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Building a Radio JOVE Antenna to Capture Jupiter’s Radio Emissions

👥8 Members 🎓3 Supervisors

About the Project

Building a Radio JOVE Antenna to Capture Jupiter’s Radio Emissions cover

Radio Astronomy focuses on detecting and analysing radio waves emitted by celestial objects, allowing us to observe and study the phenomena that are invisible to optical telescopes. The primary objective of this project is to introduce and explore the field of radio science among the students at IISER Kolkata through a hands-on experimenal approach. This is a student-led initiative, the first of its kind in the institute, initiated by Singularity: The Astronomy Club of IISER-K. Our central goal is to detect radio emissions from Jupiter using a dipole antenna system and by designing and testing various antenna configurations, we aim to optimize signal detection and develop a deeper understanding of antenna theory, signal processing, and observational techniques in radio astronomy.

Current Progress

We have successfully constructed and tested a funtional single dipole antenna for radio observations. Initial observational data have been collected using this setup. Visited NCRA-GMRT for better exposure and to learn data analysis techniques. Simultaneously, we are improving our theoretical understanding of Jovian emission and antenna response.

Team

Members
Meghithdharshan R Meghithdharshan R
Sabarinath Sabarinath
Giribalan E Giribalan E
Mustafijur Rahaman Mustafijur Rahaman
Aman Mahnoori Aman Mahnoori
Thushiyantheswaran G Thushiyantheswaran G
Ranil Vikram V Ranil Vikram V
Vihan Ghiya Vihan Ghiya
Supervisors
Prof. Rajesh Kumble Nayak Prof. Rajesh Kumble Nayak
Prof. Avinash Deshpande Prof. Avinash Deshpande
Raghunath Ghara Raghunath Ghara

Next Steps

We will collect continuous data with the antenna for a longer period of time and analyse it, searching for Jupiter's decametric signals.

Resources

NASA's Radio JOVE Project Manual

Using this as a primary reference for building our Radio JOVE antenna.

Waterfall plots 1

Raw Waterfall plots from our first observation session.

Photos