Sun's Surface Gravity & Fusion Core

I'm asking How big with the Sun's core be if that was all?.How hot
would it be if that was all? It would be all gamma photons.Its
grandular surface is about 400,000 miles from this very hot core,and
its rather cool in comparison.It radiates white light,and that is good
for life,but the earth needs its thick atmosphere to dim out the
harmful photons so water is not split.Should add its great that on
average it takes photons from the sun's core 100,000 years before most
photons can break through the sun's surface.A small amount do go right
through,and again are atmosphere dims them,but I'm sure they give us
skin cancer.Well gravity created,shapes and evolves stars of every
type. Our sun is the type of star gravity likes best and that is why
it made so many of them. All stars like our sun gives life to the
universe,and without humankind in the universe it would be worthless.
Bert

On Feb 7, 8:59*am, wrote:
I'm asking How big with the Sun's core be if that was all?.How hot
would it be if that was all? It would be all gamma photons.Its
grandular surface is about 400,000 miles from this very hot core,and
its rather cool in comparison.It radiates white light,and that is good
for life,but the earth needs its thick atmosphere to dim out the
harmful photons so water is not split.Should add its great that on
average it takes photons from the sun's core 100,000 years before most
photons can break through the sun's surface.A small amount do go right
through,and again are atmosphere dims them,but I'm sure they give us
skin cancer.Well gravity created,shapes and evolves stars of every
type. Our sun is the type of star gravity likes best and that is why
it made so many of them. All stars like our sun gives life to the
universe,and without humankind in the universe it would be worthless.
Bert

Might add star plasma is the universe's most common compound.How is
it created? Does it give the Sun its great electrical field? How much
heavier is it than man made plasma here on Earth? How much
elewctricity is going through the Sun's plasma.We use 110 in our
plasma tubes.Does plasma add to the Sun's brightness Bert .

On Feb 7, 8:59*am, wrote:
I'm asking How big with the Sun's core be if that was all?.How hot
would it be if that was all? It would be all gamma photons.Its
grandular surface is about 400,000 miles from this very hot core,and
its rather cool in comparison.It radiates white light,and that is good
for life,but the earth needs its thick atmosphere to dim out the
harmful photons so water is not split.Should add its great that on
average it takes photons from the sun's core 100,000 years before most
photons can break through the sun's surface.A small amount do go right
through,and again are atmosphere dims them,but I'm sure they give us
skin cancer.Well gravity created,shapes and evolves stars of every
type. Our sun is the type of star gravity likes best and that is why
it made so many of them. All stars like our sun gives life to the
universe,and without humankind in the universe it would be worthless.
Bert

The outward push of fusion(photons) is matched by the inward push of
gravity(gravitons) gives the Sun its size,shape structure,magnetic
field,solar system.and ability to last 10 billion years. Lucky for us
its one of natures best balancing acts.Bert

On Feb 11, 5:01*am, wrote:
On Feb 7, 8:59*am, wrote:

I'm asking How big with the Sun's core be if that was all?.How hot
would it be if that was all? It would be all gamma photons.Its
grandular surface is about 400,000 miles from this very hot core,and
its rather cool in comparison.It radiates white light,and that is good
for life,but the earth needs its thick atmosphere to dim out the
harmful photons so water is not split.Should add its great that on
average it takes photons from the sun's core 100,000 years before most
photons can break through the sun's surface.A small amount do go right
through,and again are atmosphere dims them,but I'm sure they give us
skin cancer.Well gravity created,shapes and evolves stars of every
type. Our sun is the type of star gravity likes best and that is why
it made so many of them. All stars like our sun gives life to the
universe,and without humankind in the universe it would be worthless.
Bert

The outward push of fusion(photons) is matched by the inward push of
gravity(gravitons) gives the Sun its size,shape structure,magnetic
field,solar system.and ability to last 10 billion years. *Lucky for us
its one of natures best balancing acts.Bert

Moment the sun's core produces iron the compression force of gravity
wins First action is an implosion. Second action is the explosion
expanding out as far as Mars. We see this as a red star. Final stage
is contraction,and thus a very stable White Dwarf is formed. 90% of
the univres with have a spacetime in the future of these small bright
dwarfs. The universe will be much larger at that spacetime,but its
stars much smaller and longer lasting It figures Its gravity again
evolving all that is b y curving space inward locally,and outward at
great distances. All part of my great "Concave & Convex" theory on
space's intrinsic energy to curve space. Bert

You are mixing things up, BEERTbrain! lmao!

There will be NO explosion before the red giant or white dwarf stages.

There IS NO IRON PRODUCTION IDIOT!

White dwarfs have too small a surface area to be bright. They are dim
stars and hard to find now.

Saul Levy


On Wed, 13 Feb 2008 07:13:43 -0800 (PST), wrote:

Moment the sun's core produces iron the compression force of gravity
wins First action is an implosion. Second action is the explosion
expanding out as far as Mars. We see this as a red star. Final stage
is contraction,and thus a very stable White Dwarf is formed. 90% of
the univres with have a spacetime in the future of these small bright
dwarfs. The universe will be much larger at that spacetime,but its
stars much smaller and longer lasting It figures Its gravity again
evolving all that is b y curving space inward locally,and outward at
great distances. All part of my great "Concave & Convex" theory on
space's intrinsic energy to curve space. Bert

On Feb 7, 5:59 am, wrote:
I'm asking How big with the Sun's core be if that was all?.How hot
would it be if that was all? It would be all gamma photons.Its
grandular surface is about 400,000 miles from this very hot core,and
its rather cool in comparison.It radiates white light,and that is good
for life,but the earth needs its thick atmosphere to dim out the
harmful photons so water is not split.Should add its great that on
average it takes photons from the sun's core 100,000 years before most
photons can break through the sun's surface.A small amount do go right
through,and again are atmosphere dims them,but I'm sure they give us
skin cancer.Well gravity created,shapes and evolves stars of every
type. Our sun is the type of star gravity likes best and that is why
it made so many of them. All stars like our sun gives life to the
universe,and without humankind in the universe it would be worthless.
Bert

What if it's just a core of thorium?
.. - Brad Guth

On Feb 14, 5:58 pm, Saul Levy wrote:
You are mixing things up, BEERTbrain! lmao!

There will be NO explosion before the red giant or white dwarf stages.

There IS NO IRON PRODUCTION IDIOT!

White dwarfs have too small a surface area to be bright. They are dim
stars and hard to find now.

Only dim to the naked human eye, as otherwise white dwarfs are
extremely vibrant little suckers.
.. - Brad Guth

The white dwarf listings are for nearby objects only, Brad!

Saul Levy


On Thu, 14 Feb 2008 19:15:48 -0800 (PST), BradGuth
wrote:

On Feb 14, 5:58 pm, Saul Levy wrote:
You are mixing things up, BEERTbrain! lmao!

There will be NO explosion before the red giant or white dwarf stages.

There IS NO IRON PRODUCTION IDIOT!

White dwarfs have too small a surface area to be bright. They are dim
stars and hard to find now.

Only dim to the naked human eye, as otherwise white dwarfs are
extremely vibrant little suckers.
. - Brad Guth