Re: Sunspots

On Feb 9, 12:28 pm, "Ken S. Tucker" <dynam...@xxxxxxxxxxxx> wrote:
Hi Andre
On Feb 9, 5:15 am, srp2...@xxxxxxxxx wrote:



On 9 fév, 06:53, "Ken S. Tucker" <dynam...@xxxxxxxxxxxx> wrote:
Sunspots.
Sunspots affect climate and therefore evolution.
I'll try to connect sunspots to the Sun passing through
spurious galatic arms composed of invisible debris.

I estimate the probability of a meteor striking a mass is
simplistcally proportional to it's Area*Mass.
Working the proportion of Solar meteors/Earth meteors,
in round figures gives using,

Sun dia=100*Earth diameter
Sun Area =10^4 Earth Area
Mass = 3*10^5 Earth mass

Sun Strikes = 3*10^9 Earth Strikes.

I conjecture a Sunmeteor Strike appears as a Sunspot,
and a metallic Sunmeteor due to high speed of strike
would react with the solar magnetic field, to create a
very large induction current, and localized magnetic
field, characteristic of Sunspots.

Interesting idea. Never thought of that.

It's based on the motion of a conductor in magnetic
field (as I know you have an expert knowledge on).

*laughs*

Can either you or Andre derive the Navier-stokes equation? Can any of
you even GUESS a proper model to use?

Still it's worth considering what a 100 ton chunk of
metal moving at >600 km/sec, threw the solar
magnetic field on it's surface would do.

It will do NOTHING. I have studied this ***, Ken. I can tell you
exactly what will happen.

The magnetic flux will diffuse through the meteor because conductivity
is high but finite. There will be no measurable effect on the sun
other than a plasma burp as the meteor is ionized. The best you can
hope for is a local and a wobble in convective currents in that
region, but that's a local effect.

This is the kind of idea you think up, ponder for 5 seconds, then
dismiss. Since you have no concept of what you are talking about you
have no internal filter for ***, so here we are.


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