What if (on those supergiants.)

These great stars beg the question could we survive if one exploded
about 15,000 LY from us? These stars are 100 rimes bigger than the
Sun.They radiate in the blue range because they are so very hot, This
makes them easy to find,as they stand out in the sky. They are not all
that numerous,but when they explode it is one of natures biggest
explosions,and one light up the day sky for two weeks(recorded in China)
Looking at Sher 25 and its in the constellation of Carina. I predict it
has already exploded,so look up,and dig a hole down Bert

On May 3, 8:31 am, (G=EMC^2 Glazier) wrote:
These great stars beg the question could we survive if one exploded
about 15,000 LY from us? These stars are 100 rimes bigger than the
Sun.They radiate in the blue range because they are so very hot, This
makes them easy to find,as they stand out in the sky. They are not all
that numerous,but when they explode it is one of natures biggest
explosions,and one light up the day sky for two weeks(recorded in China)
Looking at Sher 25 and its in the constellation of Carina. I predict it
has already exploded,so look up,and dig a hole down Bert

Sirius A+B+C = 3 solar mass MC2 BANG at 8.6 LY

Those of us surviving the gamma and secondary/recoil worth of hard-
Xray influx of just 8.6 years from this stellar merger/implosion of a
supernova event (essentially the very same timing as we manage to have
optically detected such), whereas the arriving flak at 0.1 'c' gives
us 86 years to party down.

Of couse, oops! we're currently getting ourselves closer to Sirius.
-
Brad Guth

On May 3, 8:31 am, (G=EMC^2 Glazier) wrote:
These great stars beg the question could we survive if one exploded
about 15,000 LY from us? These stars are 100 rimes bigger than the
Sun.They radiate in the blue range because they are so very hot, This
makes them easy to find,as they stand out in the sky. They are not all
that numerous,but when they explode it is one of natures biggest
explosions,and one light up the day sky for two weeks(recorded in China)
Looking at Sher 25 and its in the constellation of Carina. I predict it
has already exploded,so look up,and dig a hole down Bert


The Supernova Next Door

"Eta Carinae's massive eruptions warn the superstar's explosive
destruction may come sooner than suspected." - Astronomy Magazine
06-07

http://www.astronomy.com/asy/default.aspx?c=ci&id=24

"Eta Carinae could blow anytime"!

http://www.space.com/scienceastronom...ae_000307.html

It is 100 times more massive that the Sun, and only 7,500 LYrs from
Earth!

It may have already blown long ago, and its fatal gamma wave traveling
toward us for most of human history!

Double-A

In article .com,
Double-A wrote:

On May 3, 8:31 am, (G=EMC^2 Glazier) wrote:
These great stars beg the question could we survive if one exploded
about 15,000 LY from us? These stars are 100 rimes bigger than the
Sun.They radiate in the blue range because they are so very hot, This
makes them easy to find,as they stand out in the sky. They are not all
that numerous,but when they explode it is one of natures biggest
explosions,and one light up the day sky for two weeks(recorded in China)
Looking at Sher 25 and its in the constellation of Carina. I predict it
has already exploded,so look up,and dig a hole down Bert


The Supernova Next Door

"Eta Carinae's massive eruptions warn the superstar's explosive
destruction may come sooner than suspected." - Astronomy Magazine
06-07

http://www.astronomy.com/asy/default.aspx?c=ci&id=24

"Eta Carinae could blow anytime"!

http://www.space.com/scienceastronom...ae_000307.html

It is 100 times more massive that the Sun, and only 7,500 LYrs from
Earth!

It may have already blown long ago, and its fatal gamma wave traveling
toward us for most of human history!


Fatal no. Eta Carinae would cause some issues for satellites and LEO objects,
but its doubtful whether anything more. Its already had some supernova-type
events (supernova impostor events).

--
Sacred keeper of the Hollow Sphere, and the space within the Coffee Boy
singularity.

COOSN-174-07-82116: alt.astronomy's favourite poster (from a survey taken
of the saucerhead high command).

Why does this idea come out of good science? These blue super giants
came out of the most dense clouds. Had to be very heavy. These great
stars fused very fast,and being 100 times bigger and denser than the Sun
means great gravity. They have 90 planets. some at great distances.
With there stars short life span,and in its end exploding one could
easily say 90 doomed planets,and yet. Lets think of a planet orbiting
around this super blue giant at a distance of half a LY when the
explosion takes place. Lets say this planet is 15 times bigger than
Earth. The great explosion blasted it away at an accelerating rate.
Space is very cold just 2.7 K and it gets a solid surface,and its
thousands of volcanoes bring up great amounts of steam that makes it a
water planet with water covering its surface 30 miles deep. It is warm
water like found in the pools of Yellow stone park. It has much
sulfur,and salt in it. The planet is spinning at a fairly fast rate,and
its great speed has given it much inertia,to add to its 15 times bigger
than the Earth's size. Its waters have great waves that circle the
planet continually. Its sky has only stars that do not give the
appearance of points of light but thin streeks.some long others short.
This planet has balloon type life in its dense atmosphere. It has many
forms of large fish,some 90 times larger than our whale fish. Great
under water forests with snakes huge caterpillars,and octopus are all
white,and its most intelligent animal. All animals have no eyes,but in
reality no need of them. Sound is their eyes They love to touch every
thing. These planets without Suns are not all that rare.They are just
impossible to detect right now,but in 500 years that will all change.
In some respects a planet orbiting a Sun might have a poorer chance. Our
8 other planers prove this,and the best chance for other life is on the
Moon Io Go figure Beeert

In article ,
(G=EMC^2 Glazier) wrote:

Why does this idea come out of good science? These blue super giants
came out of the most dense clouds. Had to be very heavy. These great
stars fused very fast,and being 100 times bigger and denser than the Sun
means great gravity. They have 90 planets. some at great distances.
With there stars short life span,and in its end exploding one could
easily say 90 doomed planets,and yet. Lets think of a planet orbiting
around this super blue giant at a distance of half a LY when the
explosion takes place.


Half a LY? Well, this is certainly another example of prime Beert nonsense.

--
Sacred keeper of the Hollow Sphere, and the space within the Coffee Boy
singularity.

COOSN-174-07-82116: alt.astronomy's favourite poster (from a survey taken
of the saucerhead high command).

In article ,
(G=EMC^2 Glazier) wrote:

The great explosion blasted it away at an accelerating rate.
Space is very cold just 2.7 K and it gets a solid surface,and its
thousands of volcanoes bring up great amounts of steam that makes it a
water planet with water covering its surface 30 miles deep. It is warm
water like found in the pools of Yellow stone park. It has much
sulfur,and salt in it. The planet is spinning at a fairly fast rate,and
its great speed has given it much inertia,to add to its 15 times bigger
than the Earth's size. Its waters have great waves that circle the
planet continually. Its sky has only stars that do not give the
appearance of points of light but thin streeks.some long others short.
This planet has balloon type life in its dense atmosphere. It has many
forms of large fish,some 90 times larger than our whale fish. Great
under water forests with snakes huge caterpillars,and octopus are all
white,and its most intelligent animal. All animals have no eyes,but in
reality no need of them. Sound is their eyes They love to touch every
thing. These planets without Suns are not all that rare.They are just
impossible to detect right now,but in 500 years that will all change.
In some respects a planet orbiting a Sun might have a poorer chance. Our
8 other planers prove this,and the best chance for other life is on the
Moon Io


Might work for Space: 1999, but in reality its more saucerhead nonsense.

--
Sacred keeper of the Hollow Sphere, and the space within the Coffee Boy
singularity.

COOSN-174-07-82116: alt.astronomy's favourite poster (from a survey taken
of the saucerhead high command).

Phineas T Puddleduck wrote:

In article ,
(G=EMC^2 Glazier) wrote:

The great explosion blasted it away at an accelerating rate.
Space is very cold just 2.7 K and it gets a solid surface,and its
thousands of volcanoes bring up great amounts of steam that makes it a
water planet with water covering its surface 30 miles deep. It is warm
water like found in the pools of Yellow stone park. It has much
sulfur,and salt in it. The planet is spinning at a fairly fast rate,and
its great speed has given it much inertia,to add to its 15 times bigger
than the Earth's size. Its waters have great waves that circle the
planet continually. Its sky has only stars that do not give the
appearance of points of light but thin streeks.some long others short.
This planet has balloon type life in its dense atmosphere. It has many
forms of large fish,some 90 times larger than our whale fish. Great
under water forests with snakes huge caterpillars,and octopus are all
white,and its most intelligent animal. All animals have no eyes,but in
reality no need of them. Sound is their eyes They love to touch every
thing. These planets without Suns are not all that rare.They are just
impossible to detect right now,but in 500 years that will all change.
In some respects a planet orbiting a Sun might have a poorer chance. Our
8 other planers prove this,and the best chance for other life is on the
Moon Io


Might work for Space: 1999, but in reality its more saucerhead nonsense.

Heh, approved.

--
Supreme Leader of the Brainwashed Followers of Art Deco

"Causation of gravity is missing frame field always attempting
renormalization back to base memory of equalized uniform momentum."
-- nightbat the saucerhead-in-chief

"Of doing Venus in person would obviously incorporate a composite
rigid airship, along with it's internal cache of frozen pizza and
ice cold beer."
-- Brad Guth, bigoted racist

Duck wit Not nonsense just far out thinking. just using ideas from
denser deep space clouds. Just ideas that a low wit would think don't
make sense Bert

If Sirius B was not too long ago of a 'once upon a time' stellar worth
of 5 solar mass, then where the heck did the other substantial amount
of nearly 4 solar mass of Sirius B go?

I suppose some of it (perhaps one solar mass) had to became Sirius A.

Why wouldn't the red-giant phase of Sirius B have pushed out a few
planets, plus a few of those icy proto-moon size of Oort cloud items?

Why can't this most basic analogy be run through a good enough
supercomputer, in full 3D simulation?

What are these faith-based fools so deathly afraid of?
-
Brad Guth