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Why Chandrayaan-3 lift-off was delayed by 4 seconds? ‘Close approach risk,’ reveals ISRO new report

India became the first country to land close to the lunar South Pole and just the fourth to land on the moon under control with Chandrayaan-3.

To prevent any collisions with satellites and debris, India’s moon mission, Chandrayaan-3, was launched four seconds later than planned, according to a new study from the Indian Space Research Organization (ISRO).

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The space agency stated in a blog post on Friday that for LVM3-M4/Chandrayaan-3, “the nominal lift-off had to be delayed by 4 seconds based on COLA analysis to avoid close approaches between a debris object and the injected satellites in their orbital phase due to overlapping operational altitudes.”

S Somanath, chairperson of ISRO, unveiled the Indian Space Situational Assessment Report (ISSAR) for 2023, an annual overview of the space situation, prepared by ISRO’s System for Safe and Sustainable Space Operations Management (IS4OM) earlier this month.

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The study emphasized how susceptible space assets are to a range of environmental threats, including meteoroids, comets, asteroids, and artificial space objects. It emphasized maintaining constant awareness to predict atmospheric re-entry, evaluate satellite and launch vehicle approaches up close, and track the evolution of space objects.

The report also said that no launch vehicle-safe liftoffs were observed nearby. additional near approaches were found to be secure

Following the launch, ISRO verified that during the Chandrayaan-3 mission and the Earth-bound phase of Aditya-L1, no detected close encounters with other space objects occurred.

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Chandrayaan-3: India’s moonshot

India’s lunar mission, Chandrayaan 3, embarked on its journey from the ISRO’s Satish Dhawan Space Centre in Sriharikota on July 14. Approximately a month later, on August 23, the Vikram lander, accompanied by the Pragyan Rover, successfully landed on the moon.

This made India the first nation to land near the lunar South Pole and only the fourth to achieve a controlled lunar landing.

After 10 days of exploration on the lunar surface, both the lander and rover entered a dormant state. The propulsion module remained in the lunar orbit which it had attained after separating from the lander.

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Indian Space Situational Assessment Report 2023 | Top points

  • A total of 127 Indian satellites were launched from the inception of the Indian space program until December 31, 2023.
  • The Indian government owns 22 operational satellites in Low Earth Orbit (LEO) and 29 in Geo-synchronous Earth Orbit (GEO) as of December 31, 2023.
  • Three active Indian deep space missions by the end of 2023: Chandrayaan-2 Orbiter, Aditya-L1, and Chandrayaan-3 Propulsion Module.
  • By the end of 2023, 21 Indian satellites had re-entered the atmosphere, with 8 re-entries occurring in 2023 alone. Megha-tropiques-1 underwent controlled re-entry in 2023.
  • 82 rocket bodies from Indian launches were placed in orbit till 2023, with 52 debris from PSLV-C3 still in orbit by the end of 2023. Thirty-five intact rocket bodies re-entered Earth’s atmosphere till 2023 end, with five re-entries in 2023.
  • SSLV-D2/EOS7, LVM3-M3/ONEWEB_II, PSLV-C55/TeLEOS-2, GSLV-F12 NVS-01, LVM3-M4/Chandrayaan-3, PSLV-C56/DS-SAR, and PSLV-C57/Aditya L-1 were among the seven ISRO launches in 2023 that were all successful. As a consequence, eight rocket bodies—including POEM-2—46 foreign satellites, five Indian spacecraft, and forty-six foreign satellites were all placed in their intended orbits.

Indian researcher uses Chandrayaan-2 to find Japan’s Slim lander on the Moon

The timing of the image capture was crucial, as it occurred during a period when the sun’s elevation was low, casting long, dramatic shadows across the moon’s landscape.

In Short

  • Chandrayaan-2 orbiter had successfully captured high-resolution images
  • The images were taken on March 16, 2024
  • It was taken using the orbiter’s high-resolution camera

Japan’s Slim lander was discovered to be resting on the Moon through the analysis of data given by Chandrayaan-2 by independent researcher Chandra Tungathurthi.

High-resolution photos of Japan’s Smart Lander for Investigating Moon (SLIM) at rest on the moon have been successfully taken by the Chandrayaan-2 spacecraft. Using the orbiter’s high-definition camera—which has an amazing pixel resolution of 16 cm per pixel—the pictures were captured on March 16, 2024. The Indian researcher presented three different viewpoints on the location’s context.

It was important to time the photo shoot around a moment when the sun was low in the sky, creating lengthy, dramatic shadows on the lunar surface. This enhanced the visual depth of the photos while bringing attention to the SLIM lander’s surroundings and the lunar surface’s outlines and peculiarities.

The fact that SLIM, the Japan Aerospace Exploration Agency’s (JAXA) first successful moon landing, made it through its third hard lunar night before is evidence of its sturdy engineering and construction.

Due to its ability to land with extreme precision, the lander—dubbed the “moon sniper”—had first landed south of the lunar equator, close to the Shioli crater.

The Chandrayaan-2 photos offer important information about the state and precise location of SLIM, supporting current research and future mission planning. The fact that these photos were successfully taken demonstrates the capability of Chandrayaan-2’s equipment as well as the tactical benefit of having such cutting-edge equipment in lunar orbit.

In general, it might be laborious to search through raw data for complete information. The researcher has created a custom toolkit specifically designed for analyzing ISRO data in order to expedite this process. With the help of this toolbox, orthographic images can be created for analysis by smoothly integrating image data with location information.

This method, like the services offered by NASA’s LRO, makes efficient data interpretation easier.

“Among the best cameras for observing the lunar surface is ISRO’s OHRC. After closer inspection, I found that the aforementioned image had an astounding 16 cm resolution, indicating very high-quality images. He continued, “This improved resolution promised to yield important insights into lunar features and occurrences.

India and Japan are gearing up for more joint missions, like the forthcoming Lunar pole Exploration (LUPEX) mission, which will investigate the moon’s south pole area, which is thought to include water ice in its craters that are constantly shadowed.

After getting an image from the lander three months after it touched down on the moon, Japan’s space agency said on Wednesday that the lander had survived a third icy lunar night.

JAXA stated on the social media network X that even with frequent, severe temperature swings, the essential features of SLIM continue to operate. The organization declared that it would keep a careful eye on the lander’s decline.

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ISRO launches internships, student project trainee schemes: Details

Embark on an interstellar journey with ISRO’s internships and student project trainee schemes, offering hands-on space research experiences to students. Check out the eligibility, duration, and other details here.

In Short

  • ISRO offers Internship and Student Project Trainee Schemes to nurture talent and foster innovation
  • Eligible students engage in space research and exploration endeavors, gaining invaluable hands-on experience
  • Trainees receive certificates upon satisfactory completion of their projects or internships, contributing to India’s space odyssey.

The Indian Space Research Organisation (ISRO) is offering internship and student project trainee schemes to provide invaluable opportunities to engage in space research and exploration endeavours.

If you are planning to build your skills for the fast-growing space industry, check out the details below.

ISRO INTERNSHIP 2024

Eligibility criteria: Undergraduate (UG), Postgraduate (PG), and PhD students, Indian citizens pursuing or completing their studies from recognised Indian or foreign universities/institutions in Science/Technology fields are eligible. Interns must possess a minimum aggregate of 60% or a CGPA of 6.32 on a scale of 10.

Duration: The internship duration spans a maximum of 45 days, offering a glimpse into ISRO’s dynamic environment.

Selection criteria: Allocation of internship projects is based on expertise, project availability, and course relevance to ISRO’s work.

ISRO STUDENT PROJECT TRAINEE SCHEMES 2024

Duration for different education levels: This scheme caters to various student categories, offline, with specified educational criteria:

  • Engineering (BE/BTech) students, post 6th semester, with a minimum 45-day tenure.
  • ME/MTech students, post 1st semester, engaging for a minimum of 120 days.
  • BSc/Diploma students in their final year, embarking on a 45-day journey.
  • MSc students, after completing the 1st semester, for a minimum of 120 days.
  • PhD scholars, post coursework, for a duration of at least 30 months.

Eligibility:All participants must maintain a minimum aggregate of 60% or CGPA 6.32. Traineeships are granted based on project availability and student suitability.

ADDITIONAL DETAILS

ISRO emphasises the significance of hands-on experience and provides essential guidelines for interns and trainees:

  • No stipend or financial assistance is provided.
  • Accommodation facilities are not provided, but guest house/hostel accommodations may be available at a charge.
  • Certificates are awarded upon satisfactory completion of projects/internships.
  • Access is limited to UNCLASSIFIED areas of ISRO labs/establishments.
  • Clearance is necessary for publishing papers/reports regarding ISRO work.

ISRO’s internship and student project trainee schemes stand as pillars of educational outreach and technological advancement, paving the way for aspiring space enthusiasts to contribute to India’s space odyssey.

This article was originally published on India Today.

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Aditya-L1 successfully reaches its final orbit on the solar mission; PM Modi calls it “yet another landmark.”

The Aditya-L1 spacecraft, India’s first solar mission, has successfully entered the final orbit, its desired destination from where it will make observations of the Sun for the next five years.

Aditya-L1 has successfully been inserted into the Larange Point 1, one of the five locations in the Earth-Sun system where the gravitational effects of the two roughly cancel each other out. It is a relatively stable point for a spacecraft to be parked, and make observations of the Sun.

Terming it as yet another landmark achievement, Prime Minister Narendra Modi , in a post on X, said, “India’s first solar observatory Aditya-L1 reaches it destination. It is a testament to the relentless dedication of our scientists in realising among the most complex and intricate space missions. I join the nation in applauding this extraordinary feat. We will continue to pursue new frontiers of science for the benefit of humanity.”

Getting into the orbit around L1 is not the same as attaining an orbit around any other planetary body, and is being considered the most important challenge in this mission. The spacecraft will spend the rest of its mission life “orbiting around L1 in an irregularly-shaped orbit in a plane roughly perpendicular to the line joining the Earth and the Sun,” an ISRO scientist said.

Lagrange Points are relatively stable positions but not entirely free from pulls and pressures. However, these are still preferred locations for space missions intending to observe and study the Sun.

– With direct inputs from Indian Express!

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