Kilonova ...

Video: This artist’s view shows the moments before and the nine days following a kilonova. Two neutron stars spiral inward, creating gravitational waves (pale arcs). After the merger, a jet produces gamma rays (magenta), while expanding radioactive debris makes ultraviolet (violet), optical (blue-white) and infrared (red) light.

Collisions between neutron stars are thought to be 1,000 times brighter than a typical nova, and they are the universe’s primary source of such elements as silver, platinum and gold. But much like gravitational waves, kilonovas have long been strictly theoretical. No scientist had ever seen one. Until this summer.

At 8:41 a.m. Eastern time on Aug. 17, a gravitational wave hit the Virgo detector in Italy and, 22 milliseconds later, set off the LIGO detector in Livingston, La. Three milliseconds after that, the distortion rippled through Hanford, Wash.

Awesome video save that there is no sound in space. :)

Artist’s rendering of the neutron-star merger depicting a gamma-ray burst and ejected material swirling around the merging stars.

Addendum:

Before August, the only other gravity waves detected by LIGO were generated by colliding black holes. But black holes let no light escape, so astronomers could see nothing.

Gravitational wave from black hole collision 1.8 billion light-years away sensed in U.S. and Italy
This time there was plenty to see, measure and analyze: matter, light, and other radiation. The Hubble Space Telescope even got a snapshot of the afterglow.

"The completeness of this picture from the beginning to the end is unprecedented," said Columbia University physics professor Szabolcs Marka. "There are many, many extraordinary discoveries within the discovery."

The colliding stars spewed bright blue, super-hot debris that was dense and unstable. Some of it coalesced into heavy elements, like gold, platinum and uranium. Scientists had suspected neutron star collisions had enough power to create heavier elements, but weren't certain until they witnessed it.

"We see the gold being formed," said Syracuse's Brown.

How cool is that?

Skyline Overview

NYC & Chicago skylines, awesome says it all.

Tell me about it. :)

Taking an educated guess ..

The 8/21/17 Solar Eclipse was pretty stellar and NASA did some predictive analytics to see what the real deal would look like. Looks pretty amazing without question.

When the total solar eclipse swept across the United States on Aug. 21, 2017, NASA satellites captured a diverse set of images from space. But days before the eclipse, some NASA satellites also enabled scientists to predict what the corona — the Sun’s outer atmosphere — would look like during the eclipse, from the ground. In addition to offering a case study to test our predictive abilities, the predictions also enabled some eclipse scientists to choose their study targets in advance. 

Ain't science grand? :)

Yet another test :)

Yet another test with Luma Fusion but with a little more finesse. In good light, the iPad certainly holds its own as does the editing app. Enjoy

An Ominious Beauty

Years ago, yours truly went to Yellowstone and was stunned at how truly beautiful the national park was with boiling lakes containing the colors of the rainbow combined with blue sky that almost hurts the eyes to look at. At the time, there was no sense of fear that the underlying cause of all this beauty could wake up and transform 1/2 of the US into an ash pile 2500 times greater than the Mt. St Helen's eruption or incinerate goodly parts of Wyoming, Utah and Montana in a NY minute until now.

Beneath Yellowstone National Park lies a supervolcano, a behemoth far more powerful than your average volcano. It has the ability to expel more than 1,000 cubic kilometers of rock and ash at once — 2,500 times more material than erupted from Mount St. Helens in 1980, which killed 57 people. That could blanket most of the United States in a thick layer of ash and even plunge the Earth into a volcanic winter.

Yellowstone’s last supereruption occurred 631,000 years ago. And it’s not the planet’s only buried supervolcano. Scientists suspect that a supereruption scars the planet every 100,000 years, causing many to ask when we can next expect such an explosive planet-changing event.

To answer that question, scientists are seeking lessons from Yellowstone’s past. And the results have been surprising. They show that the forces that drive these rare and violent events can move much more rapidly than volcanologists previously anticipated.

Mt St. Helens' crater  after the eruption

Seen below is the size of the Yellowstone super volcano.

An ominous beauty indeed.

Pretzel Logic/Rev II

A Set of 3

VC Immensity

A Wine Dark Sea

Center Line

Circular reasoning :)

Dusk in AK

Harvest Moon

Edge Line

Fire on the Mountain

Here's looking @ you :)

Keeping a tiny jumping spider from jumping to get this awesome portrait is something pretty awesome without question. :)