Continuing its mission, the Propulsion Module is on its journey in the current orbit, a path that could extend for months or even years.
Onboard the Propulsion Module is the remarkable SHAPE payload, which has two critical tasks to accomplish:
1. Spectroscopic Study of Earth's Atmosphere:
One of its roles is to carry out a detailed spectroscopic examination of Earth's atmosphere. This study aims to provide insights into the composition and characteristics of our own planet's atmosphere.
2. Measuring Cloud Polarization Variations:
Another key function is to measure the variations in polarization caused by Earth's clouds. This data holds valuable information that can help scientists accumulate signatures of Exoplanets—planets beyond our solar system—that might have conditions suitable for habitability.
The SHAPE payload represents an exciting collaboration led by the U R Rao Satellite Centre/ISRO, located in Bengaluru. This advanced technology is a vital tool in our ongoing efforts to understand not only the mysteries of distant exoplanets but also the intricacies of our own planet's atmosphere.
As the Propulsion Module continues its celestial journey, the SHAPE payload's findings promise to contribute to our understanding of potential habitable exoplanets, making remarkable strides in the field of space exploration and expanding our horizons beyond the boundaries of our solar system.
