Bijayan Venus will be a nano-spacecraft sent to Venus by 2030. Bijayan will inject an assortment of microorganisms (non-pathogenic, primarily extremophiles) in the Venusian atmosphere with the primary aim of initiating terraforming of Venus.
Bijayan comes from two Sanskrit words, bij, seed + ayan, journey; it is the journey of the seed.
Bijayan Venus Mission is primarily a demonstration of intent.
Bijayan Venus will be a nano-spacecraft (lower limit, 3kg and upper limit, 10kg) built at facilities in Mumbai and Surat, India.
Bijayan Venus will be launched as a payload aboard a traditional rocket. However, as it is a nano-spacecraft other options such as space-based launch systems are being considered. The values for the orbit of the nano-spacecraft and its mass will be based on the final configuration of microbe payload.
Note - A traditional spacecraft (100-200 kg) will be simultaneously designed. This is to factor-in the possibility that the orbital transfer mechanism for the nano-spacecraft is not figured out by 2022. The main impact foreseen in this scenario is budgetary in nature.
Selection of microorganisms
Microorganisms (non-pathogenic) will be selected specifically keeping in mind the atmospheric composition of Venus; most of these microorganisms will be extremophiles.
Marking of microorganisms
The possibility of Venus harboring indigenous microbial life is very unlikely although there is an ever so slight chance of an interesting precursor chemistry at work (Venus is classified as COSPAR, Category II object).
Microorganisms that will travel on-board Bijayan will be genetically marked.
Hence, future sample missions will be able to ascertain their identity and differentiate them from any possible indigenous Venusian life forms. In addition, the spectral signatures of these microorganisms will be studied and noted before launch.
Bijayan Venus will inject microbes within the Sphere of Influence (SOI) of Venus.
The injection will be undertaken through a timed spray-trap mechanism while the nano-spacecraft is in Venusian orbit (in case, Venusian orbital insertion is opted for) and or through an empty-tank-at-once decision. In either case, the microbes will get delivered to Venusian atmosphere.
Survival on Venus
It is presumed that Bijayan microbes will survive on Venus, and perhaps thrive as well. This can be ascertained by future sample investigations and perhaps by spectral signatures as well.
Bijayan Venus 1 Mission is primarily a demonstration of intent. Similar follow-up missions – based on learning of Bijayan Venus 1 - will be sent to Venus.
Primary projected allocation USD 250,000.
The funds for the mission will be primarily raised by Indian Astrobiology Research Foundation (IARF).
Announcement of Opportunity (AO)
Announcement of Opportunity (AO) will be done in 2019 across various aspects of the Bijayan mission.
Primary Mission Challenge: Orbital transfer to Venus
Secondary Mission Challenge: Survivability of Microbes en route to Venus
Mission Head: Pushkar Ganesh Vaidya
Mission Specialists: Rathin Dholakia, Utkarsh Mehta, Nitesh Pandey
Contact Email: firstname.lastname@example.org
Sathyabama University, Chennai
VIT University, Vellore
Bellatrix Aerospace, Bangalore