Wednesday , December 1 2021

Space Photography of the Week: Packing for Mars


This strange zigzag land is part of the southern pole of Mars. These strange features are a result of Martian seasonal changes. In the winter months, as ice water, the dry ice at the bottom evaporates, leaving these irregular shapes. By observing the seasonal changes in Mars with the HiRise camera in the Mars Reconnaissance Orbiter, scientists can combine a larger climate image for our dusty planetary neighbor.

After traveling to the South Pole, now we find ourselves in the north pole in the spring. This synaptic pattern is caused by the slow dissolution of carbon dioxide on the surface. As the planet heats up in the spring, the ice evaporates, leaving behind this detailed polygon pattern. The bluish patches here are carbon dioxide snow. This photo was taken by the HiRise camera in 2008, when NASA began to determine where to place the Phoenix ship.

This special photo is a first for all space exploration. This is seen by one of MarCO CubeSats, which traveled with InSight on the way to Mars. Two CubeSats and InSight were launched from the World at an Atlas V rocket. When they were far enough away, the rocket released the trio and went to Mars together. This wide-angle view shows Mars great in the background, while the high-gain antenna appears to the right of the frame. When Marco-B took this photo, he completed his first mission: the mini-satellites paired data to the Earth at the time of '7 minutes of terror'. This is where the InSight dips into the Mars atmosphere and surface.

This colorful cloud is called the Rosetta Nebula and is known as an emission nebula. As gas and dust collide, new stars are created, and the power of these stars removes gas and dust from the environment. In this process, it begins to shine as a result of radiation from the formation of stars. This image was captured by the Very Large Telescope of the European Southern Observatory in Chile.

Meet Apep – a binary star system never seen before. The photo taken by the Very Large Telescope of the European Southern Observatory shows a pair of stars surrounding each other. Their interaction causes huge star winds that push gas and dust around their dances, leaving behind this rotating dust cloud.

Abel 1033 goes brave that the galaxy cluster hasn't gone before. Formatted like USS establishment from Star warsbut unfortunately, it is not a hidden gas spaceship, but a single remnant of the collision of two galaxy clusters. The clusters of galaxies are the largest known objects in the universe – each one can contain thousands of galaxies, and they are all connected by gravity. However, the gas around them can reach up to six times the mass of all the assembled galaxies, and this gas is difficult to see only in visible light. By combining the data from the Chandra X-Ray Observatory, which you see here, the full form of radio observations and interaction in the blues becomes visible.

Welcome to Mars, InSight! Captured by the European Space Agency's Mars Express Orbiter, this picture shows the Elysium Planitia, where InSight landed. (Between the black dot on the lower right and the raised sugar cane at 3 am.) The land that will work here for two years examines the interior of the planet, explores the marches and explores the heat from below. surface. InSight's store is far from the hills and volcanoes, and this is a good thing because InSight needed a very flat and alan boring ın place to live on Mars. And now there's a friend of Insight (a kind of) neighbor; it is only a few hundred miles north of where the curious traveler travels.

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