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950-Mile-Long Cloud Spotted Over Martian Volcano. And It Has Staying Power

A mysterious white-colored plume extending some 950 miles (just over 1,500 kilometers) has been spotted on the leeward side of the Arsia Mons volcano on Mars.

Unlike other Martian cloud structures that seem to poof in and out of existence, this one has staying power, with the lengthy plume hovering near Arsia Mons since Sept. 13 and seen as recently as Nov. 12, according to the European Space Agency. The agency’s Mars Express camera has been recording images of the mountainous cloud.

“Montane clouds are very common on Mars, but it was the length of the cloud and its duration that makes it interesting,” said Francois Forget, a senior research scientist at the National Center for Scientific Research (CNRS) in Paris. “Usually, it is more localized to the volcano.” [The 7 Most Mars-Like Places on Earth].

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Lack of sunspots to bring record cold, warns NASA scientist

“It could happen in a matter of months,” says Martin Mlynczak of NASA’s Langley Research Center. ________________

“The sun is entering one of the deepest Solar Minima of the Space Age,” wrote Dr Tony Phillips just six weeks ago, on 27 Sep 2018.

Sunspots have been absent for most of 2018 and Earth’s upper atmosphere is responding, says Phillips, editor of spaceweather.com.

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The Key to Understanding AI May be Buried in the Laws of Physics

Deep learning has been making it possible for powerful machines to approximate and imitate abilities and techniques once thought to be uniquely human. Mathematicians have struggled to explain how they work so well and may now get some answers by looking outside mathematics and into the nature of the universe.

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Brightest comet of the year can be seen as it zips past Earth

If you have clear skies and are willing to brave the chilly temperatures, you might want to head to a dark site and look for a passing visitor.

Comet 46P/Wirtanen, first discovered in 1948, will have its closest encounter with Earth on Dec.16. But it’s already visible in the sky.

While this is the brightest comet of the year and the 10th closest comet in modern times, don’t expect one with a well-defined tail, a hallmark of comets.

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Bitly: CHECK THIS OUT: Diwata-2’s first images of the Philippines have been successfully captured and downloaded!

While things have seemed quiet after Diwata-2’s launch into space last October 29, the team has been busy working on the initial tests and calibration of Diwata-2’s payloads. Stay tuned for more images and updates in the coming weeks! Read more about the first few images here: https://bit.ly/2E9oi6m&h=AT3JRdu_Q1bmVIKgKhh6i5isF4r0_KorJahhzvIlwkmZJAVWzoBB6gDgVXNszAKVX8oEkew22ZfmIumx8SKMdpdbjc713J5V7GuopBDHVO3Lm5w7yRDuXf-EhuNG3Ov8f7H8LxRwxQe0RZoB-jviTcq15VDqjQygM60PVcyq0aaCco1WOwux_KQXz-f_F-Lf8F8 #Diwata2 #D2nMe

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A Fungus That Can “Eat” Plastic Has Been Discovered In Pakistan

By Luke Miller

A fungus that can “eat” plastic has been discovered in Pakistan. This discovery could tackle the growing plastic problem the planet is currently facing, by cutting the lifespan of plastic from up to 1000 years, to just weeks.

One of the largest environmental problems we are currently facing is plastic. Taken from sas.org pollution facts and figures:

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NASA releases first sounds ever recorded on Mars

Today, NASA released the first ever audio recording from Mars!

NASA’s InSight lander touched down successfully on Mars on November 26th. The primary mission of the lander (which is not a rover) is to study the interior of Mars by drilling below the surface. The goal is to analyze seismic activity and monitor for Marsquakes, which are Earthquakes, except on Mars.

“Capturing this audio was an unplanned treat,” Bruce Banerdt, of NASA’s Jet Propulsion Laboratory, said in a press release. “But one of the things [the InSight mission] is dedicated to is measuring motion on Mars, and naturally that includes motion caused by sound waves.”

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How did the NASA Fermi Gamma-ray Space Telescope measure all the starlight produced over 90% of the universe’s history?

Starlight continues to travel across the cosmos long after its sources have burned out — which means that we can see stars that no longer exist. It also means that our astronomers can study stellar formation without looking at the stars at all, but by observing the gamma rays that shoot out from distant galaxies interacting with the starlight. Take a closer look: https://go.nasa.gov/2G33gsA&h=AT2mbPrj5N1YVp76caneadyE80cXxzlDIz3iaNyx-nYAWUAOb8S8V34i2OjRAJYEpvMA2OiDxfWp2SjqhObX3KsU0S6T3BXgigD0Gp_A69TlbBPdAN0UF57j53f92OuRkHCvipfzCFgWJGcqJQqoTfD1uhXK_cuhEieVcl1z-IExq-2PIES2mQ

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