The American Space Agency NASA has given information about an astroide that can hit the moon in 2032. Last year, there was a possibility of this astroide to affect the earth. This astroide is being called 2024 YRR4. Its diameter is about 53-67 meters. Its size is similar to a 10 -floor building.

It was detected at the end of last year. It is classified as Astroid of Apollo type. This estroid cannot be seen from the earth because Telescope Its distance to see it is very high. NASA’s James Webb Space Telescope (JWST) saw the last time before it disappeared in its orbit near its sun. Experts of Jet Propulsion Laboratory of NASA’s Center for Near-Earth Object Studies in California, America have explained the orbit of this astroide with the help of additional information.

The possibility of colliding with the moon of this astroide has increased from 3.8 percent to 4.3 percent. NASA says that there is some possibility of impacting this astroide but it will not change the orbit of the moon. However, Astronomers are constantly monitoring the danger of this astroide. Apart from this, efforts are also being made to understand its possible path.

Recently, NASA had reported that the rising activity of the Sun is causing damage to the satellites present in Starlink’s constitution. These stellets were launched by Spacex associated with Billionaire Elon Musk’s space exploration. At NASA’s Goddard Space Flight Center, Space Physicist, Denny Oliveira has led a study on 523 satellites of Starlink, which fell back to the earth over the years. This study has shown that geomagnetic storms produced by explosions in the Sun increases the stretch in the atmosphere and this makes the satellites fall from the orbit and re -enters the atmosphere. The NASA team wrote in this study, “It clearly shows that the existing solar cycle’s sharp solar activity has had a major impact on the satellites of the Starlinks. It is the highest number of satellites and solar activity in human history.”

Indian Astronaut Shubhanshu Shukla’s arrival in space has been averted. The reason for this is a leak during testing in the Falcon 9 booster of the Axiom-4 spaceflight. This mission is to be sent to the International Space Station (ISS). The mission includes the country’s Shubhanshu Shukla of the country, PEGY WHITSON of America, Slawosz Uznanski Wisniieski of Poland and Tibor Kapu of Hungary.

These astronauts will also be sent to a swan toy called Joy as his indicator of zero gravity. The Chairman of the Indian Space Research Organization (ISRO), V Narayanan said that this spaceflight has been postponed due to a Lox leak in Propulsion Bay during the Test. Technical experts of Spacex of Axiom Space and Billionaire Elon Musk have decided to fix it after discussing this problem. After this, information will be given on the next date of launch of this spaceflight. Operations and crew to this delay Security It is being seen as an important phase to meet the needs of.

The American Space Infrastructure Developer Axiom Space has reported that this is the first time in the last 40 years that the US government has approved a spaceflight with Astronauts in India, Poland or Hungary. India’s first astronaut Rakesh Sharma made history by reaching space in 1984. However, Shukla will be the first Indian pilot of a spacecraft. In this mission, the responsibility of Mission Kamadar will be handled by America’s PEGY WHITSON. The four-member crew is in pre-launch Quarantine. This crew has made strict preparations for this mission. Shukla has taken long training abroad for this.

This team will do 60 scientific experiments during the mission on ISS. Seven of these experiments will be led by Shukla. There is a participation of 31 countries in this mission. These countries will contribute to Human Physiology, Artificial Intelligence (AI), Materials Science and Biological Studies in Space. India can get significant learning for the country’s first Human Space Mission Gaganyaan. This will be a big moment in the history of space missions after the problem is resolved in Falcon 9 and completing the final tests.