NOTE:  This article confirms what Hatonn has said in the Phoenix Journals.  THe sun operates on cold fusion and is, therefore, cold and not hot, as our foolish sciehtists have claimed for centuries.  OUr sun is also hollow, as are all celestial spheres, and is inhabited both inside and on the surface ---PHB

 

*************

 

The Sun Is Cold Part 1

http://www.luisprada.com/Protected/The_Sun_Is_Cold_I.htm

 

The Sun Is Cold Part 2

http://www.luisprada.com/Protected/The_Sun_Is_Cold_II.htm

 

"Over one hundred years ago ... the eminent astronomer Sir William Herschel suggested that the Sun may be inhabited and that the inhabitants may no more suffer from the intense heat than those who live in the tropical regions of Earth!  He believed the Sun to be cool body, not a hot, flaming gas ball."  —Dr. George Hunt Williamson

 

Sir William Herschel (1738-1822) was a German-born English astronomer who constructed powerful telescopes to systematically explore the heavens.  He discovered Uranus, two satellites of Saturn, and cataloged many double stars and nebulae.

 

 

PART I:

 

The Sun Is Cold

First Part

 

The sun is really cold, contrary to what official science says.

As actual proof, the outer space exposed to sun rays without any blockage from atmosphere is really extremely cold to approximately 3^oK (-273^oC), water freezes approximately at 4 ^oC. Why is it not then extremely hot, since when sun is resplendent, in summer for instance, and there are no clouds is hot outdoors? Heat is caused by a thermal reaction between sun rays and the electromagnetic planetary aura, the Van Allen lines or the morphogenetic fields of matter as taught in ancient arcane wisdom ⁽¹⁾ and in the book Telos ⁽²⁾.

See the following response about the temperature of the space at: http://imagine.gsfc.nasa.gov/docs/ask_astro/answers/980301b.html .  Here is the text from that website:

"The Question:

All I wanted to ask you is that if we put a thermometer in Space with no other light or heat source around and absolutely no background radiation there, what would it read? Would the temperature be really cold or what? 

"The Answer:

"Yes, it would be really cold. Temperature measures the energy per "degree of freedom" (i.e., way something can move) of whatever molecules happen to be around. So, it becomes so cold that the molecules stop all together, then this is the "absolute zero" temperature. On the Celsius Temperature Scale (i.e., water freezes at 0, and boils at 100) this takes place at -273 ^o C. 

"We usually use the Kelvin temperature scale, where Zero Kelvin is this "absolute zero" temperature -- or -273 ^o C. Water freezes at +273 ^o Kelvin and water boils at +373 ^o Kelvin. 

"If we put a thermometer in darkest space, with absolutely nothing around, it would first have to cool off. This might take a very very long time.  Once it cooled off, it would read 2.7 ^o Kelvin. This is because of the "3 degree microwave background radiation." No matter where you go, you cannot escape it -- it is always there."

Answer by Jonathan Keohane for Ask a High-Energy Astronomer.

The sun rays once reaching Earth create heat on matter.  Behind a tree, for instance,  the temperature is cooler because the sun rays do not directly interact with the morphogenetic fields of the particle matter of our bodies, but through radiation (refraction).  On outer space the space station and astronauts exposed to the sun rays experience a temperature of approximately 200^oC since there are no clouds that deviate or reflect the sun rays.  In the dark side, when Earth is between the astronauts and the sun, the temperature is very cold, as stated above.  The absence of other matter makes less of a refraction possible.

The Solar Wind Is Plasma - Space Plasma Cannot Be Duplicated in the Lab Yet

From http://www-spof.gsfc.nasa.gov/Education/Ielect.html: Ions and electrons in space are usually intimately mixed, in a "soup" containing equal amounts of positive and negative charges. Such a mixture is known as a plasma (the same term has a different meaning in medicine; (see the history of plasma). In many respects it behaves like a gas, but when electric and magnetic forces are present, additional properties come to light, quite unlike those of ordinary gases. The ionosphere above our heads is a plasma. Unlike air, it conducts electricity, and in fact, the ionosphere in the polar regions carries large electric currents, as is discussed in a later section. Theelectric conductivity of the ionosphere, unlike that of metals or seawater, is very much influenced by the Earth's magnetic field. This is a rather special plasma, because the ionosphere also contains a fairly high number of neutral atmospheric molecules, with which the ions and electrons constantly collide. In contrast, collisions are extremely rare in the solar wind. If this were an ordinary gas, or if the Earth lacked a magnetic field, the solar wind would have penetrated all the way to the top of the atmosphere and would then have flowed around the Earth, the way water flows around a rock in a stream.Something like that in fact happens at the planet Venus, which seems to have no magnetic field of its own. At Earth, however, a strong magnetic field confronts the solar wind, forming a much bigger obstacle than the Earth itself. Because the solar wind is a plasma, it is forced to detour around the Earth's field, creating a large shielded cavity around the Earth —the magnetosphere. The explanation of space phenomena thus requires a good understanding of plasma physics. Unfortunately, no laboratory can duplicate the large dimensions and the very low particle collision rates found in space plasmas. The behavior of such plasmas can be sometimes simulated bycomputers, but ultimately, to figurewhat actually happens, one needs to send instruments into space and study their observations.

The obvious next question is: If space is cold, how do then scientists measure the temperature of the sun?  Scientists measure the temperature on the sun by examining its color. Just like a hot iron bar changes from red to "white" hot as the bar heats up. To me this is the same thing as concluding that the sun rotates around the Earth because it seems to rise in the East and set in the West, or that the Earth is flat because the way it looks from the surface. Because iron changes color as is heated, and because we see those heated-iron-colors in the sun, the conclusion is that the sun behaves like iron and is hot and its emitting colors are indicative of the temperature at its various points. Is it not still thinking with the "flat-Earth mentality"? Better would be to send a space probe to the sun and measure its temperature. The dilemma is how to measure temperature without affecting the measure by the reaction of the instrument with the sun rays.  But, obviously science already has made its mind and it would seem silly to challenge the idea of a hot sun.  The high photonic concentration emitted as light makes believe that this light comes from combustion when in reality comes from atomic excitation in the plasma.

In a sense it is understandable to conclude that the Sun is hot since is the source of energy for our planet and when rises in the East the temperature of the Earth surface exposed to the Sun increases as a result of receiving the sun rays and cools off as the sun sets in the West. Also if we are close to a furnace we feel the heat and the colors of fire look like the colors of the sun. This drives to the obvious and logical conclusion that the sun is hot like a caldera. Ironically, by thinking in this mode, by empirical observation, people of the past believed that Earth was flat or created the concept of a geocentric universe. But what looks obvious may not be so.

During formation of suns and galaxies changes in pressure create temperature changes that may soar to super hot following thermodynamic laws, but in a steady state as in a mature sun, the atoms in a state of plasma are actually cool. Plasma is cool, not hot. The photonic effect of change of state from excited atoms to relaxed atoms in plasma causes the release of photons, which are the solarlight we see.  Currently science is not in technological conditions to prove this fact.  Sun is formed by plasma of atoms of hydrogen, helium, and others.  But the sun is hollow and the layer of gases is not deep enough as to produce the temperatures of millions of degrees produced by the weight of atoms compacting themselves and generating high temperatures by thermodynamic laws.(Pressure generates temperature).

The energy transfer is produced by waves of thermal radiation as in combustion or by electromagnetic waves ("cold") as in radiofrequency.  The sun obviously would destroy a satellite that gets too close to its surface not because ofthe heat but because of the high radiation of waves (gamma, alpha, cosmic, ultraviolet, visible, IR rays, etc. ). A person should not put his/her hand in a plasma of gases not because it may burn but because the high radiation may destroy his/her hand.  The interaction between the morphogenetic fields of the Earth and of any celestial body and also of the matter of animate and inanimate beings (that it is also formed by morphogenetic fields) and the solar radiations is responsible for the heat.  Accurately speaking the sun is neither hot nor cold in its steady state since it is plasma and its radiations are neither cold nor hot.  The temperature of this plasma is affected by thermodynamic laws.  But comparatively speaking to the millions of degrees attributed to its surface it is actually cold, not freezing cold though.

I love science and technology, but what I dislike is the cocky position of established "official" science, that buries its head in the sand when confronted with something they cannot explained. Have you seen a scientific work and position on the Crop Circles of England and around the world? Solution to the problem: If can't explain it, ignore it. And if a colleague tries to explain it or makes a serious study of it, then follow "The Four Steps of A New Idea" described by Mahatma Gandhi (see them in Small Discourses, Series I, at:  http://www.luisprada.com/series_i.htm ).

 

 

The Sun Is Cold

Second Part

Dr. George Hunt Williamson

First posted on February 25, 2.003.

Excerptof Chapter 3, "Magnetism, the Universal 'I AM' ", from the book "Other Tongues, Other Flesh" (1) by Dr. George Hunt Williamson.

""""""""""""""""""""""""""""""""""""""

The first body is the Sun (acting as a nucleus).  Over one hundred years ago, in 1854 [sic] (2), the eminent astronomer Sir William Herschel suggested that the Sun may be inhabited and that the inhabitants may no more suffer from the intense heat than those who live in the tropical regions of Earth!  He believed the Sun to be cool body, not a hot, flaming gas ball.

"Over one hundred years ago ... the eminent astronomer Sir William Herschel suggested that the Sun may be inhabited and that the inhabitants may no more suffer from the intense heat than those who live in the tropical regions of Earth!  He believed the Sun to be cool body, not a hot, flaming gas ball."  —Dr. George Hunt Williamson

Sir William Herschel (1738-1822) was a German-born English astronomer who constructed powerful telescopes to systematically explore the heavens.  He discovered Uranus, two satellites of Saturn, and cataloged many double stars and nebulae.

Since it has been shown that the satellite planets are magnetic in nature, [Note of Editor: he refers to a previous dissertation in this Chapter]it is only right to assume that the governing body that rules those planets is also magnetic in nature.  So, we might say that the Sun is the magnetic "brain" or ganglion of our entire Solar System.  Its forces are the directing intelligence of all the functions of our System.  It is from this great central, nuclear body that the planets draw their magnetic energy so that they, too, may generate forces.

The Sun's vortex is very intense as would be expected of such a huge body, and it must extend to the very outer limits of the System.  Its atmosphere has three main layers:  the chromosphere, the reversing layer and the photosphere.  Completely enveloping these layers is the corona.  When photographed in hydrogen light the Sun displays its magnetic structure very well.  Such a photograph shows a grainy effect very similar to that produced when iron filings are sprinkled in a magnetic field.

Scientists today state that the Sun is a gigantic atomic furnace radiating a tremendous amount of heat to the satellite planets each second.  The temperature at its surface is said to be thousands of degrees, and the internal temperature is supposedly in the millions of degrees.  However, it is unexplainable how superheated gases can act magnetically.  For it is an elementary fact of physics that a substance loses its magnetism when heated!  Since astronomers have definitely recorded magnetic effects upon the Sun, we have a direct conflict between the Sun's true nature and the suggested temperature.  This conflict only indicates that the Sun is not the superheated mass of gases that scientists think it is, but rather a cool body as Herschel said it was.

There is much evidence to prove that the Sun is, indeed, a cool body.  The process of determining the Sun's temperature is very complex and involves the radiation laws of physics.  Fundamentally, here is how such temperatures are determined: the radiation of the body per square centimeter per second times the body's effective temperature quadrupled equals the rate of radiation quadrupled times the body's luminosity divided by its diameter squared.  In solving for the Sun, ones comes up with an average of fifty-nine hundred absolute degrees.  The mathematics involved is agreeable, but astronomers base their calculations on two assumptions:

First, they assume the Sun is a perfect radiating body; second, and most important, they assume that the Sun is radiating heat!  This is because they believe that heat on Earth, as well as heat on other planetary bodies, comes directly from the Sun.  People feel the heat when they stand in sunlight, so they say the Sun must be a burning mass radiating that heat.  That is like saying a radio transmitter radiates sound waves because when we turn on our radios, we hear sound.  Butwe know that such a transmitter radiates radio waves, and that these waves are turned into sound inside the radio!

In 1543, a great comet came closer to the Sun than any previous comet had and this was repeated by another comet in 1882.  They actually entered the Sun's corona, which supposedly has a temperature of one million degrees absolute.  These comets traveled over one million kilometers through this blazing corona and emerged unscathed with no change in velocity or direction.  If the Sun is radiating heat, why didn't these comets instantly disintegrate on entering a tremendous heat of one million absolute degrees?  Surely nothing could survive such a treatment!

Astronomers have told us that the planet Mercury is devoid of life because it is only thirty-six million miles from the Sun.  They have told us that if Mercury where any closer, it would turned into "nothingness" long ago.  How then did the two comets survive without at least showing some effects of their journey through the Sun's corona?  We must conclude that the answer is that the sun does not radiate heat,as such!  Therefore, it cannot be any kind of a super-hot body.

The Solar Wind (Prominences) and Sunspots

"Some prominences travel at the unbelievable speed of 450 miles per second and reach an altitude of one million miles; that's one hundred ninety-one thousand miles more that the Sun's diameter.  To add to the oddity of this phenomenon is the fact that these prominences rise to fantastic heights, and then just "hang" in midair, unsupported, in complete defiance of Newton's law of gravity!"

The prominences supply us with some more proof of the above conclusion. These prominences are said to be hydrogen gas explosions and first appear in the Sun's photosphere.  There are many theories, but as yet astronomers have been puzzled over their origin.  The behavior of these so-called hydrogen clouds of gas contradicts one of the oldest and supposedly, most stable law of physics ..., Newton's law of gravity.

Some prominences travel at the unbelievable speed of 450 miles per second and reach an altitude of one million miles; that's one hundred ninety-one thousand miles more that the Sun's diameter.  To add to the oddity of this phenomenon is the fact that these prominences rise to fantastic heights, and then just "hang" in midair, unsupported, in complete defiance of Newton's law of gravity!  Others appear to "materialize" from nowhere, and hang motionless.  Surely the Sun with all its tremendous mass and "pulling" power could bring these prominences down again if they were composed of hydrogen gas.  Astronomers said they are composed of such gas because the spectroscope has labeled them such.  But the spectroscope is very inaccurate because between the Sun's atmosphere and this instrument, the atmosphere of the Earth intervenes, and the upper atmosphere of our planet contains almost pure hydrogen.  This could be the hydrogen that astronomers say is on the Sun.

Sunspots and prominences have puzzled scientists for years, yet they are part of the same phenomenon.  Sunspots and prominences are manifestations of the Sun's auroral activity as viewed from different angles.  They have never photographed the solar prominences except at the edge of the Sun.  Prominences take the form of, or appear as, sunspots when seen on the face of the Sun.  The shape and particulars of the prominences cannot be observed unless the light of the Sun is blotted out.  These prominences are not superheated hydrogen gas because their very behavior proves otherwise!  They behave as forces, not as elements (gas, etc.)

The prominence force of the Sun is similar to the auroral force emanating from the polar vents of the Earth.  The auroral force is known as the aurora borealis in the Northern Hemisphere, and the aurora australis in the Southern Hemisphere.  The names "northern" and "southern" lights are also given to this phenomenon.  This Earth force, which is continually being sent into the atmosphere, has the exact characteristics of the prominence force of the Sun.  Although it is continually emanating from the Earth, it is only seen at certain times when atmospheric conditions are right.

The auroral and prominence force are identical.  Under the thick atmosphere of the Sun are hidden planetary bodies that are emanating aurora forces known on the Sun as prominence forces.  The fact that there are planets under the Sun's photosphere is also evident from the fact that in atomic structure the electrons are balances by an equal number of protons within the nucleus.  This makes a balanced system.

The prominence forces manifest in the atmosphere of the hidden, or inner, planets pass through their electromagnetic field, then manifest once again in the atmosphere of the Sun.  Then what about the so-called hanging prominences which "materialize" from nowhere in the upper atmosphere of the Sun?  The solution to this baffling question can be found easily.  When the auroral forces of the outer planets (Earth, Mars, etc.) pass through their vortex or electromagnetic field, they are ultimately drawn onto the great Sun body where they manifest.  At this stage, astronomers observe the "hanging prominences" which "materialize" from nowhere!

Another puzzle that has confronted astronomers, is that some sunspots appear to have polarity and some prominences are pulled mysteriously toward certain sunspots.  Prominences and sunspots have already been shown to be manifestations of the auroral activity of the hidden or inner planets under the Sun's photosphere.  There are twelve inner planets and twelve outer planets.

Astronomers ask why sunspots arise at the more or less irregular intervals of eleven years, and why do first spots of a new series appear in high altitudes, and why is there a slow progression of the spots toward the solar equator as the sunspot cycle advances, and why is there a change in polarity of sunspots on alternate cycles?  The answers to these questions will give an accurate and complete theory of sunspots, and the answers lie in the fact that the inner or hidden planets create these conditions by their periods of rotation and revolution.

Heat and light are effects of the positive rays of the Sun.  Heat is felt on the Earth because the Sun's positive rays intersect with its negative atmosphere and crust causing a friction or change in the quality of particle motion given off as heat radiation as a result of this friction.  The effect of the Sun's rays on the Earth's atmosphere is also responsible for the phenomenon of visible light that results from a different kind of particle motion.

The eyes are sensitive only to positive light rays reflected from negative substance; thus light is an interaction of negative and positive forces.  The Sun does not send us heat and light, although it is responsible for its manifestation on Earth; the Sun sends only positive lines of force which interact with the negative crust and atmosphere of the Earth to produce the phenomena of the electromagnetic spectrum, which includes heat and light.

Science has explored the upper atmosphere of the Earth and found that sixty miles above the Earth artificial light is needed, and ninety miles above the Earth it is dark as a "pitch".  The higher we go the colder it gets, so we see even by logic that heat and light do not come from the Sun.  Only lines of force come from the great Sun body.

Since distance from, and nearness to the Sun have nothing to do with whether a planet is "boiling" or "frigid", we can immediately see that all planets in our Solar System have nearly the same climate.  The Earth does not enjoy perfect climate because it is unbalanced magnetically.

What has been learned from space visitors about our Sun is not really anything new, but only a return to the ageless wisdom possessed by the Earth's most ancient races.  These students of the long ago said that the true color of the Sun was blue, and it is interesting to note that the musical note of blue is Sol, a name for the Sun itself!

Back to First Part

References

1. Other Tongues, Other Flesh, by Dr. George Hunt Williamson (1926-1986).  The book was first published by Amherst Press, Amherst, WI, USA, in 1954.  The first reprint was in 1959 by Neville Spearman Ltd., London, England.  The second reprint was by BE Books Albuquerque, NM in 1991.  Currently this book is out-of-print.  You can order copies of the 1991 edition from The Aquarian Perspectives Inter-planetary Mission.

2. Correction:  William Herschel died in 1822, his postulation of a cool sun was given prior to this year, not in 1854, as mistakenly Williamson wrote in his book.

---

 

• Inner Earth
• Meteors
• Go Back

Related in this Category