Solar System Cosmogony

Solar System Formation

It is an accepted idea among astronomers, that solar systems may be born in cold Large Dark Nebulae (LDN), but this view has not been applied to our system. This is indeed the origin of our solar system, which comprises the complement of element abundances in the LDM. Radio astronomy has detected the most plentiful elements and molecules, composed of hydrogen, oxygen, carbon, sulfur, nitrogen, and greatly enhanced fractions of deuterium in some LDNs. Heavy elements, formed by previous generations of stars are present in the form of ‘dust’ particles, which make the LDNs dark. At temperatures below 50 K, the surfaces of the tiny dust grains, or nano particles, ~ 10 μm or less, provide the catalyst for atoms to form molecules, which completely coat them. At these low temperatures, the most plentiful elements, H > O > C naturally form highly deuterated Methane Gas Hydrates (MGH), the nominal composition of which, (CH4)4(H2O)23, matches their abundances in our solar system. MGH crystallizes naturally in the low temperatures of LDNs, made more stable due to the enhanced deuterium levels. MGH is a known clathrate, in which twelve or more water molecules form cages which physically encapsulate all manner of ‘foreign’ (dust) particles. Because the heavy elements are already coated with ice, the formation of MGH provides the means for accretion of the dust particles – a problem which is never adequately addressed in the currently accepted, Laplace et al., models of accretion of the terrestrial planets. As the elements, close to the rotational center of the LDN, contract to form the proto-star, the giant planets, which comprise the nascent solar system are already forming. This is the only ‘accretion’ that takes place in a solar system.

Terrestrial Planet Formation

The terrestrial planets are formed, perhaps billions of years later, when a body from the local galaxy passes through the system and impacts one of the giant planets, in our system Jupiter. Due to their highly deuterated, densely packed solid MGH composition, the impact compresses and heats the local MGH initiating an enormous fusion explosion, producing a plasma cloud which rebounds into the inner solar system containing the known abundances of the elements and, over time, contracts, soldifies and forms a new terrestrial planet. In this paradigm, each terrestrial planet is formed by a unique explosive impact, that is, each has a unique age. Based on the currently accepted paradigm of planetary science, unifromitarionism, the terrestrial planets are all the same age, 4.6 billion years. If this were true we would have no additional information.

Venus

However, we do have lots of information on this process, in the current states of both Jupiter and Venus. Proto-Venus was born of such an explosive impact on Jupiter only 6,000 years BP (Before the Present). Dozens of probes have visited both Jupiter and Venus and provided volumes data consistent with this recent explosive impact, but the meaning has been obscured by the current uniformitarian assumption, that the terrestrial planets are all 4.6 billion years old. The fact that Venus has a surface temperature of 864 degrees F, hot enough to melt lead and zinc, is rotating counter to its orbital motion and the rotation has decreased by 6 minutes in the last 30 years and has no magnetic field proves it is a molten sphere of heavy elements. Only the heaviest elements have condesnsed, forming what will become its mantle. All the lighter elements blasted from Jupiter 6,000 years ago are still floating in the inner solar system and will only settle to the surface after it cools. In fact, that material, called “inter stellar material”, 60 tons of which is falling to Earth every day is also what causes the zodiacal light and 65,000 house-sized comets falling to Earth every day. My Venus paper explains the data collected to date, including its bimodal atmosphere, the lowest 50 km of which is dominated by sulfur jetting from over a million small domes imaged by Magellan, directly to 50 km where it forms a unique 2-km thick lower cloud layer comprised of three types of sulfur crystals. This, and not carbon dioxide, is the origin of the high surface pressure of 92 atmospheres.

Jupiter

The Juno mission has now made 10 science passes close to Jupiter, revealing an near homogenous distribution of mass throughout, as predicted by the Methane Gas Hydrate composition. Four anomalies of mass and magnetic field have been detected on the surface, which are the result of the impacts out of which the existing planets, Mars, Earth, Venus and perhaps the Moon, were created. The recent impact, 6,000 BP, left behind a slowly declining fusion reaction on Jupiter’s surface, the products of which exit the cloud-tops as the Great Red Spot. This impact also produced the Galilean moons evidenced by their inverse mass to orbital radius relationship. The fusion reaction is producing 10³⁰ helium nuclei (~10 MeV) per second, the kinetic energy of which is warming the entire planet, generating the multiple zonal vortices and releasing the heavy element particles encapsulated in the MGH, which comprise the visible clouds. The high energy helium nuclei are circling the planet, generating its unique, powerful, magnetodisk due to their double electrical charge, which has made it impossible for the JEDI energetic particle detector to identify them. The circulating helium nuclei are currently recognized only as the ‘inner radiation belt’, imagined as something to be avoided, but have not ben identified by any Juno instruments.

No Big Bang

The impact explosion out of which proto-Venus was born has profound consequences for Big Bang cosmology. The ancient texts of every culture tell that the explosion caused the entire Earth to cry out. Therefore the entire Earth was the sensor which detected the gravitational impulse due to the instantaneous blasting of the Venus mass more than fifty million miles. The radiation from the explosion is speeding outward in all directions isotropically, except in the shadow of Jupiter, leaving a cold spot. As this radiation procedes, small amounts are reflected back toward the Earth by dust in the Milky Way galaxy. This reflected radiation is still being received and cosmologists claim it is radiation from the Big Bang. despite established alignments with our solar system, known as the ‘axis of evil‘, and the large-scale anomalies of the microwave sky. These same alignments first detected by WMAP, have been confirmed by Planck to have a number of highly improbable alignments with the plane and direction of motion (kinetic vector) of our solar system and multipole alignments, with a likelihood or combined probability < 0.008%. Furthermore, the foreground nature of the observed radiation has been corroborated by the finding that the magnitude of the Planck radiation, measured ~10 years after WMAP, over the entire sky is several percent less than the WMAP, which could not be the case if it were from the big bang. Conversely, the recent radiation from the birth of Venus would be expected to decline rapidly. Any future measurements will confirm this unequivably. Cosmologists ignore these negating factors and continue to expound about the big bang, the evidence for which is non-existent. The primordial isotope ratios found in the Cytherian atmosphere, the high concentration of deuterium and the small amount of ⁴⁰Ar (= ³⁶Ar) compared to that on Earth are the result of the high temperature of the explosive impact which created a pure plasma, out of which primordial isotopes formed. This means that many ‘Little Bangs’ have created deuterium and it is not the product of the ‘Big Bang’. This could be proven unequivocally by the detection of ²⁶Al in Venus’ atmosphere, a primordial element with a half-life 7.17×10⁵ years.

The Future of Planetary Science?

The failure to understand both Venus and Jupiter is already leading to discussions of additional billion-dollar probes most likely ten years in the future. These will waste the careers of the next generation of aspiring planetary scientists if they remain suffocated by the uniformitarian paradigm.

Job 38:3-7

Where wast thou when I laid the foundations of the earth? declare, if thou hast understanding. Who hath laid the measures thereof, if thou knowest? or who hath stretched the line upon it? Whereupon are the foundations thereof fastened? or who laid the corner stone thereof; When the morning stars sang together, and all the sons of God shouted for joy?