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"If the author, Susan B. Martinez, Ph.D., is correct, an 890-page book called "Oahspe" is the best kept secret in the world. But it is not supposed to be a secret. It was intended to be as well known as the Bible and provide answers to humankind on all life's mysteries, including the history of the planet, the history of the human race, the fate of man, and countless other matters pertaining to the nature of man and the purpose of life."

‘Kronberger 61′ ‘Soccerball’ planetary nebula that was recently (2011) discovered. This planetary nebula  (a dying star’s last action) is almost perfectly spherical.
The universe is capable of some pretty spectacular displays, but few things approach the cosmic grandeur of a planetary nebula. The "planetary" part has to do with the formation's shape, which is roughly spherical, like a planet. But these objects are a lot bigger than any planet or even any star. They're enormous clouds of gas — like smoke rings, but bubble-shaped — puffed out by sun-like stars undergoing their death throes. In 5 billion years or so, our own sun may well emit a gorgeous belch of its own,..the sun still has an excellent chance of going out with an extraordinary light show of its own.
Elliptical shell with fine red outer edge surrounding region of yellow and then pink around a nearly circular blue area with the central star at its center. A few background stars are visible.
A planetary nebula, more correctly known as a stellar remnant nebula[citation needed], is an emission nebula consisting of an expanding glowing shell of ionized gas ejected during the asymptotic giant branch phase of certain types of stars late in their life.[2]...formation of most planetary nebulae is... at the end of the star's life, during the red giant phase...Only once a star has exhausted all its nuclear fuel can it collapse to such a small size, and so planetary nebulae came to be understood as a final stage of stellar evolution. Spectroscopic observations show that all planetary nebulae are expanding. This led to the idea that planetary nebulae were caused by a star's outer layers being thrown into space at the end of its life.[4] Kwok 2000, pp. 1–7...Planetary nebulae...the majority of them belong to just three types: spherical, elliptical and bipolar...spherical nebulae are likely produced by the old stars similar to the Sun.[26] 
Though the general form of a vortex in its beginning is long, then funnel-shaped (like a whirlwind), its ultimate is toward a globular form. - Oahspe Book of Cosmogony and Prophecy Ch III: 25
OAHSPE BOOK OF COSMOGONY AND PROPHECY chapter II: 25. A COMPLETE planetary vortex is a globe or nearly so...an immature vortex, as in the case of a comet [is long and narrow shaped]...

The power that maketh planets. (See Book of Cosmogony.) [The beginning of a star (sun) or corporeal world. A comet's tail shows the long cylindrical shape of the first or primary stage of a vortex]

Plate 26.--SECONDARY VORTEX. This matches Plate 46.--TOW'-SANG. [This is the current age of the Sun's vortex, halfway [2/4ths] in its stellar life cycle. Halfway between its creation and its end as a planetary nebula.]

Plate 26.--THIRD AGE OF VORTEX. [This is the next age of the sun's vortex, 3/4 way in its stellar life cycle.]

Now called Inqua, a ball within a ball, or womb of vapour. (S, S, satellites.) [This is the round or spherical age of the sun's vortex, the last or end of the sun's stellar life {Planetary Nebula}]

Plate 41.--SHA'MAEL.

The prophet of Jehovih said: A time shall come when the earth shall travel in the roadway of the firmament, and so great a light will be therein that the vortex of the earth shall burst, even as a whirlwind bursteth, and lo and behold, the whole earth shall be scattered and gone, as if nothing had been...But the vortex of the sun shall be round, and the body of the great serpent coiled up. [This plate in Oahspe describes the end stage of the sun, its vortex round or spherical, the planetary nebula. Scientists have discovered the sun is becoming more luminous as it grows older, brighter light, so there will be a great light, the sun's luminosity will be at its peak when the earth will come to an end, much greater than now, as the above plate SHA'MAEL in Oahspe describes] .

Another Interpretation:


The prophet of Jehovih said: A time shall come when the earth shall travel in the roadway of the firmament, and so great a light will be therein that the vortex of the earth shall burst, even as a whirlwind bursteth, and lo and behold, the whole earth shall be scattered and gone, as if nothing had been.

Oahspe God's Book of Ben Plate 41. PHOTOSPHERES:

But the behavior of the etherean worlds on corporea shall be to bring them to maturity and old age, and final dissolution. 

OAHSPE Book of Saphah: Osiris:

58. On the circuit have I placed my A'ji and my Ji'ay in many places, but my Dan'ha have I placed only in one thousand six hundred places.


"in the roadway of the firmament...so great a light will be therein"

"behavior of the etherean worlds on corporea...bring them to maturity and old age, and final dissolution."

"On the circuit have I placed ...my Dan'ha...in one thousand six hundred places."  Dan'ha = a light

What causes the vortex of the earth to burst is a great light in the roadway of the firmament, a Dan'ha at the beginning of a arc cycle, that is too much for the old earth to withstand, this brings about the earth's final dissolution.

This light or Dan'ha was already placed in the roadway of the earth, and is not the result of the solar phalanx.

The earth has not encountered it's highest brightest light in it's travel on the roadway of C'vorkum yet, but it will many years from now.

Plate 46.--TOW'-SANG. (See Book of Cosmogony.). This plate in Oahspe shows the current shape and age of the Sun's vortex. This drawing in Oahspe shows what the vortex of the Sun looked like in 1881 only a little over a 100 years ago which in the lifetime of a star is insignificant so the shape would still be the same now. The current shape is cone-shaped which matches the secondary or 2nd age of a vortex. So according to Oahspe the sun is in the second age out of four, so second out of four (2/4) would place it in the middle or halfway of its stellar life cycle. Oahspe in 1881 contained the knowledge of the stellar evolution of the sun and the end of the earth. Oahspe in 1881 had the knowledge that the sun was at its halfway stage in its stellar life. This was in Oahspe at least 83 years BEFORE this was discovered and calculated by man with the help of computers (1964 first supercomputer) and nuclear physics. Oahspe was the FIRST TO REVEAL that the sun was halfway into its life cycle. Oahspe was the FIRST TO REVEAL the end stage of the sun.

The mystery of what keeps the Sun warm wasn't solved until the 1930s when nuclear fusion was discovered. - Page 40 of Our Mathematical Universe (2014) by By Max Tegmark (physics professor at at MIT). 1930s was over 50 years AFTER Oahspe.

Vortex ages and stellar lifespan by percentage; Primary (first or beginning) = 0.01-30%, Secondary = 30-60% (our sun's current age or half), Third = 60-90% (3/4), Fourth = 90-100% (last or end).

The Sun was formed about 4.57 billion years ago from the collapse of part of a giant molecular cloud that consisted mostly of hydrogen and helium and which probably gave birth to many other stars.[103] This age is estimated using computer models of stellar evolution and through nucleocosmochronology.[9] The result is consistent with the radiometric date of the oldest Solar System material, at 4.567 billion years ago.[104][105]...The Sun is about halfway through its main-sequence stage, during which nuclear fusion reactions in its core fuse hydrogen into helium. Each second, more than four million tonnes of matter are converted into energy within the Sun's core, producing neutrinos and solar radiation. At this rate, the Sun has so far converted around 100 Earth-masses of matter into energy. The Sun will spend a total of approximately 10 billion years as a main-sequence star.[107]...in about 5 billion years, it will enter a red giant phase. Its outer layers will expand as the hydrogen fuel at the core is consumed...the Sun will enter the asymptotic giant branch phase.[41] Following the red giant phase, intense thermal pulsations will cause the Sun to throw off its outer layers, forming a planetary nebula. The only object that will remain after the outer layers are ejected is the extremely hot stellar core...Earth's fate...As a red giant, the Sun will have a maximum radius beyond the Earth's current orbit...When the Sun is an asymptotic giant branch star...new research suggests that Earth will be swallowed by the Sun owing to tidal interactions.[110] If Earth should escape incineration in the Sun, its water will be boiled away and most of its atmosphere will escape into space. During its life in the main sequence, the Sun is becoming more luminous...
Stellar Evolution - A History of Discovery.
In 1906, Karl Schwarzschild published a fundamental paper in astronomy, describing the appearance of an incandescent, stable ball of gas in considerable detail, using basic principles in physics...
Main Sequence
Between 1913 and 1917, Henry Norris Russel and Ejnar Hertzsprung claimed from their study of star sizes, that blue stars were the hottest as well as the largest, while red dwarf stars were the smallest. They proposed that a star began its life as a hot blue star and, by contaction, wound up as a dull red dwarf...answers could not emerge from the physical principles understood at that time, but had to wait for the 20th century discovery of nuclear dissintigration and fusion.
Stellar evolution is the process by which a star undergoes a sequence of radical changes during its lifetime.
Artist's depiction of the life cycle of a Sun-like star, starting as a main sequence star at lower left then expanding through the subgiant and giant phases, until its outer envelope is expelled to form a planetary nebula at upper right
Stellar evolution is not studied by observing the life of a single star, as most stellar changes occur too slowly to be detected, even over many centuries. Instead, astrophysicists come to understand how stars evolve by observing numerous stars at various points in their lifetime, and by simulating stellar structure using computer models.
A stellar evolutionary model is a mathematical model that can be used to compute the evolutionary phases of a star from its formation until it becomes a remnant. The mass and chemical composition of the star are used as the inputs, and the luminosity and surface temperature are the only constraints. The model formulae are based upon the physical understanding of the star, usually under the assumption of hydrostatic equilibrium. Extensive computer calculations are then run to determine the changing state of the star over time, yielding a table of data that can be used to determine the evolutionary track of the star across the H-R diagram, along with other evolving properties.[22] Accurate models can be used to estimate the current age of a star by comparing its physical properties with those of stars along a matching evolutionary track.[23]

Comet and its tail shows the configuration of a primary vortex
Book of Cosmology and Prophecy Chapter II:

5. In the case of a vortex in etherea (that is after the manner of a whirlwind on the earth), the corporeal solutions are propelled toward the centre thereof in greater density.

6. When it is sufficiently dense to manifest light, and shadow, it is called a comet, or nebula; when still more dense it is a planet.

8. At this age of the comet, it showeth nearly the configuration of its own vortex; its tail being the m'vortexya...

10. Interior nebula is generally described as comets; whilst exterior nebula is usually called nebula. Nevertheless, all such solutions of corpor are of like nature, being as the beginning or as the incomplete condensation of a planet.

Oahspe Book of Jehovih Chapter IV:17...THUS create I, and thus dissipate planets, SUNS, moons and STARS. 18. My EXAMPLES are before all men. My WITNESSES are without number...[the TESTIMONY of these examples and witnesses is the universe which Jehovih created, the WORD of God, which scientists, Astronomers, Astrophysicists etc.. read and study.]

What scientist say about Black Holes (current descriptive terminology of black holes):

Page 79 of CONCISE BOOK OF ASTRONOMY by Mitton says. "Gravity is so strong that it drags everything back to the star. As far as we are concerned, the star has become a black hole. We cannot see it because no light can escape from it. Black holes can be detected in space because their mass continues to attract other matter. Once the matter has fallen down one of these cosmic whirlpools, it appears to vanish from our universe, although we can still feel it's gravitational pull...On page 77 of the book THE AMAZING UIVERSE by Herbert Friedman 1975, it says "Birth and Death of stars" the sequence of images opposite traces the ten billion-year life cycle of our sun [which Oahspe correctly had a drawing of the sun in its half age life cycle in 1881, see top of this page] typical of a kind and size of star very common in the Milky Way galaxy. Born in a condensing interstellar gas cloud (Nebula: cloud of interstellar gas and dust), the new star begins to shine by it's own nuclear process, and quickly matures to the long-lasting yellow stage. Near the end of it's lifetime (still five billion years away for our middle-aged sun [correctly shown in Oahspe 94 years BEFORE]) the star expands to become a red giant, after a brief period of contraction, the star swells again to become a red-giant size. With most of its nuclear fuel expanded, the core of the star remains as a white dwarf and the outer layers dissipate into space. Finally the white dwarf cools to a black-dwarf cinder. Page 78 and 79 of THE PRENTICE-HALL CONCISE BOOK OF ASTRONOMY says "STAR DEATHS. A large star may even disapear altogether by turning into a black hole lost in space. A dying star similar to the sun some what more massive than the sun, the inward plunge pushes it past the white dwarf stage. A neutron star will not form without first causing a stupendous explosion. In it's last few days it outshines entire galaxies. The central part of the supernova forms a neutron star. Next after a neutron star - a star like this has shrunk...Gravity is so strong that it drags everything back to the star. As far as we are concerned, the star has become a black hole. We cannot see it because no light can escape from it. Black holes can be detected in space because their mass continues to attract other matter. Once the matter has fallen down one of these cosmic whirlpools, it appears to vanish from our universe, although we can still feel it's gravitational pull. Page 48 of QUASARS, PULSARS AND BLACK HOLES IN SPACE 1977 by M. Berger says "As astronomers learn more about black holes, they are being led to a fascinating question: what happens to the matter that disappears into the black holes? A basic law of nature states that matter can be neither created nor destroyed (Oahspe Book of Cosmogony and Prophecy CH III:24 agrees), it can be changed. But it cannot be made from nothing; nor can it be removed leaving nothing. Yet the matter drawn into a black hole dissapears without a trace. The latest thinking about what happens to matter in black holes sounds more like science fiction than science. Many Astronomers believe that the matter that enters a black hole passes through a tunnel [or vortex tunnel]. They call the tunnel a 'worm hole.' On Page 49 it goes on saying " astronomers believe that the worm hole leads to another universe [or another dimension] or to many other universes, completely separate from ours...Many of today's scientists think that such universes do exist."...Page 119 of the book THE AMAZING UNIVERSE by Freidman 1975 says ..."all external evidence of the star disappears, leaving only it's disembodied gravity to mark the black hole in space. Inside the black hole, matter crushes down to greater and greater density [Oahspe 588.5 says 'In the case of a vortex in etherea...the corporeal solutions are propelled toward the centre thereof in greater density]. In it's rush to oblivion, the star theoretically shrinks past pinpoint size to microscopic, and finally down to zero [zero point energy] volume. Of this final condition, physicists say simply, 'We don't know what happens ultimately.'..." As I have previously written Astonomers describe the birth and death of stars from nebulae to neutron stars and finally black holes in space.

Black Hole Vortex Formation Theory
A black hole forms after a supernova explosion. A black hole is a vortex, not a supernova, but supernovae are involved in the FORMATION OF A BLACK HOLE just as Oahspe says explosions are involved in the formation of a tornado (vortex) . A supernova is an explosion. A supernova is pictured as shattered wark or a burst vortex in Oahspe. Oahspe explains how a vortex is formed from explosions in the atmosphere, during World War 1 and World War 2 this was confirmed when tornadoes were formed after explosions from bombs. My theory is the Black Hole (vortex) is formed after the explosion (bursting) of the vortex of the corporeal world or star. From the book THE ELEMENTS RAGE by Lane on page 58 it says "One ingenious INVENTOR (during the first World War) claimed that shells fired VERTICALLY in rapid succession would produce a vortex and start the tornadic process. Tornadoes occurred in the second World War as a result of fire-bombing. The rain of HIGH EXPLOSIVES  and incendiaries, and the fires they started, turned sultriness into violent heat. The resultant fire storm burnt out eight square miles of the city. In typical tornado fashion, the funnels twisted large trees out of the ground and tossed them as giant torches into the air. OAHSPE BOOK OF COSMOGONY AND PROPHECY chapter VIII:13 says "He shall provide EXPLOSIVE gases high up in the air, which shall break the wind currents, establishing VORTICES FROM THE UPPER REGIONS DOWNWARD [like a tornado funnel descending from the clouds to the ground]." Lane says on page 59 of his book "A tornado also formed after the atomic bombing of Hiroshima and was strong enough to uproot trees.

A supermassive black hole (SMBH) is the largest type of black hole , on the order of hundreds of thousands to billions of solar masses. Most—and possibly all—galaxies are inferred to contain a super-massive black hole at their centers.[2][3]
Donald Lynden-Bell and Martin Rees hypothesized in 1971 that the center of the Milky Way galaxy would contain a super-massive black hole. Thus, the first thoughts about super-massive black holes related to the center of the Milky Way. Sagittarius A* was discovered and named on February 13 and 15, 1974, by astronomers Bruce Balick and Robert Brown using the baseline interferometer of the National Radio Astronomy Observatory.[6] They discovered a radio source that emits synchrotron radiation; also it was found to be dense and immobile because of its gravitation. Therefore, the first discovered supermassive black hole exists in the center of the Milky Way.
The origin of supermassive black holes remains an open field of research. Astrophysicists agree that once a black hole is in place in the center of a galaxy, it can grow by accretion of matter and by merging with other black holes. There are, however, several hypotheses for the formation mechanisms and initial masses of the progenitors, or "seeds", of supermassive black holes. The most obvious hypothesis is that the seeds are black holes of tens or perhaps hundreds of solar masses that are left behind by the explosions of massive stars and grow by accretion of matter.

Astrophysicists say most—and possibly all—galaxies contain a supermassive black hole at their centers. At the center of every vortex or whirlpool is a vacuum that sucks or pulls everything near it into its center. Blackholes are described as a gravitational whirlpool.

Oahspe - Book of Jehovih: Chapter IV:

14. Open thy eyes, O man ! There is a time of childhood, a time of genesis, a time of old age, and a time of death to all men. Even so is it with all the corporeal worlds I have created.

15. First as vapor the vortex carrieth it forth, and as it condenseth, its friction engendereth heat, and it is molten, becoming as a globe of fire in heaven. Then it taketh its place as a new born world, and I set it in the orbit prepared for it.

16. In the next age I bring it into se'mu, for it is ripe for the bringing forth of living creatures; and I bestow the vegetable and animal kingdoms.

17. Next it entereth ho'tu, for it is past the age of begetting, even as the living who are in dotage. Next it entereth a'du, and nothing can generate upon it. Then cometh uz, and it is spirited away into unseen realms. Thus create I, and thus dissipate planets, suns, moons and stars.

18. My examples are before all men. My witnesses are without number....[the stars in the sky and astronomers are a witness and testimony (word of Father God) of what Oahspe says about the life cycle of stars. Before modern times people believed the stars were eternal, the Bible in the Book of Genesis says God created the sun and stars and finished creating and then rested, with no mention of new stars or the death of stars].

Oahspe says the end of a planet, sun, moon or star is uz, uz is when the star is spirited away into unseen realms. Doesn't Oahspe's 1881 end description of a star called uz sound like the 1970s and 1980s astrophysicists end description of a star called a Black Hole? Astronomers say that matter entering a black hole in space seems to disappear into another universe (or another dimension). In the index of Oahspe it says of UZ,...the fourth dimension of corpor (Book of Cosmogony and Prophecy CH. I:30. Oahspe God's Book of Ben says UZ is equivalent to THE VANISHMENT OF THINGS SEEN INTO THINGS UNSEEN.

fourth dimension - something beyond the kind of normal human experience that can be explained scientifically: The story deals with ESP and other excursions into the fourth dimension...the concept in science fiction of a dimension in addition to three spatial dimensions, used to explain supernatural phenomena, events, etc, http://dictionary.reference.com/browse/fourth+dimension

Book of Cosmogony and Prophecy CH. I:28-30 tells what happens to corpor (corporeal planet or star) when it's vortex bursts or breaketh or is shattered (shattered wark, supernova explosion). Things are sucked or drawn in a vortex like drift is drawn in a whirlpool or black hole in space, or like water being pulled down the drain by a whirlpool, or like water is pulled up the cloth by vortex'ya. Oahspe explains what happens to matter (corpor) that is drawn into a black hole and also explains the force that accomplishes it, it's not gravity, it is vortex'ya. Oahspe Book of Cosmogony and Prophecy CH. I:

27. Corpor, as such, hath no power in any direction whatever: Neither attraction of cohesion, nor attraction of gravitation; nor hath it propulsion. But it is of itself inert in all particulars. As two ships sailing near each other will collide, or as two balls suspended by long cords will approach each other somewhat, the cause lieth not in the ships or the balls, but in what is external to them.

28. Cast water on a dusty floor and the drops of water will assume globular forms, being coated with dust. For convenience sake it is said that the globular form is natural to a liquid, and it is called the globular power. But it is nevertheless caused by a power external to itself. Approach one of the drops of water, which lieth coated with dust, with a piece of cloth, and instantly the globe of water breaketh and climbeth up into the cloth. This is erroneously called capillary attraction. But in fact the water had no attraction for the cloth, nor the cloth for the water. The power which accomplished this was external to both, and was the same in kind as the vortexya that brought the earth to its centre and maintained it therein.

29. Withdraw the vortexian power, and the earth would instantly go into dissolution. When the cloth approacheth the drop of water, it breaketh the vortex thereof, and the water goeth into divisible parts into the cloth, in search of negative polarity.

30. What is called corporeal substance, which has length, breadth and thickness, remaineth so by no power of its own, but by vortexya external thereto. Exchange the vortexya, and the corpor goeth into dissolution. This power was, by the ancients, called Uz, or the fourth dimension of corpor. (See Uz, in Saphah.)

31. Wherefore it is said, the tendency of corpor is to uncorpor itself (dissolve or evaporate).

I have just shown you where Oahspe explains the birth and death of stars from nebulae to black holes. Black holes in space were explained by Oahspe in 1881. THE GUINNESS BOOK OF WORLD RECORDS page 171 of 1984 edition says "the first tentative identification of a Black Hole was announced in December 1972." Astronomers discovered Black Holes 91 years AFTER Oahspe described UZ and cosmic whirlpools (vortexes) which is equivalent to a Black Hole.

The current descriptive terminology of black holes, wormholes ...etc. had not been coined at the time "Oahspe" was written, vortices, eddies, whirlpools, currents and densities may describe similar [or same] events. - Martha Helene Jones

Oahspe - Book of Jehovih: Chapter II:
5. For the substance of My etherean worlds I created Ethe, the MOST RARIFIED. Out of ethe made I them. And I made ethe the most subtle of all created things, and gave to it power and place, not only by itself, but also power to penetrate and exist within all things, even in the midst of the corporeal worlds. And to ethe gave I dominion over both atmospherea and corpor.
6. In the ALL HIGHEST places created I the etherean worlds, and I fashioned them of all shapes and sizes, similar to My corporeal worlds. But I made the etherean worlds inhabitable both within and without, with entrances and exits, in arches and curves, thousands of miles high and wide, and overruled I them with ALL PERFECT mechanism; and in colors and movable chasms and mountains in endless change and brilliancy. To them I gave motions, and orbits and courses of their own; independent made I them, and above all other worlds in potency and majesty.
"Perhaps the
entrances and exists and arches and curves of the etherean worlds are similar to wormholes, warps, and dimensional doorways". - Page 22 of EOIH'S VOICE IN THE WIND A Guide to Higher Consciousness and Life After Deaentrances and exists and arches and curvesth (An Introduction to the Wisdom of Oahspe) 2015 by Anne apRoberts.

Galactic stellar life cycle
OAHSPE BOOK OF COSMOGONY III:25 says "Though the general FORM of a vortex in its BEGINNING, is long, funnel-shaped (like a whilwind)[or whirlpool] its ULTIMATE is toward a GLOBULAR FORM. And though the CURRENT of a vortex is SPIRAL, AT FIRST, its CURRENTS ULTIMATE is toward LESS SPIRALITY.
elliptical galaxies...Optical spectra of ellipticals showed that their light is dominated by cool red stars whose UV output is negligible. Such stars are very old, and the absence of young blue stars indicated that ellipticals had a quiescent stellar population dating back about 10 billion years. In contrast, star formation in spiral galaxies (including the Milky Way) and irregular galaxies, continues quite vigorously to this day.
The spiral galaxies are in the primary or first stage of a vortex, this is the stage where young blue stars are created. The elliptical or globular galaxies are in the third or fourth age of a vortex which is passed the age of creating new stars, thus it is composed of old stars.
SPIRAL SHAPED galaxies SPIRAL ARMS are defined by YOUNG BLUE STARS, gas, and dust. ELLIPTICAL (spherical or globular shaped) galaxies are ALMOST DEVOID of the gas and dust that form NEW STARS: only OLD STARS remain. Scientists (astronomers) first discovered this in 1924, 43 years AFTER Oahspe was typed.
Source: Page 134 of THE AMAZING UNIVERSE by Friedman


According to the Bible sin brought death into the world: if Adam had not sinned, he had not died.
Romans 5:12 Therefore, just as sin entered the world through one man, and death through sin, and in this way death came to all men, because all sinned--

Oahspe Book of Jehovih chapter 2:
2. Jehovih said: I created the earth, and fashioned it, and placed it in the firmament; and by My presence, brought man forth a living being. I gave him a corporeal body so that he could learn corporeal things; and I made death so that he could rise in the firmament and inherit My etherean worlds.

Oahspe Book of Jehovih chapter 4:
6. Things that man sees, I created with a beginning and an end; but the unseen I made of endless duration.
7. I made the corporeal man belonging to the seen; but the spiritual man I made as one within the unseen, and everlasting.

Oahspe God's Book of Ben chapter 1:
23. Man inquired: Why, then, was death created?
24. Uz said: Behold, even stones molder into dust. Would you have had a separate law for man?
25. Es said: I am within your corpor; when your corpor molders into dust, behold, I am the es‑man, your real self. I am your spirit; and, like a planted seed, I dwell within your corpor.
26. Jehovih has said: I created the corpor of man as a womb for the es of man. By death, behold, the es is born.
29. Jehovih said: To man I gave a corporeal body so that he could learn corporeal things; but death I made so that man could rise in spirit and inherit My etherean worlds.

1. Biology To break down into component parts; rot.
2. Physics To disintegrate or diminish by radioactive decay.
Synonyms: decay, rot, putrefy, spoil, crumble, molder, disintegrate, decompose
These verbs refer to gradual change resulting in destruction or dissolution.
To molder is to crumble to dust

Just as stars have a life cycle from birth to death, so do humans have a life cycle from birth to death. Death and decay is a natural process of the physical (corporeal) universe. Physical death and decay is not the result of sin, it is a natural part of the physical universe, a characteristic of corpor (physical matter) just as carnivores and predators are.
Oahspe Book of Cosmogony and Prophecy CH. I:
31. Wherefore it is said, the tendency of corpor is to uncorpor itself (dissolve or evaporate).
John 3:15(the Christian Bible):
That whosoever believes in him should not perish, but have eternal life.
Everlasting life is not the result of salvation or belief, it is a part of the spiritual universe, a characteristic of spirit. (a savior is not needed because a spirit-man already has everlasting life, to progress all you need is direct inspiration from the Father Jehovih).
Energy cannot be created or destroyed (everlasting). Death is a natural physical (corporeal) process. Death is the final part of the life (corporeal) cycle.
ji'ayan swamps of exploded worlds = hot diffuse nebulae after supernova
to the ji'ay'an swamps of exploded worlds, boiling in the roar of elements, ...
9...Let them carry the sound of My voice to the ji'ay'an swamps of exploded worlds, boiling in the roar of elements, where wise angels and Gods explore to find the mystery of My handiwork.
"ji'ay'an swamps of exploded worlds"..."boiling in the roar of elements"..."where wise angels and Gods explore to find the mystery of My handiwork"
A supernova remnant (SNR) is the structure resulting from the explosion of a star in a supernova...
A supernova remnant (SNR) is the remains of a supernova explosion. SNRs are extremely important for understanding our galaxy. They heat up the interstellar medium...
Thermal composites:
These SNRs appear shell-type in the radio waveband (synchrotron radiation). In X-rays, however, they appear crab-like, but unlike the true crab-like remnants their X-ray spectra have spectral lines, indicative of hot gas.
Why are supernova remnants important to us?
Supernova remnants greatly impact the ecology of the Milky Way. If it were not for SNRs, there would be no Earth, and hence, no plants or animals or people. This is because all the elements heavier than iron were made in a supernova explosion, so the only reason we find these elements on Earth or in our Solar System — or any other extrasolar planetary system — is because those elements were formed during a supernova.
Because supernova remnants introduce supernova ejecta (including the newly formed elements) into the ISM, if it were not for supernova remnants, our Solar System, with its rocky planets, could never have formed.
In astronomy, the interstellar medium (or ISM) is the matter that exists in the space between the star systems in a galaxy. This matter includes gas in ionic, atomic, and molecular form, dust, and cosmic rays. It fills interstellar space and blends smoothly into the surrounding intergalactic space.
The three-phase model
Field, Goldsmith & Habing (1969) put forward the static two phase equilibrium model to explain the observed properties of the ISM.
McKee & Ostriker (1977) added a dynamic third phase that represented the very hot (T ~ 106 K) gas which had been shock heated by supernovae and constituted most of the volume of the ISM.
JI'AY. Pertaining to nebulae, but less dense - Oahspe glossary
Ji'ay: Semi-light substance in etherea. Less dense than a'ji.
Scientist theorized that STARS came from nebula (Nebular hypothesis  Pierre-Simon Laplace) as far back as 1796 and 1734 (Emanuel Swedenborg)
but did not know that NEBULA was created by a supernova until 1921. But 40 years BEFORE (1921) Oahspe used the words "ji'ay'an swamps of exploded worlds".
In Oahpse Ji'ay refers to Nebula. Exploded worlds refer to supernova. Here Oahspe plainy indicated in 1881 that Nebula (Ji'ay) was from (of) supernova (exploded worlds) 40 years before man found this out.
"nebula was created by a supernova, dates to 1921"
Modern understanding that the Crab nebula was created by a supernova, dates to 1921, when Carl Otto Lampland announced he had seen changes in the structure of the Crab Nebula.[3] This eventually lead to the nebula being linked to a bright supernova seen in 1054 A.D. by the 1940s.[4]
The creation of the Crab Nebula corresponds to the bright SN 1054 supernova recorded by Chinese astronomers in AD 1054.[5]
The Crab Nebula was first identified in 1731 by John Bevis. The nebula was independently rediscovered in 1758 by Charles Messier as he was observing a bright comet. Messier catalogued it as the first entry in his catalogue of comet-like objects [M1]; in 1757,
Messier 1
Supernova Remnant M1 (NGC 1952) in Taurus
Crab Nebula
The Crab Nebula, Messier 1 (M1, NGC 1952), is the most famous and conspicuous known supernova remnant, the expanding cloud of gas created in the explosion of a star as supernova which was observed in the year 1054 AD.
Although Messier's catalog was primarily compiled for preventing confusion of these objects with comets, M1 was again confused with comet Halley on the occasion of that comet's second predicted return in 1835.
This nebula was christened the "Crab Nebula" on the ground of a drawing made by Lord Rosse about 1844. Of the early observers, Messier, Bode and William Herschel correctly remarked that this nebula is not resolvable into stars, but William Herschel thought that it was a stellar system which should be resolvable by larger telescopes. John Herschel and Lord Rosse erroneously thought it is "barely resolvable" into stars. They and others, including Lassell in the 1850s, apparently mistook filamentary structures as indication for resolvability.
Early spectroscopic observations, e.g. by Winlock, revealed the gaseous nature of this object in the later 19th century. The first photo of M1 was obtained in 1892 with a 20-inch telescope. First serious investigations of its spectrum were performed in 1913-15 by Vesto M. Slipher (Slipher 1915, 1916): He found that the spectral emission lines were split. It was later recognised that the true reason for this is Doppler shift, as parts of the nebula are approaching us (thus their lines are blueshifted) and others receding from us (lines redshifted). In 1919, Roscoe Frank Sanford (Sanford 1919) found that the spectrum consists of two major contributions: First, a reddish component which forms a chaotic web of bright filaments, which has an emission line spectrum (including hydrogen lines) like that of diffuse gaseous (or planetary) nebulae, and second a strong blueish diffuse background which has a continuous spectrum.
Heber D. Curtis, in his description of this object based on Lick Observatory photographs, tentatively classified it as a planetary nebula (Curtis 1918), a view which was disproved only in 1933; this mis-classification can still be found in some much newer handbooks.
In 1921, C.O. Lampland of Lowell Observatory, when comparing excellent photographs of the nebula obtained with their 42-inch reflector, found notable motions and changes, also in brightness, of individual components of the nebula, including dramatic changes of some patches near the central pair of stars (Lampland 1921). The same year, J.C. Duncan of Mt. Wilson Observatory compared photographic plates taken 11.5 years apart, and found that the Crab Nebula was expanding at an average of about 0.2" per year; backtracing of this motion showed that this expansion must have begun about 900 years ago (Duncan 1921). Also the same year, Knut Lundmark noted the proximity of the nebula to the 1054 supernova (Lundmark 1921).
In 1942, based on investigations with the 100-inch Hooker telescope on Mt. Wilson, Walter Baade computed a more acurate figure of 760 years age from the expansion, which yields a starting date around 1180 (Baade 1942); later investigations improved this value to about 1140. The actual 1054 occurrance of the supernova shows that the expansion must have been accelerated.
The nebula consists of the material ejected in the supernova explosion, which has been spread over a volume approximately 10 light years in diameter, and is still expanding at the very high velocity of about 1,800 km/sec. The notion of gaseous filaments and a continuum background was photographically confirmed by Walter Baade and Rudolph Minkowski in 1930: The filaments are apparently the remnants from the former outer layers of the former star (the "pre-supernova" or supernova "progenitor"), while the inner, blueish nebula emits continuous light consisting of highly polarised so-called synchrotron radiation, which is emitted by high-energy (fast moving) electrons in a strong magnetic field. This explanation was first proposed by the Soviet astronomer J. Shklovsky (1953) and supported by observations of Jan H. Oort and T. Walraven (1956).

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