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Watch the Moon, Learn the Moon: Lunar Geology Research at School Level with Telescope and Open Source Data
  • +10
  • Kevin J Luke,
  • Abhinav Mishra,
  • Vihaan Ghare,
  • Shaurya Chanyal,
  • Priyamvada Shukla,
  • Anushreya Pandey,
  • Vaishnavi Rane,
  • Ashadieeyah Pathan,
  • Parv Vaja,
  • Sai Gogate,
  • Shreyansh Tiwari,
  • Jagruti Singh,
  • Dhruv Dhawda
Kevin J Luke
Project Student, Tata Institute of Fundamental Research, Vasai-Virar, Leader, Science-AI Symbiotic Group, Seven Square Academy
Abhinav Mishra
Vasai-Virar, Member, Student, Science-AI Symbiotic Group, Seven Square Academy
Vihaan Ghare
Vasai-Virar, Member, Student, Science-AI Symbiotic Group, Seven Square Academy
Shaurya Chanyal
Vasai-Virar, Member, Student, Science-AI Symbiotic Group, Seven Square Academy
Priyamvada Shukla
Vasai-Virar, Member, Student, Science-AI Symbiotic Group, Seven Square Academy
Anushreya Pandey
Vasai-Virar, Member, Student, Science-AI Symbiotic Group, Seven Square Academy
Vaishnavi Rane
Vasai-Virar, Member, Student, Science-AI Symbiotic Group, Seven Square Academy
Ashadieeyah Pathan
Vasai-Virar, Member, Student, Science-AI Symbiotic Group, Seven Square Academy
Parv Vaja
Vasai-Virar, Member, Student, Science-AI Symbiotic Group, Seven Square Academy
Sai Gogate
Vasai-Virar, Member, Student, Science-AI Symbiotic Group, Seven Square Academy
Shreyansh Tiwari
Vasai-Virar, Member, Student, Science-AI Symbiotic Group, Seven Square Academy
Jagruti Singh
Vasai-Virar, Member, Student, Science-AI Symbiotic Group, Seven Square Academy
Dhruv Dhawda
Vasai-Virar, Member, Student, Science-AI Symbiotic Group, Seven Square Academy

Abstract

Science-AI Symbiotic Group at Seven Square Academy, Naigaon was formed in 2023 with the purpose of bringing school students to the forefronts of science research by involving them in hands on research. In October 2023 a new project was started with the goal of studying the lunar surface by real-time observations and open source data. Twelve students/members from grades 8, 9, 10 participated in this research attempt wherein each student filled an observation metric by observing the Moon on various days with a Bresser Messier 150mm/1200mm reflector Newtonian telescope. After the observations were done, the members were assigned various zones on the lunar near side for analysis of geological features. Then a data analysis metric was filled by each of students with the help of Lunar Reconnaissance Orbiter Camera's/ LROC's quickmap open access data hosted by Arizona State University. In this short paper a brief overview of this project is given. One example each of observation metric and data analysis metric is presented. This kind of project has high impact for school science education with minimal costs. This project can also serve as an interesting science outreach program for organisations looking forward to popularise planetary sciences research at school level.
04 Jan 2024Submitted to ESS Open Archive
16 Jan 2024Published in ESS Open Archive