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NASA Making a ‘Rigorous’ Search for Vikram with Fresh Lunar Pictures

LRO will next fly around the region on November 10 and it will be another good opportunity with favourable lighting conditions for pictures, Petro said

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NASA also plans to build a space outpost in lunar orbit that can relay astronauts to the lunar surface by 2024. VOA

BY ARUL LOUIS

NASA’s Lunar Reconnaissance Orbiter (LRO) has taken a fresh set of pictures under better lighting conditions of the area where the Indian moon lander Vikram likely ended up and experts will be making a rigorous search for it, according to LRO Project Scientist Noah Petro.

“The lighting conditions on Monday were much more favourable, (with) less shadow in the region” compared to last month, Petro told IANS on Wednesday.

Scientists were not able to locate the Vikram in the pictures taken during the LRO’s last flyover on September 17, when it was dusk on the moon and the long shadows that covered much of the terrain may be hidden in it, NASA said at that time.

“We flew over the landing site on Monday and the camera team is still evaluating images, so we should know more in the next few days,” Noah said.

Chandrayaan 2, India, Moon
Chandrayaan-2, India’s ambitious expedition to the moon’s south pole, made headlines globally even as Vikram, the lander of the mission, lost contact with the orbiter. Pixabay

“We will do a careful search, we will be as rigorous as possible” and “we will find out soon” what happened to the Vikram moon lander, said Petro, who is based at the Goddard Space Flight Center in Maryland near Washington.

“This is a large area, we don’t know exactly where we have to look. So it will take some time to search the images because we are looking over a very, very large area,” he added.

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Vikram lost contact with the Indian Space Research Organisation (ISRO) following its launch from Chandraayan 2 moon orbiter on September 6 and likely landed in an area around the moon’s South Pole.

LRO will next fly around the region on November 10 and it will be another good opportunity with favourable lighting conditions for pictures, Petro said. (IANS)

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Jupiter not as Dry as it was Predicted to be: NASA Scientists

Jupiter not as dry as earlier thought, reveals new NASA probe

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Jupiter
Jupiter may not be as dry as earlier shown by a NASA probe, according to the first science. (Representational Image). Pixabay

The largest planet in our solar system may not be as dry as earlier shown by a NASA probe, according to the first science results revealed by the US space agency’s Juno mission on the amount of water in Jupiter’s atmosphere.

At the equator, water makes up about 0.25 per cent of the molecules in Jupiter’s atmosphere — almost three times that of the Sun, said the study published in the journal Nature Astronomy.

These are also the first findings on the gas giant’s abundance of water since NASA’s 1995 Galileo mission suggested Jupiter might be extremely dry compared to the Sun. The comparison is based not on liquid water but on the presence of its components, oxygen and hydrogen, present in the Sun.

“We found the water in the equator to be greater than what the Galileo probe measured,” said Cheng Li, a Juno scientist at the University of California, Berkeley. “Because the equatorial region is very unique at Jupiter, we need to compare these results with how much water is in other regions,” Li said.

An accurate estimate of the total amount of water in Jupiter’s atmosphere has been on the wish lists of planetary scientists for decades. The figure in the gas giant represents a critical missing piece to the puzzle of our solar system’s formation.

Jupiter
These are also the first findings on the gas giant’s abundance of water since NASA’s 1995 Galileo mission suggested Jupiter might be extremely dry compared to the Sun. (Representational Image). Pixabay

Jupiter was likely the first planet to form, and it contains most of the gas and dust that was not incorporated into the Sun.

Water abundance also has important implications for the gas giant’s meteorology (how wind currents flow on Jupiter) and internal structure. While lightning — a phenomenon typically fuelled by moisture — detected on Jupiter by Voyager and other spacecraft implied the presence of water, an accurate estimate of the amount of water deep within Jupiter’s atmosphere remained elusive.

Before the Galileo probe stopped transmitting 57 minutes into its Jovian descent in December 1995, it radioed out spectrometer measurements of the amount of water in the gas giant’s atmosphere down to a depth of about 120 kilometres. The scientists working on the data were dismayed to find ten times less water than expected.

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A rotating, solar-powered spacecraft Juno was launched in 2011. Because of the Galileo probe experience, the mission seeks to obtain water abundance readings across large regions of the immense planet.

The Juno science team used data collected during Juno’s first eight science flybys of Jupiter to generate the findings. (IANS)