent dynamo, generating an electromagnetic field in our solar system.
  • Although NASA scientists report that there is an 11 year cycle involved in out-bursting of magnetic storms, which also involve solar fares, the true story is that there have been considerably more numbers of solar flares and CMES occurring since 1989 without any regular pattern.
  • Since two years after the 1987 Harmonic Convergence, earth has been receiving massive magnetic storms, CMEs and solar flares through its sun, delivering billions of tons of charged plasma.
  • The NASA scientists and geophysicists have noted the effect.
  • They recorded over 200 solar flares in 36 Coronal Mass ejections over a 2 week period.
  • Eleven of these were X-Class.
  • The Earth’s Aura, the magnetosphere was flattened to half
  • The largest flare ever recorded to date took place in 2001, followed by 150 storms in 2003.
  • More X-Class flares have taken place in the past 2 decades than at any other time in recorded history.
  • Unusual light phenomena began to occur.
  • Rare red auroras have been noted.
  • Auroras became visible during daylight.
  • Solar Minimum: According to NOAA and NASA, the sunspot cycle hit an unusually deep bottom from 2007 to 2009.
  • In fact, in 2008 and 2009, there were almost NO sunspots, a very unusual situation that had not happened for almost a century.
  • Due to the weak solar activity, galactic cosmic rays were at record levels.
  • Solar Maximum: The Sun’s record-breaking sleep ended in 2010.
  • We were in Solar Cycle 24, right in the middle of a peak or solar maximum in 2013.
  • 2013 unleashed three X-class solar flares.
  • These were strong flares, signaling a significant increase in solar activity.
  • More and more are still to come.
  • The record indicates that a potent CME happened in March 1989 in Quebec, Canada.
  • Great auroras occurred in the sky lighting up the sky as if the dawn has arrived.
  • A great number of auroras were are observed not just across the United States, but around the world.
  • This all happened as a result of two great CME waves hitting earth in 1989, in which one wave occurred after another.
  • Feb 15, 2011 storm was another perfect example.
  • The next solar maximum occurred in 2013.
  • Before Feb 1, 2011, things were quite quiet on the surface of the sun.
  • There were actually 3 CME waves reaching earth in Feb 2011.
  • Its violent eruptions would have been capable of taking down our electric grids!
  • A recent eruption occurred on Feb 15, 2011.
  • This was a violent storm that must have dwarfed earth.
  • With all these sporadic occurrence of CMEs and solar flares on earth since 1989, it is hardly intelligent to say that the sun has had a ‘regular’ periodic eruption of CMEs, solar flares, and charged plasma emissions within a purported 11-year cycle, or indeed, it will ever have in the future!

 Institute Of Spiritual Science Inc. Publishing 2015.

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