– High-latitude Wide-Area Survey: Investigates billions of galaxies to understand universe expansion (dark energy) and structure evolution (dark matter).
– High-Latitude Time-domain Survey: Observes dynamic celestial phenomena like supernovae and black hole formations over time periods ranging from days to years.
– Galactic Bulge Time-Domain Survey: Focuses inward on the Milky Way’s dense core to study microlensing effects for detecting planets-including “rogue” planets-and stellar events such as starquakes or transits.
The detailed plans for NASA’s Nancy Grace Roman Space Telescope underscore humanity’s drive toward unraveling deep cosmic mysteries. For India-a country with aspirations in space exploration exemplified by ISRO-the mission highlights growing opportunities in international collaboration and shared knowledge within the scientific community.By exploring areas like microlensing signals or rogue planets that align with India’s interest in astrophysics and planetary sciences research endeavors such as Aditya L1 or Chandrayaan missions could indirectly benefit.
As a study designed with global collaboration involving expertise from various institutions worldwide including developing technologies applicable elsewhere scaling outreach networks governance implication