Lessons from SciFi: Future Expansion

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By Monomorphic at English Wikipedia - Transferred from en.wikipedia to Commons by Elvis using CommonsHelper., Public Domain, https://commons.wikimedia.org/w/index.php?curid=4353656The actor Morgan Freeman has declared he is determined to produce a movie based on the novel ‘Rendevous with Rama’ by Arthur C Clarke.  Great Sci-Fi writers like Clarke are renown for their insights in to the possible future and this novel is no exception.  After again reading this novel I realised the insights into possible future with regard to the human population is extremely thought provoking.

The bottom line is that the full analysis is that this solar system does cannot offer a lot of accommodation for human beings beyond earth.

There are four rocky planets. Earth is already occupied, Venus is a superheated hell completely and it is beyond even Clarke’s imagination that it could be made habitable. In the universe of ‘Rama’ a 100,000 humans can live on a the small most hospitable area of Mercury but really Mars is the best possibility.  Without Earth’s magnetic shield the Radiation the radiation is a killer, average surface temperatures on even in summer at the equator have a daily minimum of -70 degrees, there is no oxygen and at Mars atmospheric pressure water boils at only 10 degrees above freezing.

That leaves moons.  Arthur C Clark has people living on the larger moons from Earth’s moon all the way out to Triton (a moon of Neptune). Still, even in the wildest dreams of science fiction,  all these colonies combined have a population insignificant compared to Earth.

During the 2oth century, the population of Earth more than tripled.  There is simple nothing even close to the equivalent of even one more Earth of space in this solar system in our wildest dreams.  The scope to repeat the 20th century is a far greater challenge.

The lesson here is that to find real room for expansion, humans will either have to construct their own planets, or live inside planets/moons,  or that ultimate dream, travel to planets around other stars.  All of these bring many complex questions, but the clear fact is that finding significantly more real room for expansion in term of where we can live, is very far in the future.

 

 

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Environment sensitive reproduction rates: parents instinctively seek maximum opportunities for kids.

Human birth rates are falling at a rate that has some fearing population collapse, but could this be a natural instinctive biological response to ensure optimum population of the future generation, rather than any cause for alarm?

Looking at nature, clearly it is not just the species with maximum children that survive as the fittest, but the species with the optimum number of children. Most species don’t just multiply whenever possible at maximum rate like bacteria in petri dish and survival of the fittest doesn’t just mean the species with the maximum children, it means the right number and at the right time.

Analysing mechanism that vary reproduction in other species may provide some interesting insights and possible answers to at least a large part of what is happing with human birth-rates that will determine whether our future is population is one of: continued growth, collapse, or stability, on a planet where population of all life is not growing.

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A long journey to an understanding of population.

Population is a complex subject. To arrive at my current level of understanding, it took many ‘light bulb moments’ over the years since starting research in 2013, with many realisations shattering some of my previous beliefs, and sometimes taking years to be ready to take the next step.

Here is a recap of that journey. If you can move quickly from step to step, then you can absorb information faster than I can, but perhaps this information will inspire others on their own journey.

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Population on a Finite World: A zero-sum game with no vacancies.

From childhood I had assumed human population was growing because the world was not yet fully populated and life was still expanding, but reality is most the recent “garden of Eden scenario” occurred over 500 million years ago, and since then the planet has been fully occupied with a total biosphere of life in fact gradually shrinking. It turns out that no species on Earth can keep increasing population without quicky on geological timescales reaching its population limit.

How has the human population kept growing if we have long been at our limit? By raising our limit through accessorised evolution and in turn lowering the environmental limits of other species. We have been, by the same principle of evolution Darwin declared “survival of the fittest” that allows new species to arise and grow their populations, competition from humans has been partially or fully “evicting” other species from their environmental niches. While when there were less humans this had little impact, it has now reached a scale labelled the Anthropocene where, if the human population continues to evolve and grow, other species face decline or face extinction.

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