“… Jupiter and the other gas planets have high velocity winds which are confined in wide bands of latitude.
The winds blow in opposite directions in adjacent bands.… The bands have been known for some time on Jupiter, but the complex vortices in the boundary regions between the bands were first seen by Voyager. The data from the Galileo probe indicate that the winds are even faster than expected (more than 400 mph) and extend down into as far as the probe was able to observe; they may extend down thousands of kilometers into the interior. Jupiter's atmosphere was also found to be quite turbulent. This indicates that
Jupiter's winds are driven in large part by its internal heat rather than from solar input as on Earth. ..." From:
http://nineplanets.org/jupiter.html
Let me make understanding of the above easier for you:
For many decades Jupiter seemed to violate conservation of energy as it radiates back into space significantly more energy (~20% as I recall) that it can get from the sun, even if all the sunlight were absorbed. Jupiter is much hotter than thermal equilibrium with the solar radiation only would allow. It almost became a second minor sun.
When solar system was forming from a contracting gas cloud there was no sun but as mutual gravitation caused about 99% of the mass to collect where sun is and 1% to collect where Jupiter is, both heated up from the gravitational energy released as mass fell inward towards the local center of mass. This heating was enough to make thermal nuclear reaction start in the sun but not enough to do the same for Jupiter, which just got very hot (and still is cooling and contracting more, releasing lots of gravitational energy still). The hottest part of Jupiter is in the center and thermal energy flows towards the surface. I.e. there are strong thermal temperature gradients* deep inside Jupiter. Strong thermal gradient ALWAYS drive mass flows in gases – i.e. make winds. Quite possibly the strongest winds of Jupiter are deep inside it we don´t know as the Galileo probe could only see a few thousand Km deep into Jupiter.
SUMMARY: Why Jupiter has strong winds is well understood – no need for your unfounded and false ideas.
*Consider a set of concentric shells centered on the mass center of Jupiter, each T thick. One with bottom and top radii of r1 &r2 and the other much closer to the outer layers between radii R1 & R2. I.e. R2 -R1 = r2 –r1 = T.
The same thermal energy crosses both of these shells on it way to outer space. Assuming the thermal conductivity is the same (and it should be as Jupiter is 90% H2 and 10% He well mixed at least above the layer where the high pressure H2 is metalic) then the temperature difference across these “T thick” shells in inversely proportional to the square of their distance from the center of mass as the shell closer to the surface has much more area and thus does not need as high a thermal gradient across it for the same energy flow thru it. I.e. the thermal gradient across the shell closer to the center is (R2 / r2)^2 larger than across the shell near the surface.
The winds are made by thermal gradients.* If (R2/r2) = 5, then the winds, turbulence if you like, should be about 25 times stronger, more intense, in the deep inside shell than in the one closer to the surface. I.e. the strongest winds are where there is no sunlight! This is all good logic and physics but only confirmed by observation a thousand KM down into Jupiter as that is how far Galileo probe could measure.
The winds of Jupiter are driven by the release of gravitational energy, and caused by the mainly radial thermal gradients, not solar energy.
BTW, I am not good at searching as I seldom do that. (I rely instead on the huge volume of information stored in my memory during more than 55 years of reading about physics and efforts associate with getting a Ph.D. in physics.) None the less it took less than two minute to find the KNOWN cause of the winds of Jupiter. Again, you have resources available to you that Newton could not even dream of. – Why not use them to learn the facts instead of inventing nonsense? Are you just on some ego trip and unaware of how silly you are to proceed in such an ignorant state?
* The thermal gradient and Coriolis effect can make high and low presure regions. Then part of the wind is directly caused by the pressure gradients between these regions but fundamentally the origin is the thermal gradients. If the planet surface were all at the same temperature, there would be no high and low presure zones and no winds even if the planet is spinning.
