ISRO has invited proposals from the international scientific community to carry out novel experiments on its planned Venus mission, scheduled to launch in 2023, the space agency said.
ISRO calls for global proposals to carry experiments on Venus mission
The call presents an opportunity for scientists from foreign space agencies, research laboratories, and academic universities to study Venus, the Indian Space Research Organisation (ISRO) said in a statement. Venus is often described as the "twin sister" of the Earth because of the similarities in size, mass, density, bulk composition and gravity.
The proposed highly inclined orbit is expected to be around 500 kilometres when it is closest Venus, and 60,000 kilometres when it is farthest. This orbit is likely to be reduced gradually. These values are likely to be tuned based on the final spacecraft configuration. The broad areas of research that ISRO plans to explore in its Venus mission include surface, subsurface and atmosphere of the planet, as well as its interaction with the Sun. Each proposal needs to identify a principal investigator (PI) and a funding agency. The PI of the proposal should be capable of providing necessary details of the instrument which can address the proposed scientific problems. The PI should also be assembling a capable instrument team and lead the team to deliver a space-qualified instrument.
There will be no exchange of funds between agencies for the international proposals, the statement said. The space agency encourages collaborations with teams from India on the design and development of instrument hardware, science modelling, simulations and joint calibration activities. The last date for submitting proposals is December 20. Since the 1960s, Venus has been explored by flyby and orbiter missions, a few lander missions and atmospheric probes.
In spite of some progress in exploring Venus at recent times, gaps exist in our understanding about its formation, spin, surface evolution and runaway greenhouse phenomenon, surface and sub-surface features, rotation of Venusian atmosphere and its evolution and interaction with solar radiation and solar wind.