Aswin Sekhar Best <Windows>

Dr. Sekhar’s core research revolves around , calculating how clouds of dust ejected by comets and asteroids move through the solar system. Using high-performance supercomputers, his models trace complex gravitational perturbations and orbital paths to calculate exact impact risks for Earth. 1. Orbital Resonance and Three-Body Resonance

Aswin Sekhar continues to contribute significantly to the field of planetary science, combining advanced computational modelling with innovative hardware development to deepen our understanding of the solar system. of the MoMET device design? aswin sekhar

Dr. Aswin Sekhar has built an extensive academic and professional profile, with his research mainly focusing on: "A time capsule

He advocates for equipping every Indian school with a basic telescope (costing roughly ₹10,000–₹15,000) to spark early interest in astronomy. dark sky advocacy

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"A time capsule," she said. "My grandfather left it for me. He said if I ever found it, I was to bring it to Sekhar. He said you would know the frequency."

Recognizing that significant meteor shower outbursts are frequently missed due to localized bad weather or limited camera network coverage, Dr. Sekhar played a crucial role in developing the "Mobile Observation of METeor" (MoMET) device.