Jupiter – With Nuclear Juno plume
Jupiter is not gaseous; it is a highly deuterated methane gas hydrate planet which formed in the dark nebula along with the sun and as a clathrate contains the full range of elements needed to form terrestrial planets by explosive impacts. Each terrestrial planet in the solar system has been produced in this way and has a different age, most recently Venus around ~4000 BC. That is why both Venus and Jupiter are hot.
Jupiter is hot because a fusion reaction was left behind at the impact site (21 Degrees S Lat), originally a powerful blaze (image at top) which extended almost as far as Callisto could be seen from the earth with the naked eye and named Juno in Roman myth. At that time Jupiter was rotating with a period of about one day (Hoyle) so the material which solidified from the fusion blaze was ejected into the outer solar system at >2,500 km/second due to its rapid spin plus its orbital velocity. When the first larger, faster chunks hit the outer planets they caused enormous fusion explosions which knocked them off their spin axes and decomposed a fraction of their methane gas hydrate into its main components methane and water (CH4)4(H2O)23 observed by Voyager 2, releasing so much methane into the atmosphere of Uranus that its entire globe remains bright blue to this day. This blaze created all of their rings and satellites, in fact, all the asteroids in the entire belt in the last 6,000 years. Thus, the solar system was not formed by asteroids as some scientists have suggested.
The Juno asteroid’s fusion products decimated Saturn, the closest giant planet to Jupiter, with fusion impacts that blasted the ice off the planet forming its rings. In fact, the Juno asteroids are still hitting Saturn today and the mushroom clouds rising from its solid surface to the top of its bloated atmosphere are imagined to be ‘storms’ and the ejected ice causes shadows on the rings, just as the larger Shoemaker Levi 9 fragment blasts were not interpreted as surface explosive impacts due to adherence to the ‘standard model’ which says Jupiter is a ‘gas giant.’
The fusion on Jupiter has slowly declined but is still producing H + D => 3He++ at a rate of 1029 helions per second which, controlled by a strong Coriolis ‘force’, is still forming the Great Red Spot vortex, heating the atmosphere and joining a powerful stream of 3He++ orbiting Jupiter prograde at 500 km above the surface generating its powerful magnetic field, which New Horizons scientists believe is a reflecting inner radiation belt of electrons, duh.
When the fusion reaction (soon) fizzles out the enormous magnetic field, 20,000 time that of the earth, will disappear, and Jupiter will become just another Uranus and Neptune. The scientists should be prepared for that, because people are going to demand that scientists explain such major changes.
Some scientists were surprised that the polar regions of Jupiter are blue. That is because the 3He++ helions deflected by the magnetic field which form the auroral ovals have ‘melted’ the methane hydrate at the surface in these regions leaving water surface there, meaning that we could land astronauts in a splashdown on Jupiter someday.
As Jupiter has been orbiting in the solar system, it has been creating an invisible cloud of stable 3He+ ions resulting from the eventual capture of an electron surrounding the solar system in the aftermath of the birth of Venus which has joined the existing clouds from the birth of Mars and Earth. The scattering of light by this invisible helion cloud is likely the cause of the excess light measured in the Kuiper belt by the New Horizons probe that is now far beyond Pluto. Since the solar system is not unique, all other star systems with terrestrial planets have formed the same clouds. Their scattering appears to be concentrated in the brightest parts of nebula because that is where stars are more concentrated, just as cosmologists imagine dark matter is concentrated, but the helions are conventional matter. Their presence in spiral galaxies may be why all the stars seem to be moving at the same rate. Innumerable helion clouds of conventional matter are scattering (attenuating) and red shifting the light observed from every galaxy and galaxy cluster slightly different so will not give a single Hubble ‘constant’ The universe is not expanding.
