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Do Not Ponder

Posted by MFish • Profile • 04/12/21 at 11:00PM • Life Stories - Memories • See more by MFish

Do not ponder,
Do not dwell.
My soul tells my body,
were on a slow ride to Hell.
I no longer have control
of my body or my mind.
It matters not
if the words are unkind.
Go from this place.
Go now and flee.
Keep hiding your face
from those who can't see,
the pain inside you,
from deep within,
who haven't a clue
of the pain you are in.

In another time,
so long ago,
we went to the movies.
Never went to the show.
The problem with movies;
there is no chance for romance.
So you drove to the Grange,
where people would dance.
There was "Square Dancing"
you moved around in a circle,
with a twirl or dosey do.
Off you would dance, not slow.
Later, the music scene, change it did,
when you could dance face
to face; "oh you kid."
A waltz, a two step, a Varsouviana.
You would have a young lady, by the hand.
Then new music burst onto the scene;
It was Rock and Roll. And then the King
Elvis Presley, Roy Orbison and
became the latest thing.

NASA Astronomy Picture of the Day:

What lights up the Flame Nebula? Fifteen hundred light years away towards the constellation of Orion lies a nebula which, from its glow and dark dust lanes, appears, on the left, like a billowing fire. But fire, the rapid acquisition of oxygen, is not what makes this Flame glow. Rather the bright star Alnitak, the easternmost star in the Belt of Orion visible on the far left, shines energetic light into the Flame that knocks electrons away from the great clouds of hydrogen gas that reside there. Much of the glow results when the electrons and ionized hydrogen recombine. The featured picture of the Flame Nebula (NGC 2024) was taken across three visible color bands with detail added by a long duration exposure taken in light emitted only by hydrogen. The Flame Nebula is part of the Orion Molecular Cloud Complex, a star-forming region that includes the famous Horsehead Nebula.

Photo by Team ARO

NASA Astronomy Picture of the Day:

What happens when two black holes collide? This extreme scenario occurs in the centers of many merging galaxies and multiple star systems. The featured video shows a computer animation of the final stages of such a merger, while highlighting the gravitational lensing effects that would appear on a background starfield. The black regions indicate the event horizons of the dynamic duo, while a surrounding ring of shifting background stars indicates the position of their combined Einstein ring. All background stars not only have images visible outside of this Einstein ring, but also have one or more companion images visible on the inside. Eventually the two black holes coalesce. The end stages of such a merger is now known to produce a strong blast of gravitational radiation, providing a new way to see our universe. This Week is: Black Hole Week at NASA

Video by Simulating Extreme Spacetimes

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