NASA MAY HAVE JUST REVEALED SOMETHING ON THE MOON’S FAR SIDE THAT CHANGES THE ENTIRE STORY — And one strange detail is already fueling arguments 
What looked like another routine lunar discovery has opened the door to far bigger questions, with some calling it ordinary geology and others insisting the images deserve a much closer look. Is there a simple explanation hiding in plain sight… or are we only being shown part of the picture? What do YOU think NASA found?……..Details in the comments
NASA MAY HAVE JUST REVEALED SOMETHING ON THE MOON FAR SIDE THAT CHANGES THE ENTIRE STORY
For decades, Pluto was just a dot.
A fuzzy speck billions of miles away, so dim that even powerful telescopes on Earth could barely make out more than a blur.
Scientists expected it to be dead, frozen solid, geologically inactive, a leftover chunk of ice and rock from the dawn of the solar system with nothing left to teach us.
They were completely wrong.
The Long Journey
In the early 1990s, a planetary scientist named Alan Stern started pushing NASA to send a spacecraft to Pluto.
For years, almost nobody wanted to fund it.
Pluto seemed too far, too small, too unimportant.
Stern kept pushing anyway.
It took more than a decade of proposals and rejections before NASA finally approved a mission called New Horizons.
New Horizons launched on January 19th, 2006, riding on top of an Atlas V rocket.
It left Earth faster than any spacecraft before it, roughly 36,000 miles per hour.
Even at that blistering speed, the journey to Pluto would take 9 and a half years.
While New Horizons cruised through the emptiness of space, it slept most of the way.
Its systems powered down to save energy, waking up briefly each year for a health check.
On board it carried seven scientific instruments packed into a piano-sized spacecraft powered by a single nuclear generator producing about 200 watts.
That tiny amount of power was enough to run every instrument needed to unravel Pluto’s secrets.
On July 14th, 2015, New Horizons shot past Pluto at a distance of just 7,800 miles.
It was moving at almost 31,000 miles per hour.
The entire flyby lasted just a matter of hours.
There was no slowing down, no orbiting, no do-overs.
One shot after a 9 and a half year journey covering more than 3 billion miles.
The First Shock
Based on everything known before the flyby, researchers expected Pluto to look like its neighbors.
Heavily cratered, gray, geologically dead, similar to Earth’s own moon.
What they actually found broke almost every expectation.
Pluto had almost no craters at all across huge sections of its surface.
Instead, there was a giant, smooth, heart-shaped plain of ice, brilliant white, stretching nearly 1,000 miles across, roughly the width of Texas.
Mission scientists nicknamed it Sputnik Planitia.
A surface with few or no craters usually means one thing in planetary science.
It is young, geologically speaking.
Something has been resurfacing it, smoothing it out again and again, possibly within just the last few million years.
On a cosmic time scale, that is basically yesterday.
A tiny frozen world sitting in the coldest, darkest reaches of the solar system somehow has an active surface being repaved by nature itself.
Nobody expected that from a world this small and this far from the sun’s warmth.
The Hidden Heat
The second finding changed everything scientists thought they knew about how small worlds stay warm.
