A Birthday Telescope and a Step Toward Real Science
For 11-year-old Atharv Sood, the night sky was once simply a source of wonder. He would spend time observing the Moon, Jupiter, stars, and distant galaxies, trying to understand what existed beyond Earth. Today, that curiosity has taken him a step closer to real astronomical research.
According to The Times of India, Atharv recently participated in Phase I of the All-India Asteroid Search Campaign (AIASC) 2026 as part of Satya School's Young Scientist Program and was credited with three preliminary asteroid detections. His work also earned recognition from the International Astronomical Search Collaboration (IASC), where he was listed as a member of Team SPACE Scanners 1.
For a child his age, the experience was not just about earning a certificate. It gave Atharv the opportunity to work with astronomical data and experience how scientists search for objects moving through space.
From a Telescope Gift to the Asteroid Search
Atharv's interest in astronomy had already been growing when his parents gifted him a telescope on his last birthday. The instrument gave him an opportunity to move from reading about space to actually observing celestial objects himself.
"I have enjoyed observing the Moon, Jupiter, and other objects. Seeing them with my own eyes made space feel much closer and more real to me," Atharv said, as quoted by The Times of India.
His parents noticed that the telescope did not become just another toy that lost its appeal after a few weeks. Instead, it encouraged him to ask more questions, read about astronomy, and return to the night sky with even greater curiosity. They said Atharv's interest in space had developed gradually, with his questions often focusing on planets, stars, and the enormous scale of the universe.
Training and Verification
Before the campaign, Atharv and other students received training from SPACE India in collaboration with IASC, including the use of Astrometrica software, as reported by The Times of India. During the search, Atharv noticed an object that appeared to move between astronomical images and verified it carefully before reporting, according to the same report.
His teacher, quoted by The Times of India, described the achievement as a significant milestone for the young student, whose interests include black holes, the evolution of galaxies, and the possibility of life beyond Earth. Atharv's parents said they do not have a fixed career path in mind for him, preferring to let his curiosity guide him.
School Support and Future Plans
At Satya School, students interested in astronomy and space science can explore the subject through the school's Space Lab and Young Scientist Program, as detailed by The Times of India. The India Today article, an opinion piece by an educator, describes the Space Lab's offerings: students build rocket and rover models, trace constellations and lunar phases through simulations, and use telescopes. Some students have had the chance to speak directly with an astronaut who has lived and worked in space, according to India Today.
Atharv has an upcoming visit to ISRO planned through Satya School, The Times of India reported.
The Educational Context
The India Today article, written from an educator's perspective, reflects on the importance of fostering curiosity in children, using India's lunar missions as a backdrop. It notes that Chandrayaan-3 became the first spacecraft to land near the Moon's south pole on August 23, 2023, and that Chandrayaan-2 in 2019 did not achieve its planned soft landing—a moment that could have ended India's lunar ambitions but instead became data for future success.
The essay emphasizes that every breakthrough starts as a question and that educators' job is to keep wonder alive. It draws a parallel between the perseverance behind Chandrayaan-3 and the everyday failures children experience, suggesting that these moments teach resilience and the value of persistence.
While the India Today piece does not mention Atharv Sood by name, its themes resonate with his story: the importance of questioning, learning from failure, and the role of educational environments in nurturing young scientists.