XPost: alt.fan.rush-limbaugh, sci.physics.relativity
From: ttt_heg@web.de

Am Montag000011, 11.11.2024 um 00:24 schrieb The Starmaker:
> Thomas Heger wrote:
>>
>> Am Donnerstag000007, 07.11.2024 um 16:30 schrieb The Starmaker:
>>> kazu wrote:
>>>>
>>>> finally.
>>>
>>> Mars is a dead planet.
>>>
>>> Mars has been a dead planet since it's very beginnings.
>>>
>>> Mars is Red and Red is Dead!
>>>
>>> All Red planets are Dead planets.
>>>
>>> Red is Dead.
>>
>> All wrong, because the read color stems from Iron-oxide and that would
>> need water in liquid form to build.
>>
>> So Mars should have had an atmosphere and lots of water in a very remote
>> past.
>>
>> The water and the atmosphere are long gone, but the red color remained.
>>
>> Now: how could this happen?
>>
>> Well, I'm actually a proponent of 'Growing Earth' theory and that is
>> also valid for other celestial bodies than the Earth.
>>
>> This theory assumes, that all stars, planets and moons grow over long
>> periods of time.
>>
>> This growth is caused by local structures in the local realm of spacetime.
>>
>> This causes matter to form, where already matter is.
>>
>> This applies to stars as well as for planets.
>>
>> In the course of planetary growth the mass of the planet grows, hence
>> also the diameter of its orbit around the central star of its solar system.
>>
>> The would beginn ín a region, which is too hot for water and ends up in
>> a region too cold.
>>
>> Now in the middle is kind of 'habitable zone', where liquid water does
>> exist.
>>
>> That water created iron oxide and that is, what made Mars red.
>>
>> Then the orbit expands and the planet reaches a reagion, where all water
>> is frozen.
>>
>> Then the water gets into a light gas form by sublimation and is finally
>> blown away and left to the darkness of the universe.
>>
>> What remains is red colour.
>> ...
>>
>> TH
>
> wat are you sayin? All the red stars are dead stars because they ran out
> of water????
>
>
>
Since when do you think, that Mars is a star?

I wrote, that Mars is (most likely) covered with iron-oxide.

To create that and to distribute it above the surface would require
liquid water, hence Mars should have been covered with water very long ago.

This would also require, that Mars had once an orbit around the Sun,
where now rotates the Earth, because here is the inhabitable zone, where
liquid water can exist.

This slow movement of the orbit stems (in my oppinion) from the slow
growth of planents (-> Growing Earth).

This is so, because celestil objects acquirre mass from within over long
time periods.

This is making the orbits larger in diameter, hence would make planets
leave the inhabitable zone.

--- SoupGate-DOS v1.05
 * Origin: you cannot sedate... all the things you hate (1:229/2)