The surface of a body massive enough to take a spherical shape can be defined by pressure if it is a gas giant. Whatever material the surface mantle of Jupiter consists of must be a compound that exists as liquid(at least) at the pressure it is under. This pressure boundary should also exclude the materials that make up Jupiter’s atmosphere, defining a zone of exclusion between the atmosphere and the surface.

Due to the velocity disparities present between the atmosphere, surface and core structure, this surface/atmosphere exclusion zone should also maintain a high electromagnetic resistance. It would be through this resistance I would assume that drag between the atmosphere and the surface is facilitated.

As the degree of drag between the surface and atmosphere is this pronounced it should subsequently follow that a zero medium occur. This hypothesis provides a connection between gas giant vortexes and solar flaring as related phenomena.

Postpocelipse said:

As the degree of drag between the surface and atmosphere is this pronounced it should subsequently follow that a zero medium occur. This hypothesis provides a connection between gas giant vortexes and solar flaring as related phenomena.

A sunspot may occur to facilitate the zero medium net drag between the solar surface and atmosphere and flares provide discharge to inevitable fluctuation within the sunspots diffusion zone.

Postpocelipse said:

The surface of a body massive enough to take a spherical shape can be defined by pressure if it is a gas giant. Whatever material the surface mantle of Jupiter consists of must be a compound that exists as liquid(at least) at the pressure it is under. This pressure boundary should also exclude the materials that make up Jupiter’s atmosphere, defining a zone of exclusion between the atmosphere and the surface.

Due to the velocity disparities present between the atmosphere, surface and core structure, this surface/atmosphere exclusion zone should also maintain a high electromagnetic resistance. It would be through this resistance I would assume that drag between the atmosphere and the surface is facilitated.

As the degree of drag between the surface and atmosphere is this pronounced it should subsequently follow that a zero medium occur. This hypothesis provides a connection between gas giant vortexes and solar flaring as related phenomena.

OK. A quick rundown of the interior structure of Jupiter. It’s available in more detail on the web but I prefer to rely on a book that I have at home called “Planetary Sciences”. Buy yourself a second hand copy of this if you can, it’s by far the best astronomy book I’ve ever read.

There are two possible solutions to the structure of Jupiter that are consistent with observations. Jupiter has either four layers or six. In both, there’s an inner core of “rocks” and an outer core of “ices”. The inner and outer core are both solid, and are both so small that they have no effect whatever on what we see on the surface.

Outside the core is a mantle of metallic hydrogen and helium. This is not solid, liquid or gas, but it more akin to the degenerate matter found inside white dwarf stars.

(to be continued)

mollwollfumble said:

Postpocelipse said:

The surface of a body massive enough to take a spherical shape can be defined by pressure if it is a gas giant. Whatever material the surface mantle of Jupiter consists of must be a compound that exists as liquid(at least) at the pressure it is under. This pressure boundary should also exclude the materials that make up Jupiter’s atmosphere, defining a zone of exclusion between the atmosphere and the surface.

Due to the velocity disparities present between the atmosphere, surface and core structure, this surface/atmosphere exclusion zone should also maintain a high electromagnetic resistance. It would be through this resistance I would assume that drag between the atmosphere and the surface is facilitated.

As the degree of drag between the surface and atmosphere is this pronounced it should subsequently follow that a zero medium occur. This hypothesis provides a connection between gas giant vortexes and solar flaring as related phenomena.

OK. A quick rundown of the interior structure of Jupiter. It’s available in more detail on the web but I prefer to rely on a book that I have at home called “Planetary Sciences”. Buy yourself a second hand copy of this if you can, it’s by far the best astronomy book I’ve ever read.

There are two possible solutions to the structure of Jupiter that are consistent with observations. Jupiter has either four layers or six. In both, there’s an inner core of “rocks” and an outer core of “ices”. The inner and outer core are both solid, and are both so small that they have no effect whatever on what we see on the surface.

Outside the core is a mantle of metallic hydrogen and helium. This is not solid, liquid or gas, but it more akin to the degenerate matter found inside white dwarf stars.

(to be continued)

Superfluid should still be governed by EM regulation.

Postpocelipse said:

mollwollfumble said:

Postpocelipse said:

The surface of a body massive enough to take a spherical shape can be defined by pressure if it is a gas giant. Whatever material the surface mantle of Jupiter consists of must be a compound that exists as liquid(at least) at the pressure it is under. This pressure boundary should also exclude the materials that make up Jupiter’s atmosphere, defining a zone of exclusion between the atmosphere and the surface.

Due to the velocity disparities present between the atmosphere, surface and core structure, this surface/atmosphere exclusion zone should also maintain a high electromagnetic resistance. It would be through this resistance I would assume that drag between the atmosphere and the surface is facilitated.

As the degree of drag between the surface and atmosphere is this pronounced it should subsequently follow that a zero medium occur. This hypothesis provides a connection between gas giant vortexes and solar flaring as related phenomena.

OK. A quick rundown of the interior structure of Jupiter. It’s available in more detail on the web but I prefer to rely on a book that I have at home called “Planetary Sciences”. Buy yourself a second hand copy of this if you can, it’s by far the best astronomy book I’ve ever read.

There are two possible solutions to the structure of Jupiter that are consistent with observations. Jupiter has either four layers or six. In both, there’s an inner core of “rocks” and an outer core of “ices”. The inner and outer core are both solid, and are both so small that they have no effect whatever on what we see on the surface.

Outside the core is a mantle of metallic hydrogen and helium. This is not solid, liquid or gas, but it more akin to the degenerate matter found inside white dwarf stars.

(to be continued)

Superfluid should still be governed by EM regulation.

Shouldn’t metallic hydrogen present as a high resistance material to normal state matter in Jupiter’s atmosphere?

Postpocelipse said:

Shouldn’t metallic hydrogen present as a high resistance material to normal state matter in Jupiter’s atmosphere?

No.

mollwollfumble said:

Postpocelipse said:

Shouldn’t metallic hydrogen present as a high resistance material to normal state matter in Jupiter’s atmosphere?

No.

Please quantify? What are the degrees of interaction possible?

It just occurred to me that this assessment of solar flares suggests that solar flares are the solar equivalent of lightning.