The Japanese Probe, Akatsuki just witnessed a strange gravity wave in the atmosphere of Venus although this isn’t the first time something like this has happened and being observed. This time the strength of the wave was the largest ever being recorded. As by the data being captured, the wave stretched for around 6000 miles from one end to another. Readings also suggested that the structure and the atmosphere of Venus is may more complex than ever was before.

Discovery of Akatsuki

As per the European Space Agency (ESA), a gravity wave in the environment is fundamentally a swell made in the thickness of a planet’s climate. This is not the same as a gravitational wave which is another swell yet in space-time. Comparable waves have additionally been seen in the Earth’s air where they cause aggravation, meddle with the climate and cause turbulence. A few gravity waves have been seen before in the air of Venus.
The ESA’s Venus Express had recognized some toward the finish of its central goal in 2014. The Japanese test has watched a few littler ones with the guide of its infrared cameras too. The goliath wave is depicted in a paper distributed in Nature Geoscience. It tells that the test landed at the planet on December seventh 2015 and when the Akatsuki changed its circle, the rocket dismissed it on December twelfth 2015. At the point when the test came back to position to watch the unusual wonder on fifteenth January 2016, the brilliant wave had vanished.

mysterious clouds on venus japanese spacecraft akatsuki sends back new images A Major Gravity Wave in Venus Atmosphere, Detected by Akatsuki; a Japanese Probevia: itechpost.com

The bizarre thing about this wave is the way that it was enormous as well as that it stayed stationary over a rocky locale on the planet’s surface. The wave stayed in this position in spite of the foundation air winds being available.

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It`s Complex

About this phenomena, researchers are very confused. According to them the bright structure could be the result of a gravity wave being formed at the same point lower than the atmosphere. In spite of having several speculations it still remains unclear how it reached the upper part of the atmosphere and stayed there. The clouds rotate very fast at this point. To be exact they rotate faster than the planet itself. Instead of taking 243 days, they take four days to rotate once by the planet.

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