Universe itself is a black hole.

Double a it is in the books a space ship going in one direction for as
long as it takes will circle back to where it started from. we know
space is curved and there is no straight line from A to B We are
in a closed loop system. So big you do not feel the little curve.
TreBert

"G=EMC^2 Glazier" wrote in message
...
Double a it is in the books a space ship going in one direction for as
long as it takes will circle back to where it started from. we know
space is curved and there is no straight line from A to B We are
in a closed loop system. So big you do not feel the little curve.
TreBert

To say a straight line is really curved is pretty warped thinking, if you
ask me.

On May 28, 4:00*pm, "Mark Earnest" wrote:
"G=EMC^2 Glazier" wrote in message

...

Double a *it is in the books a space ship going in one direction for as
long as it takes will circle back to where it started from. we know
space is curved and there is no straight line from A to B * * * We are
in a closed loop system. So big you do not feel the little curve.
TreBert

To say a straight line is really curved is pretty warped thinking, if you
ask me.


You got it! Warped space-time!

Double-A

Mark Its Einstein thinking. I wish it was all mine. I can only add to
the great theories of Einstein. He is very clever TreBert

"G=EMC^2 Glazier" wrote in message
...
Mark Its Einstein thinking. I wish it was all mine. I can only add to
the great theories of Einstein. He is very clever TreBert


OK, Bert, if it was what Einstein says, then I am sure his mathematical
brilliance was just running away with him.

Either the line is straight or it isn't.

What could be simpler than that?

On May 28, 11:13*pm, "Mark Earnest" wrote:
"G=EMC^2 Glazier" wrote in message

...

Mark Its Einstein thinking. I wish it was all mine. I can only add to
the great theories of Einstein. He is very clever *TreBert

OK, Bert, if it was what Einstein says, then I am sure his mathematical
brilliance was just running away with him.

Either the line is straight or it isn't.

What could be simpler than that?

Nothing is simple except in math. All straight lines you'll ever
cross in this universe are really just tangential approximations of
curves.

You never run on a straight-line here on Earth -- it's curved after
all and at all points point to the center, thus warping surfaces even
though very slightly and not noticeable for small enough *tangents*.
Let alone out there, where you're always in orbit around some gravity
well...

"namekuseijin" wrote in message
...
On May 28, 11:13 pm, "Mark Earnest" wrote:
"G=EMC^2 Glazier" wrote in message

...

Mark Its Einstein thinking. I wish it was all mine. I can only add to
the great theories of Einstein. He is very clever TreBert

OK, Bert, if it was what Einstein says, then I am sure his mathematical
brilliance was just running away with him.

Either the line is straight or it isn't.

What could be simpler than that?

Nothing is simple except in math. All straight lines you'll ever
cross in this universe are really just tangential approximations of
curves.

You never run on a straight-line here on Earth -- it's curved after
all and at all points point to the center, thus warping surfaces even
though very slightly and not noticeable for small enough *tangents*.
Let alone out there, where you're always in orbit around some gravity
well...

Ever grab ordinary string by two ends and pull it tight?
That is a pretty good representation of a straight line: the shortest
distance between two points.
If you averaged out the position of each part of the string, it would indeed
average out as a straight line.

namek Well put could not have done better myself. Einstein gave us
curved space and mother nature loves round,and the rounder the better.
Nature is always trying to create that perfect circle. I have posted
many times when a perfect circle is achieved,and got some good email on
that theory all the way from U of Moscow go figure TreBert

Mark The greater the distance of the line the more it will be curved.
Gravity sees to it. Trebert

"G=EMC^2 Glazier" wrote in message
...
Mark The greater the distance of the line the more it will be curved.
Gravity sees to it. Trebert

Then it isn't, and never was, a line.