--- quoting SCIENCE 2FEB96, p583 ---
...The set of three predicted cloud layers was nowhere to be seen,
and preliminary data suggested that Jupiter-- or at least the spot the
probe happened to hit-- is far drier than expected.
... "Whenever you have an influx of new data," said Galileo project
scientist Torrence Johnson of the Jet Propulsion Laboratory (JPL) in
... "it usually doesn't fit existing models very well.
But even if the probe hasn't immediately shed light on Jupiter's
origin, it is offering a clue to the planet's history since then. The
probe's helium abundance detector, which was built by Ulf von Zahn of
the University of Rostock, Germany, confirmed earlier Voyager data
indicating that the outermost regions of Jupiter now contain much less
helium than the planet started with, a figure calculated from the
helium-to-hydrogen ratio in the sun. A reduced helium content is in
keeping with a suggestion made 20 years ago that Jupiter's helium is
now condensing into droplets under the deep interior's megabar
pressures; the droplets then fall even deeper into the planet. So the
gravitational energy released as heat by the fall of helium raindrops
must in fact be fueling Jupiter's infrared "glow," which is brighter
than anything the solar energy reaching the planet could account for.
--- end quoting SCIENCE 2FEB96, p583 ---
When the old theories and models are fakes, of course they will not
agree with the new data. Fake theories and ideas seldom match reports
of data.
The reason that Jupiter is drier than the Sun and inner planets is
because the gas giants were all created 8 billion years ago and not
like the Sun and inner planets created 16 billion years ago.
The reason that such little helium is found on Jupiter is because it
is 1/2 as old as the Sun and because the law of gravity is an algorithm
a fake physics law. Gravity works nice over massive warm objects such
as stars but in the gas giants where superfluid helium exists,
superfluid helium does not obey gravity and as readily seen in a
laboratory, superfluid helium just climbs out of the container and
does-its-own-thing-baby. Superfluid helium disobeys gravity because
gravity was never a physics law, instead, gravity was a algorithm, a
rule.
If the sun was 16 billion years old, we'd all be orbiting a samll,
dying white dwarf, if not a black dwarf. If you would have read the above
references you posted you'd realize that a possible explanation for the
lack of helium in Jupiter is because of helium condensation resulting
from incredibly high pressures. Remain open minded please. Also, the
reason superfluid seems to 'disobey' the law of gravity is not because
gravity is just an 'algorithm' but because superfluid helium is obeying a
quantum mechanical phenomenon wherein it will creep up the sides of a
container due to quantum interaction w/ the sides of the container.
Consider this for a though experiment: place a blob of superfluid helium
in proximity of a massive body in deep space; it has no container to
creep out of, therefore your previous argument of it 'disobeying' gravity
is defunct. What it will almost certainly do is be attracted to that more
massive body in accordance w/ the law of gravity. I say we should do this
experiment to find out - instread of passing judgement on something w/out
evidence try running an experiment.
John Chunko.
>superfluid helium does not obey gravity and as readily seen in a
>laboratory, superfluid helium just climbs out of the container and
>does-its-own-thing-baby. Superfluid helium disobeys gravity because
>gravity was never a physics law, instead, gravity was a algorithm, a
>rule.
Again, as I've seen before your ignorance and stupity outweighs anything you
have to say. You're still spouting nonsense.
How do you support yourself when you take so much time in producing your
daily drivels on so many channels?