The Indian economy is presently $8.8 trillion. About 10% of the world's economy. $0.21 billion per hour x 8766 hours per year adds $1.84 trillion to this total.

At 22 MegaWatts per ton on orbit, 175.5 tons per hour adds 3.86 GigaWatts per hour. That's 33.8 TW per year. The launch rate described here doubles the world's energy output in one year! At $0.03 per kWh profit - this produces $8.8 trillion per year - doubling the income of India!

In a few hours the Indian launch infrastructure could transform global communications, earning $1.2 trillion per year. The telecom earnings generate enough value to pay for the power satellite system. The power satellite system, when used to support sustainable debt (debt that is serviced by real revenue) can do quite a bit.

$10.0 trillion ($1.2 trillion from telecom market, $8.8 trillion from the sale of power at $0.03 per kWh into the global market) discounted at 4.5% over 30 years is worth $162.9 trillion. Leveraged 53 to 1, which was the leverage before 2008 and Quantitative Easing by the Federal Reserve (in short the good old days) is $8.6 quadrillion in debt!

https://www.youtube.com/watch?v=s-Qg-2d50Eo

This is sufficient for India to absorb the West's failed banking system, with its unsustainable debt, and its over-spending on military.

https://www.youtube.com/watch?v=phqTVJy5iw8

A photonic thruster spacecraft that projects payloads to Mars, which then land there via aerobraking, projects most of its payload to Mars - At five persons per ton this is 7.7 million people per year - with a fleet of five.

With a fleet of 500 - 770 million people per year can depart to Mars.

Now, departure date is a few weeks surrounding the synodic cusp. So, this sizes the photonic thruster for the departure. Basically, people are put into stasis, and accumulate in a parking orbit. They then depart in a single salvo from parking orbit to make their way to Mars and land there.

With 7.4 billions on Earth and 0.77 billions leaving per year, and 1.3% growth rate, starting in 2020, with 2.1 years in parking orbit for each Tranche, and 259 days travel to Mars in Stasis.

2016 7,420.0 0.0
2017 7,516.5 0.0
2018 7,614.2 0.0
2019 7,713.2 0.0
2020 7,813.4 770.0
2021 7,145.0 1,540.0
2022 6,467.9 2,330.0
2023 5,782.0 3,100.0
2024 5,087.1 3,910.3
2025 4,383.3 4,680.3 == more off world than on.
2026 3,670.3 5,511.2
2027 2,948.0 6,281.2
2028 2,216.3 7,132.8
2029 1,475.1 7,902.8
2030 724.3 8,775.6 == exodus stops