"I am," Aswin said, not looking up from the 18th-century telescope he was polishing. "I don't do appraisals. I only do restorations."
Inside, there was no gold, no deed, no treasure map. There was only a small, folded piece of paper and a heavy, brass pocket watch.
Studying how streams of dust and rock particles evolve and whether they pose potential threats to planetary bodies.
He often describes his success as "sweet revenge" for those who don’t attend top-tier schools, emphasizing that a deep love for your subject can take you further than any pedigree. 🌠 Why Meteor Science Matters aswin sekhar
He has worked with the Centre for Earth Evolution and Dynamics at the University of Oslo, Norway.
Aswin Sekhar has built a significant career focused on planetary science, with a particular emphasis on meteoroid streams. His research often blends numerical simulations with observational data to understand the evolution of dust in the solar system.
Over the years, he has been associated with major research centers, including the Institute for Celestial Mechanics (IMCCE) at the Paris Observatory in France. "I am," Aswin said, not looking up from
: His research at the Paris Observatory and the University of Oslo has mapped how Jovian and Saturnian resonances impact the long-term evolution of comet and meteoroid streams. ☄️ Notable Accolades
Earned his degree from VIT University, Tamil Nadu, where he again secured the 3rd rank.
Growing up in Ottapalam, Kerala, Aswin’s fascination with the cosmos began on the banks of the Nila River. His grandparents would take him to railway stations to catch late-night trains, where the "pristine night skies" of rural Palakkad became his first classroom. While other kids looked at the tracks, Aswin looked up, captivated by the celestial phenomena that would eventually become his life’s work. 🚀 Breaking the "Elite" Barrier There was only a small, folded piece of
: Conducted specialized studies at the Indian Institute of Astrophysics and the Raman Research Institute.
His mathematical models help separate harmless shooting stars from catastrophic near-Earth objects (NEOs). By computing the exact gravity-driven orbital deviations of asteroids and comets, his work directly feeds into global planetary defense networks. 3. Protecting Space Infrastructure