The Origin of All Asteroids

•August 26, 2021 • Comments Off on The Origin of All Asteroids

Jupiter is a solid highly deuterated methane gas hydrate planet that produces fusion reactions when impacted. This happened when comet Shoemaker Levy 9 hit it, but because the ‘standard theory’ was that it is a gas planet, the event was incorrectly explained.

Six thousand years ago a large impact on Jupiter created the planet currently called Venus. That’s why Venus is so hot. This impact ‘lit up’ Jupiter expanding its visual size tenfold and created the four Galilean moons. It left behind a blazing fusion reaction on the surface of Jupiter which extended two million kilometers into space, rotating with Jupiter very fast and could be seen by the naked eye from the Earth.

It was described physically as the feathers of a peacock but by a number of myths in each culture. It was Juno in Roman myth, imagined to be Jupiter’s wife with hair blowing moving around attempting to see through the glowing curtain with which he had surrounded himself in order to hide his trysts with Io the closest Galilean moon. In Greek myth it was Zeus’ aegis, or shield being moved side to side as in combat and in the RigVeda as mrtanda, an elephant swinging his trunk left and right. This is an example of the information conveyed in ancient myths.

The fusion plume continued for thousands of years, slowly declining. The plume material condensed as it flew out into space in all azimuthal directions propelled by Jupiter’s orbital velocity and rapid rotation. But because the impact had been at 20 degrees south latitude all the bodies into which it condensed were sent into inclined orbits. The blaze was so intense initially that huge bodies were formed by some asterois combining, like Pluto and Ceres. Some were cast into the inner solar system and became Kreutz sungrazers which are the origin of sunspots to this day, some going in the same direction collided forming ‘snowman’ shapes like Comet 67P/Churyumov-Gerasimenko in the inner solar system and Ultima Thule far out, which are obviously cousins from the same source.

The angular momentum of all of this mass being ejected increased Jupiter’s rotational period to about 9.9 hours, still pretty fast for a planet 318 times the mass of the Earth. Fred Hoyle estimated that Jupiter would have had a period of one hour from the acquision of mass in its vicinity, but discarded that estmate because it was so much less than the current period. What happened to the plume? In 6,000 years it has declined to the Great Red Spot, believed to be a ‘storm’ by planetary scientists.

This one impact event produced all the asteroids in the solar system and poor Saturn, so close to Jupiter suffered the brunt of the bombardment, producing its axial tilt. So many of these asteroids hit it and blasted out chunks of ice forming its rings. Tens of thousands of these Juno asteroids are orbiting in the L4 and L5 Lagrange points of Jupiter. An expensive mission is planned to sample one of these – come on, ya seen one, ya seen em all. These are completely useless, with no differentiation as seen in 67P. Thus all asteroids are in inclined orbits and all the Kreutz sungrazers enter the vicinity of the Sun from below the plane of the solar system.

Believe it or not, some scientists believe that the entire solar system formed from asteroids and the existing ones are leftovers.

Jupiter, Jupiter, Jupiter

•April 10, 2021 • Comments Off on Jupiter, Jupiter, Jupiter

The fusion on the surface of Jupiter streaming to the Great Red Spot

Juno measures 0.25% of Jupiter’s atmosphere is water, so where does all the water in each terrestrial planet come from? Based upon the nominal composition of methane gas hydrate. (CH4)4(H2O)23, Jupiter is more than 90% water by mass, what’s up? Since MGH is a clathrate, it encloses all foreign bodies, atoms, molecules in cages of twelve or more water molecules. By this mechanism the normal abundance of the known element abundances which comprise the earth and the other planets are contained, much of the heavy elements in the simple form of the dust which makes the planetary nebula dark.

As discussed in the previous post, the MGH formed in a dark dusty planetary nebula where the temperature was less than 20 K. In these regions the giant planets began to form even before the star (our Sun) lit up. In the cold outskirts of the system the deuterium fractionation D/H was very high, maybe 0.3. When a body impacts the surface of Jupiter, it triggers a fusion explosion, D + H -> 3He++ + 4.98 MeV which blasts the ingredients for a new terrestrial planet into the inner solar system, as in the case of proto-Venus 6,000 years ago.

That explosive impact left behind an ongoing fusion reaction at the impact site, named Juno in ancient texts, extending two million km from the blazing Jupiter which was watched by more than one hundred generations of humans moving back and forth every eight hours as the planet rotated. That reaction formed all of the asteroids present today in the solar system, and today produces the Great Red Spot. But that is not all. The 3He++ charged fusion products circle the planet prograde (currently imagined to be a dangerous inner radiation belt) and produce the powerful magnetic field and temperature excess of Jupiter. So what about the water??

The heat from the fusion creating the GRS, also releases the normal abundances of the elements. But while in the hot zone all of these elements react with one another and with the water being released and form high temperature compounds, primarily hydrates, thereby hiding the water being released, and other compounds, my favorite example is CS which produces tiny red crystals which color the GRS. As these compounds rise in the GRS vortex, they cool, crystallize and form particulate matter. These exit through the GRS and form the colored clouds, which produce no spectra ( currently imagined to be ammonia ice) and hide their elemental makeup. Moreover they settle to the MGH surface in the middle latitudes as fast as they are released and form dunes which slowly shift and confuse the gravity interpretation team, who imagine they are circulations in the conductive hydrogen interior, for which no equation of state has ever been found, who are still convinced that Jupiter is a gas giant.

Big Bang is Dead, Universe Not Expanding

•February 23, 2021 • Comments Off on Big Bang is Dead, Universe Not Expanding

large dark nebulae with giant planets

The entire Big Bang house of cards stems from mankind’s lack of knowledge of the planets in our solar system. The giant planets, including Jupiter, are highly deuterated solid, low density, methane gas hydrate bodies. The high deuterium fractionation took place in cold (< 20 K) large dark nebulae shown in the 20 young star systems images recently published by ALMA.

Methane gas hydrate is primarily water ice. Impacts on Jupiter produce the terrestrial planets with their huge oceans, but the water cannot settle on the proto-planet until it cools. The water from the recent Venus impact was blasted into the inner solar system and is visible as the zodiacal lights. Actually some of it is falling every day to the Earth in the form of hundreds of ‘small comets’ per day, imaged by the Polar satellite in the UV and published by Louis Frank & John Sigwarth. Prof. Frank has been ostrasized by the scientific ‘community’ ever since, showing that you can only be a member if you tow the ‘standard theory’ line.

The CMB is merely radiation from an explosive impact on Jupiter 6,000 years ago, out of which proto-Venus was born, being re-radiated from particles in the Milky Way. This explains why the radiation is incident on the solar system from all directions, which is impossible to explain in the Big Bang. Physical evidence present today of this event lies in the inexplicably high temperature, 870o F, of proto-Venus and the radiant excess of Jupiter. The great red spot marks the impact point on Jupiter, where a fusion reaction of proton and deuterium (P + D -> 3He++ + 4.9 MeV) continues to this day producing 3He++ at a rate of 1032 per second.

The invisible doubly charged products of that fusion reaction orbit Jupiter prograde producing its powerful magnetic field, 20,000 times more powerful than the Earth’s magnetic field, which planetary scientists believe constitute an inner radiation belt because these particles almost destroyed the Juno high energy detector, JEDI.

These particles are lost to space as fast as they are produced and capture one electron becoming a stable positive ion 3He+ called a helion. These positively charged helions have been streaming out into space in enormous numbers since the impact, 6,000 years ago, forming a circular edge-brightened cloud of invisible charged particles of normal matter surrounding the solar system, bound by gravity, which do not combine because they are all positively charged.

Similar clouds of the same particles are emitted from every star system for every terrestrial planet in every galaxy in the universe.

These are currently imagined to be mysterious non baryonic dark matter that drew the normal matter in each galaxy together, but they are normal matter that came from giant planets (normal matter) as a result of terrestrial planet creation. 

Hubble Constant

These clouds of 3He+ normal matter alone result in the Hubble constant. They cannot combine because they are all positively charged. They cause a redshift in the light that passes through them, originally proposed as ‘tired light’ by Fritz Zwicky in 1929 and became of interest when Edwin Hubble found redshifts. They act as optical, not gravitational, lenses explaining what are interpreted as dark matter concentrations (Menenghetti et al.) smaller than those simulated for unknown dark matter and are also detected as circular radio sources, ORCs, (Norris et al) because the particles comprising them are charged. In addition the particles scatter light through large angles because of their small size, which cannot cause visible blurring at cosmological distances, and thereby reduce the measured energy of standard candles (Riess), the second quantity determining H0.

  1. Since the ‘CMB’ is re-radiated energy from a 6,000 year old impact on Jupiter the Big Bang is dead.
  2. The clouds of particles of normal matter produced from the formation of terrestrial planets account for the Hubble constant the universe is not expanding.

This entire process will be revealed when the fusion reaction on the surface of Jupiter dies out. Not only will the Great Red Spot disappear, but also the powerful magnetic field of Jupiter will disappear along with the wind bands and colored clouds and Jupiter will be revealed as the giant ice planet it really is, the same as Uranus and Neptune.

All textbooks on astronomy will have to be rewritten

Jupiter and Venus Papers

•October 3, 2020 • Comments Off on Jupiter and Venus Papers

Jupiter helion belts exiting through the Great Red Spot

After 30 years of sending probes to these planets, ‘scientists’ have not learned a thing. Not because the data is bad but because it is interpreted incorrectly.  In fact, there is now sufficient information to understand both planets completely. For anyone interested this information is available here free of charge, not for more billions of dollars needed for more probes that will take another decade, and still not be correctly interpreted.

It is truly a shame that thousands of intelligent curious men and women enter PhD courses in astrophysics and planetary science and end up in university departments resembling corporations where the department heads dictate their lives for twenty more years and tell them what they are allowed to think about and what they allowed to say. No original ideas are allowed. The planets are all the same age. Giant planets are hydrogen and helium, and all have been in their current orbits for 4.6 billion years. This is consensus science, a waste of a lifetime.

The recent history of the solar system is more exciting than the best science fiction writer has ever dreamed. The orbits and surface features of Mars, Venus, Mercury even Jupiter do not even resemble those 6,000 years ago. I’m writing that book now. Considerable basic information is present in my last book, the first to reveal the meaning of the oldest book in the world, written by people who watched the same planets in the heavens close above the Earth and praised them as gods, “The Cosmic Origin of the Rig Veda”  The title is a little scary but there is no foreign language, no equations, just new applications of well defined concepts.

Papers on Jupiter and Venus, (no equations)

Jupiter   http://www.firmament-chaos.com/jupiterpaper.pdf

Venus    http://www.firmament-chaos.com/papers/Venus-Paper-2018.pdf

Mars Reconnaissance Orbiter contradicts planetary science

•August 20, 2020 • Comments Off on Mars Reconnaissance Orbiter contradicts planetary science

Fig 1 MRO image of a new crater

MRO is good at  finding new craters. Such “fresh” craters can be identified by the new-looking ejecta blanket of rocky debris around them. Many more of these can be seen on Mars due to the planet’s very thin atmosphere, which doesn’t burn up larger meteors as easily as Earth’s atmosphere. More of them therefore actually impact the planet. MRO has found over 800 new impact craters so far during its mission. The one pictured in Fig. 1 is about 98 feet (30 meters) across. The impact was strong enough to throw ejecta as far as 9.3 miles (15 km).

Fig. 2 Clear outflow channels currently claimed to be Billion of years old.

The only problem is, we are used to seeing images like the outflow channels in Fig. 2, claimed by Mars ‘experts’ to be billions of years old. If the  Mars Reconnaissance Orbiter has discovered 800 new ones in the 15 years it has orbited Mars, then in 1 billion years Mars would have received 368 such impacts on every square kilometer of the planet and the flow features would be barely detectable. Note that in the images there are a number of impacts, but there are no impacts on the flow features.

Fig. 3. Larger scale of flow features

In the Cyclic Catastrophism scenario, the subject of this blog site, the floods revealed in these images occurred no longer than 4,000 years ago and were witnessed by everyone on Earth at the time.

 “To be ignorant of what occurred before you were born is to remain always a child. For what is the worth of human life, unless it is woven into the life of our ancestors by the records of history?”
― Marcus Tullius Cicero

 

How Solar Systems Form (The Whole Shebang)

•May 17, 2020 • Comments Off on How Solar Systems Form (The Whole Shebang)

ALMA images of cold systems with giant planets already in place

Giant Planets

Solar systems form in dark nebulae which contain all of the elements formed from the death of more ancient systems. Radio astronomers have shown that enormous fractionation of D/H has taken place in the outer reaches of these systems. The surfaces of cold dust grains act as catalysts for this fractionation, as high as 1010 greater than values found on Earth. The normally high concentrations of CH4 guarantees the accretion of highly deuterated methane gas hydrate (MGH) giant planets, clathrates known to physically encapsulate all foreign bodies, molecules and elements in cage-like webs of more than 12 water molecules, H2O, D2O, or HDO. The methane gas hydrate giant planets become stabilized by the increasing pressure as they grow.

The Only Accretion

Thus the only accretion in the formation of the solar system creates the icy outer planets.  The fact that they form in the cold reaches of solar nebulae was illustrated in images of twenty systems acquired by the Atacama Large Millimeter/submillimeter Array, ALMA, which is the most complex astronomical observatory ever built on Earth. In the solar nebulae shown, the giant planets are already formed well before the central star even ignites. Notice that the abundances of the elements in MGH, nominally  (CH4)4(H2O)23  are  H 62, O 23 and C 4, similar to those on Earth, whereas neither oxygen or carbon would be present if they were “gas giants.” Note the absolute dominance of water which Juno scientists have announced is less than 1% on Jupiter!

Terrestrial Planets

The highly deuterated icy giant planets, Jupiter, Saturn, Uranus and Neptune contain all of the elements in the proportions found on Earth, encapsulated in their clathrate structure.  Terrestrial planets are formed by separate impacts on the giant planets, the methane gas hydrate of which contains roughly equal numbers of protons and deuterons. These could not be more closely packed fuel for a nuclear fusion reaction.  The fusion of a proton and a deuteron are known to be primary in the solar fusion cycle.   P + D  ->  3He++ + 4.9 Mev  producing 39.5 % of the Sun’s energy.  A large impact into any of the giant planets triggers this fusion reaction instantaneously blasting the mass for an entire new terrestrial planet into the inner solar system.  A small version of this reaction was the cause of the Shoemaker-Levy 9 particles that hit the surface of Jupiter producing ‘mushroom’ clouds that carried the spectra of the many Jupiter heavy elements to the top of the atmosphere six minutes after the impact.

Why is Jupiter Different?

The only reason that Jupiter appears different than the other giants, is that proto-Venus was just produced by such an explosive impact ~6,000 years ago. This lit up Jupiter to ten times its normal brightness and left behind a continuous fusion reaction on the surface of Jupiter. This reaction produced a blazing plume that shot 2 million km into space that could be seen on Earth moving left and right every nine hours and lasted for 4000 years, called Juno in Roman myth, Zeus’s aegis (shield) being moved back and forth as in combat and in the Rig Veda as Mrtanda, an elephant swinging his trunk left and right.

The Great Red Spot

The Great Red Spot is now being produced by the above fusion reaction which has slowly declined over the last 6,000 years. Its longeivity demonstrates the enormous fractionation of deuterium on Jupiter. During this period, the plume from the fusion reaction some 50,000 km East of the Great Red Spot has ejected all the “asteroids” spread throughout the solar system by the combination of its orbital and rotational velocities. Evidence lies in the ~ 10,000 asteroids in its L4 and L5 points and the expanded atmosphere of Saturn, the result of many Jupiter asteroid impacts in the last 6,000 years, currently identified as “storms”. The reaction continues to burn today beneath the clouds ~ 50,000 km east of the GRS.  Its current single, invisible, nuclear product, ~ 1030 helions (3He++ ) per second with identical velocities, 17,800 km/sec, are the source of Jupiter’s temperature excess and due to their prograde rotation, currently imagined as the “inner radiation belt” are the source of Jupiter’s powerful magnetic field and permanent auroral ovals..

These helions are forced by the Coriolis effect to form a rising, expanding funnel-like atmospheric corridor through which the full range of elements, being physically released from the MGH by the heat in the vicinity of the fusion reaction, react with one another forming high temperature compounds. As they rise and cool they form particulate aerosols, such as CS (which forms tiny red crystals) that are released into the upper atmosphere forming the familiar colored clouds of Jupiter. Because they are solid particles they emit no spectral radiation by which they can be identified, therefore entire range of the common elements on Jupiter have never been recognized. Frustrated NASA scientists interpret the clouds as “frozen ammonia.”

Dunes on Jupiter

Adding to the mystery, this particulate matter is being released from the clathrate by the heat of the fusion reaction has been continuously settling to the solid surface of Jupiter in streaks where the swirling horizontal “multiple zonal” vortical winds, constrained by the solid surface, are weaker, forming desert-like dunes but only in the middle latitudes, giving the impression that Jupiter is oblate but as evidenced by its odd J terms is concentrated to the south because the GRS is at 21 degrees South Latitude. These ‘dunes’ are being sensed by the gravity system on the NASA Juno probe and because they are spread out over the surface and slowly shift position, as do dunes on Earth, are interpreted as features beneath the surface in the imagined high pressure conductive hydrogen layer.

Landing or Splashing Down On Jupiter?

The solid makeup of Jupiter means that a probe could land on Jupiter in the middle latitudes still covered with clouds, scoop up some particles and record their spectra, and even send (or bring) a few pounds back to Earth, from a LEM-like landing craft with a built-in launch pad, showing that all the elements are present in the same abundances as on Earth. At higher latitudes, where the top layer of the methane gas hydrate has been melted by the flux of helions forming the permanent auroral ovals, forming hopefully shallow blue oceans already seen in visible light images, allowing the same landing craft, There will be plenty of dune-dust in the water.

NASA Planning

They are planning to send a spacecraft to Jupiter to get a close look at asteroids orbiting in the L4 & L5 points. What a waste! they are all the same as  Cheryumov-Gerasiemento and UltimateThule. What did we learn from them? Use this mission to land on Jupiter.

Ancient Myths Explain Solar Neutrino Shortage

•February 22, 2020 • Comments Off on Ancient Myths Explain Solar Neutrino Shortage

The desperation of modern science to prove old hypotheses about the origin of the solar system is exemplified by the efforts to explain the neutrino “deficit” of the Sun. This led to hypotheses that there were muon and tau neutrinos that might be changing their stripes while flying from the Sun to the Earth and to expenditures of many millions of dollars placing neutrino sensors deep in the Earth. See Solar neutrino problem Wiki Enclyclodedia.

Ancient Texts

Ancient cultures as dispersed as RigVeda, Egyptian, Greek have myths of how Venus was born from an impact on Jupiter 6,000 years ago. This is how all the terrestrial planets were formed. The explosive reaction is the result of the high concentration of deuterium in Jupiter’s solid methane gas hydrate. Impacts on Jupiter compress and momentarily raise the temperature to millions of degrees K and the same fusions as in the Sun explode.  The impact left behind on the surface of Jupiter a gradually declining two million mile  plume which swept around coating the Galilean moons for 5000 years, which could be seen from the Earth, leading to many myths because of Jupiters 9 -hour rotation period, which led to the impression of an elephant Mrtanda, swinging his trunk back and forth in the RigVeda and to Zeus’ shield moving back and forth in combat.

The fusion reaction is still burning beneath the clouds about 50,000 km east of the Great Red Spot at 21 degrees S Lat. but because of Jupiter’s rapid rotation and the velocity of the fusion products Coriolis forms a vortex which reaches the top of the atmosphere as the GRS.  The boundary of the GRS comprises the fusion products, fast helions, moving at 178,000 km/sec, while all the elements in their normal abundances, are being released (MGH is a clathrate) by the heat in the vicinity of the reaction, spiral up through the vortex and crystallize as particulate aerosols which form Jupiters colored clouds. The fusion products are 3He++ helions with 4.9 MeV each and are moving prograde around the planet at 178,000 km/sec, producing the magnetic field of Jupiter and the temperature excess. This stream of particles moves too fast to be measured by the JEDI instrument on Juno, so they are currently are assumed to be a mirrored cloud of ions – an inner radiation belt – something to be avoided. This 6,000 year old fusion reaction indicates the enormous amount of deuterium in Jupiter.

Original Jupiter plume (Juno) extending from 22 degrees South Latitude

Jupiter Jet drawing in 1200 AD Arabic doc.

ALMA images of cold systems with giant planets already in place before the stars ignite, implying both have the same high deuterium co

Both the Sun and giant planets formed in large dark (dusty) nebula before the fusion in the central star ignited, (see twenty images from ALMA). So both the giant planets and the stars in these systems have the same composition, that is, a very large (1010) enhancement of deuterium fractionation. Therefore our Sun had a comparable concentration of deuterium as Jupiter. But astrophysicists calculate the expected neutrino flux from the Sun on the assumption that all fusion reactions begin with the Proton + Proton reaction below, which is the one that produces neutrinos (ve).

Solar fusion reactions

The next reaction in the chain is the one now taking place on Jupiter, 2H + p, which works at lower temperature. This is an extremely interesting reaction because it produces no harmful radiation and a large electrical energy since the helions are fast and doubly charged, pure electricity. Laboratories around the world have tried to produce it without success.  The energy produced in the Sun begins with the fusion of a proton with a deuterium nuclei and therefore are producing less neutrinos..
The ancient texts are telling us about the enormous concentration of deuterium in Jupiter AND IN THE SUN. This explains why the calculated neutrino flux from the Sun is less than calculated. QED

1 Cor 2:6-7 We do however speak a message of wisdom among the mature,but not the wisdom of this age or the rules of this age, who are coming to nought. No we speak of God’s secret wisdom that has been hidden and that God destined for our glory before time began.

Granite – The Signature Rocks of the Continents

•January 31, 2020 • Comments Off on Granite – The Signature Rocks of the Continents

Deccan Traps
The most significant strati graphic feature on Earth for understanding orogony and granite are the Deccan Traps on the coast of southern India, a virtual time-machine covering 3687 to 687 BC. The lower-most layer contains the ‘iridium spike’ indicating the Cretaceous–Paleogene (K–Pg) or K-T, the date of proto-Venus’ first close pass to the Earth as recorded in the Greek myth of Phaethon. The Deccan comprise one-hundred ~ 20-meter thick ‘steps’ or layers of lava drawn to the surface from the upper mantle (asthenosphere) by the tidal effect of Mars during each 14.4-year kalpa (Rig Veda) or inundation (Egyptian). The periods between the kalpas were 15.6 years, resulting in cycles of 30 years.
The geological significance of the Deccan lies in the large volume of rock, 264,000 cubic miles, the distinct “separations” of the layers and their horizontal bedding – none of which geologists can explain. Attempts to date the actual rocks have failed, as stated in one paper: “Because zircon is rare in basaltic rocks, our sampling strategy targeted volcanic air-fall deposits between basalt flows.”

These properties of the Deccan Traps are a clue to the cyclic emplacement of cratons which comprise all of the continents of the Earth.
Due to the fact that all the “separation air-falls” were blasted from volcanoes extending from deep in Mars, which is much more ancient than Earth, and that the most ancient zircon dates were in them were selected, geologists have concluded that the Deccan Traps formed between 66 and ending at 65 million years BP. However, traditional cosmologies of ancient cultures combined with the Bible reveal that the K-T extinction took place within the dates attributed to the age of the Bible itself, between 3687 and 687 BC.

Formation of the Continents
During the Vedic Period, the tidal drag of the geostationary Mars, slowed the entire lithosphere, causing it to move westward at 24-km/hr, at an angle of 31̊ relative to the asthenosphere, the liquid layer of rock at the top of the mantle. The layered Deccan rock is basalt, a low silica volcanic rock, while the asthenosphere is a high silica content mineral, rhyolite. The difference in the composition of the Deccan and the asthenosphere from which it originated was due to the dissolving of much of the silicate as the lava rose through the Indian Ocean and its rapid cooling and crystallization.

Layered Cratons
The motion of the lithosphere relative to the mantle during each 14.4-year kalpa supplied massive volumes of silicate rhyolite, lava from the asthenosphere, which intruded unseen beneath all the continents. These deposits cooled slowly during each 15.6-year pralaya in the absence of water and the expansion of the low density (silicate) produced granite crystals double the volume deposited in the Deccan Traps. The resulting beautiful granitic rocks formed in this process are the signature rock of the continents, found only on the Earth and not on any other planets.
Consistent with this origin, recent, advanced seismic measurements are revealing that although the cratons comprising the continents are homogeneous, they formed incrementally, in layers, contemporaneous with the Deccan Trap layers. Thus, one reason that Mars was miraculously released and recaptured one hundred times during the resurfacing of the Earth, was to allow the granite crystals to form, expand and raise the continents that are unique to the Earth, providing more beautiful land where life could propagate.

Job 38 Reveals the Joy of the Sons of God when they saw that their plan for raising the continents was working.

Then the Lord answered Job out of the whirlwind, and said,

2 Who is this that darkeneth counsel by words without knowledge?

3 Gird up now thy loins like a man; for I will demand of thee, and answer thou me.

4 Where wast thou when I laid the foundations of the earth? declare, if thou hast understanding.

5 Who hath laid the measures thereof, if thou knowest? or who hath stretched the line upon it?

6 Whereupon are the foundations thereof fastened? or who laid the corner stone thereof;

7 When the morning stars sang together, and all the sons of God shouted for joy?

8 Or who shut up the sea with doors, when it brake forth, as if it had issued out of the womb?

9 When I made the cloud the garment thereof, and thick darkness a swaddlingband for it,

10 And brake up for it my decreed place, and set bars and doors,

11 And said, Hitherto shalt thou come, but no further: and here shall thy proud waves be stayed?

The Shedding of Jupiters Red Flakes

•November 26, 2019 • Comments Off on The Shedding of Jupiters Red Flakes

Jupiter – Red Spot Flaking Away

In response to an Atlantic Article “A paper: “The Shedding of Jupiters Red Flakes Does Not Mean It Is Dying” Is being presented at a meeting of the American Physical Society

The abstract begins with “During 2019 the Great Red Spot (GRS) of Jupiter repeatedly shed large (100,000 km2) chunks of itself as red flakes.” Then devolves into a discussion of theoretical fluid dynamics, the authors’s specialty. It ends with “Thus, our explanation of the of recent Red Flakes is that area
between the PV boundary of the GRS and its last closed streamline has shrunk.”
As explained in several previous posts , the Great Red Spot comprises solid particulate compounds of every known element (the red crystals are CS) which form deep in the vortex, cool, crystallize and flow into space through the GRS forming the visible clouds which are continuously falling to the surface and as new ones are released. They are being released by the heat from a fusion reaction in a crater in the solid highly deuterated methane gas hydrate surface of Jupiter, which is 80% water, also a clathrate. The vortex is bounded by 1030 /sec high velocity helions 3He++ controlled by Coriolis from a fusion of deuterium and protons at 17,800 km/s which circle the planet and are currently thought to be the “inner radiation belt” because they are too fast for the JEDI to detect. The orbiting helions produce the high magnetic field, the equatorial hump in the magnetosphere and temperature excess. The reaction is slowing down and when it fizzles out, everything about Jupiter will abruptly change. The shedding of 100,000 km2 implies that CS is falling back to the surface from within the vortex, suggesting the weakening of the reaction. It is not just a quirk in fluid mechanics that the author of the cited paper is dealing with, but a major change in the origin of the solar system.

Jupiter An Example

•October 18, 2019 • Comments Off on Jupiter An Example

Fig. 1 Bright patches glow in Jupiter’s ultraviolet aurora observed by the Hubble Space Telescope. Credit: Sarah Badman (Lancaster University), NASA, ESA

Jupiter is an example of the current depth of knowledge of the planets in academia. The composition of the most obvious, visible feature, the varied colored clouds that surround the planet remains unknown. The darker ones have been classified as ‘bands’ and the lighter as ‘zones’, but after thirty years of probes no elements have been measured. The gravity system has not found the heavy solid core which attracted all of that gas. Neither has any scientist produced the high pressure electrically conductive hydrogen state thought to compose the interior. The cause of the permanent auroral ovals has never been measured descending to the poles nor has the excess temperature or the equatorial ‘lump’ in the magnetosphere. The composition of the “inner radiation belt” has not been identified, merely evaded. Lighter clouds are assumed to be frozen ammonia, because they cannot be identified, but this is just a guess. This is reminiscent of the ‘classification’ of giant planets as gaseous. Articles keep telling us how much we are learning about Jupiter, i.e. the data is piling up but its time to look at it from a new perspective.