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Essay Abstract

In order to discuss steering the future direction of human civilisation, it is first necessary to define a goal, and in order to do that, it is first necessary to examine the position of the human species in the wider biological and cosmological universe. It is shown that a simple graphical model of the evolution of life can reconcile the controversial concept of evolutionary progress with the scientific demand for a rigorous account of evolutionary change. The position of human society then becomes clear. The forces acting on society at present are propelling it in the direction of continued growth. While no one group within society can steer the whole in a constructive direction, the difficulties and dangers of continued growth can be eased through understanding that major opportunites for further human progress are to be found in space. The focus of material growth should therefore now begin to move out into our Solar System and beyond.

Author Bio

Stephen Ashworth has for many years worked in scholarly publishing within the University of Oxford. He is a Fellow of the British Interplanetary Society and a Researcher with the Institute for Interstellar Studies. He has contributed technical articles on spaceflight within and beyond our Solar System to the Journal of the British Interplanetary Society, and popular articles to Spaceflight magazine. He is author of a science-fiction novel set on the Moon, and plays jazz saxophone.

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Dear Mr. Ashworth

I really enjoyed reading your essay. You write so well and convincingly you made it appear inevitable that our humanity will one day expand into the Solar system and beyond - just as in all those SciFi novels and movies. Arthur C. Clark was also a member of the the British Interplanetary Society. Well his invention of the geostationary satellite came to be realised and that is making amazing things happen..who knows your vision may yet come to be one day.

Meanwhile, back on Earth...given present realities things can easily go wrong...or right.

Best wishes,

Vladimir

I really enjoyed your essay and I really hope that we, as mankind, are able to pull this through before it's too late. Leaving Earth *is* mandatory and we are about to reach that capability.

Unfortunately, reaching such capability means also that our overall scientific knowledge is reaching levels which are extremely dangerous to our very existence. We are about to experience a new paradigm in physics and this paradigm is capable of wiping us out of existence. The depressive fact is that wiping us out can happen within couple of year, but leaving Earth permanently is going to take a very much longer time.

Mr. Ashworth,

I thought that your essay was beautifully written, and I found it quite absorbing to read.

May I just point out a physical problem related to space travel. The earth used to have an atmospheric membrane that surrounded it completely and protected it fully from all toxic radiation. The NASA rocket ships repeatedly punctured that membrane causing it to commence collapsing, and now some of the earth's atmosphere is leaking out into space, and worse, all kinds of undetectable material is seeping in.

If the optimum place for human beings to be in is the earth, why are we supposed to only engage in a plan whereby only a few of us will be allowed to board the spaceship that can attain the speed of light and speed us away to some other place we can ruin?

Dear Stephen,

Certainly, Humanity Steer the Future to a significant extent, in that environmental imbalance causal by Humanity effects harmful genomic disorders and harmful phenotypic influence on genotypic variations. Thus, the effect of prevalence on many specific health disorders that topples healthcare is causal by the self-destructive environmental policy, Humanity practices. Thus, Humanity Steer the Future is the environmental regulations on the intrinsic radioactive-source to human, in that restructuring the atomic analogy is much imperative.

With best wishes, Jayakar

Stephen,

A very nice essay; humanity, being subject to evolutionary forces, are, at best, highly constrained controllers. Essentially I am of a very similar mindset as you. In my own essay I use Timothy Leary's acronym circa late eighties: Space Migration Intelligence enhancement Life Extension or SMILE. I thought it was fitting!

But I diverge from you regarding the random nature of Dawkins' "information explosion." Instead I hypothesize that our Universe has distinct boundary conditions in both the past and the future, hence, the emergence of intelligent life seems random simply because, from our limited perspective, the effect seems to precede the cause. In my view our emergence and expansion into distant space is an inevitability dictated by the final boundary condition. Your "design space" exists but it is thoroughly constrained by boundary conditions.

The only question I have regards your nod to "free-market" economies presumably unconstrained by government regulation - you seeming a staunch evolutionist. I am not a socialist or communist by any stretch but I can't help but wonder at that. A pet subject of mine is industrial symbiosis so I'm well aware of the complexity of the situation but I can't help but think that we can greatly improve on our so-called "free-market" economies.

In my view the objective of society should be the maximization of said society's potential and, implicit in that, efficiency. Unregulated "free-market" economies inevitably evolve into power-law distribution dynamics - trickle-down economies - which would seem, naively at least, less than optimal. It would seem to me that the best way to maximize a society's potential is to maximize opportunity for a maximum number of members of said society, again naively. As an analogy one could take the maximization problem common to any fundamental calculus course: that of maximizing profit on an apartment complex. One typically finds that, under realistic constraints, one tends to maximize profit by maintaining an 80% - 85% occupancy level at all times.

Even in our pseudo "free-market" economy here in the States we experience power-law distribution dynamics resulting in roughly 1% of our population enjoying unlimited opportunity with a steep exponential scale down from there. This, of course, exacerbates what Sandy Pentland of MIT calls the "tragedy of the commons" (see his new book Social Physics). We have situations here in which two people and four dogs dwell in 60,000 square foot homes; these are essentially shopping malls and oftentimes are not even primary residences. How do you efficiently maintain such a situation? Quite simply, you don't. This is a squandering of resources and an unnecessary and highly irresponsible contribution to anthropocentric global warming!

While these behaviors are explained in Evolutionary Theory as "costly signaling and flamboyant displays," as Nick Bostrom points out, "many costly signals take the form of 'waste' where expenditures do not confer any group benefit." In many cases within our "free-market" economy, this "costly signaling and flamboyant display" confer benefit on the individual but serious, and oftentimes destructive, liability on the group, hence, "tragedy of the commons."

It just seems to me that there should be a middle way, a way to engineer a dynamic and creative economy which maximizes potential for a maximum segment of society rather than squandering it all on 1%, a way to make optimization and efficiency the SUBJECT of costly signaling and flamboyant display so that such activities do confer group benefit; you can call it "directed evolution."

Another case in point: in industrialized nations roughly 50% of all food grown for human consumption ends up in the waste stream. Now you can wax on about the waste companies mining methane from their landfills all you want but regardless of how you slice it that's a negative-sum game! And the inefficiency is compounded by sheer stupidity; roughly 12% (4.5 Mb pdf file) of the world's population suffers from chronic food deprivation and approximately 40% are "food insecure." I think we can do better; if we cannot then we don't deserve the label "intelligent."

If you look at pure nature, as distilled through billions of years of evolution, there is absolutely no true waste, everything gets transformed and recycled. So clearly our so-called "free-market" economies conform to something other than pure evolution since, by and large, they generate a tremendous amount of waste. In my view we need to cultivate a public mindset which regards resources, both natural and human generated, in a manner similar to that which the fictional Fremen of Dune regard their water. We need to engineer social systems which maximize both potential AND efficiency, just like nature. We and everything we do are integral parts of nature; perhaps, in the interest of survival, we should act like we fully understand what that means!

I feel a significant part of the problem lies with our political system. We need to build a firewall between private corporations and public officials through campaign finance reform and a critical rework of lobbying practices. Public representatives, who far too often consider themselves corporate representatives, have no excuse for promoting the short view over the long but they generally do. Perhaps they would be less inclined to do so if we, as a public, didn't accept thinly veiled public graft as a common denominator. A case in point: here in Texas, high school students have notoriously underperformed on internationally administered critical thinking and knowledge assessment tests. A commission was formed to study the problem and one of their recommendations was lengthening the school year. They found that the typical student forgot much of what they learned spring semester and that much of the fall semester was spent reviewing material already taught. The travel industry caught wind of this and brought out their lobby full force and effectively killed any legislation aimed at the aforementioned extension. The politicians put travel industry profits ahead of our children's education. This, to me, is gross (criminal) negligence. But this is the rule rather than the exception.

Personally, I would like to see the indiscriminate legalization of "controlled substances" with said substances taxed, either through a sales levy or licensing system in conjunction with a sales levy, and all revenue generated directed exclusively towards mitigating any social ills resulting from said legalization and the financing of all major and minor political campaigns. Of course the media industry, the defense industry, the pharmaceutical industry, and, most likely, even the Mexican cartels would lobby against that!

And here in America, unless the Mafioso sitting on the Supreme Court chokes to death on a meatball soon we're just so many fish swimming upstream during a monsoon. According to him corporations are people too and entitled to unrestricted free-speech, free-speech which is, unfortunately, cost prohibitive for the majority of us.

These are complex issues common to all countries but after reading Dr. Pentland's book I feel we have the tools and the creative imagination necessary to solve them. Although I agree with the futurist Daniel Suarez, Dr. Pentland's "New Deal on Data" doesn't go far enough; we need an international "Bill of Rights 2.0" exclusively dealing with data rights and nothing else.

Good luck with the contest . . .

Intriguing premise Stephen,

Reading the title, I was inclined to disagree, but after reading the abstract I find more to agree with than argue against. So I will likely have more to say after reading the body of your essay.

Regards,

Jonathan

10 days later
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Dear Stephen!

I rated your essay high, due to its relevance and its written quality.

Your essay is well-reasoned, scholarly written. The abstract draws forth similar important considerations to which my essay also points out. However our point of view for a possible resolution quite different. I think, humanity is able to steer his own fate, and need to find his place on his own evolutionary path, but that is truly a bit confused by forces acting on society as you write - "... While no one group within society can steer the whole in a constructive direction...".

I feel, there is a constant mistake of understanding our origin and our evolutionary path. We are tend to think packing the whole out of its parts, but we do not give enough importance thinking reversed. What if, the whole and its parts also are in simultaneously existing, and some ones are continuously engaged on to figure out what should be the proper arrangement kept in optimal balance even so allowing a worthy development?

Dr. Rudolf Steiner's thoughts and works, his full world-view deeply impressed me especially because of he could clean cut formulate in his time (1861-1925) the MAN's complexity, the Earth's Cosmical Evolution. He tried to establish a proper interpretation of MAN's conscious development along with his psychical, physical interrelation with the Nature and operating method of the Law of Cosmos. He could see the meshing of Cosmos, Earth, MAN neither of them being separated, and he formulated the conception of Cosmic MAN at first time in our modern era. He also attempted to explain and looked for adequate words to describe the connection between the phases of development of man's consciousness and the formation of a Planet drawing an analogy with the organization of man's physical body too. He had an extraordinary retrospection into the past and at the same time a foresight of the mankind's future.

Earlier I'd already read his famous book of which link I've found again recently

"...Rudolf Steiner shows that the insoluble link between man and cosmos is the fundamental basis of evolution. As man has participated in the development of the world we know today, so his achievements are directly connected with the ultimate destiny of the universe. In his hands rests the freedom to shape the future course of creation. Knowledge of his exalted origins and of the path he followed in forfeiting divine direction for the attainment of his present self-dependent freedom, are indispensable if man is to evolve a future worthy of a responsible human being. This book appears now because of its particular significance at a moment when imperative and grave decisions are being made in the interests of the future of mankind...." (p. 8, Cosmic Memory (Prehistory of Earth and Man) By Rudolf Steiner added with an Introduction by Paul Marshal Allen Englewood, New Jersey June, 1959)}

I suggest reading this book also for you and anyone. At least the introduction and Q/A sections concerning the theme we are dealing with here.

Let me draw attention to a concept too, what if the EARTH is Only Planet of Choice for humanity?

background material comes beyond the Solar System...

Best wishes for you,

Valeria

Okay Stephen!

try https://archive.org/details/TheOnlyPlanetOfChoice typing into your browser.

:)

Valeria

8 days later

Dear Stephen,

Your essay involves ideas that I thought of some time in the past. My opinions along these lines are considerably modified. I see that you are interested in the prospect of interstellar space exploration. You might be interested in my book "Can Star Systems Be Explored? The physics of starprobes." This little book is intended as a way of introducing a range of physics to readers through the over arching subject of sending spacecraft to other stars. I don't speculate much on any interstellar future for humanity. In fact I suspect if there is some long term astronomical future impact our species has that it will not be us directly, but rather through the evolution of von Neumann probes and self-replicating systems we loft into space. These may over millions or billions of years migrate through the galaxy and evolve to form a sort of "galactic eco-system" of diverse bio-analogous systems. In fact for all we know DNA and some aspects of molecular biology might form a part of their information processing.

I thought I would not enter an essay this year. However, I thought of something germane to this question. I am shamelessly using this to promote some physics, and even admit it in the essay written so far. The thesis addresses certain limits imposed on us and our ability to grow. We may be able to spread into interplanetary and even maybe interstellar space; that I can't rule out, but I think there are certain constraints that will exist on that even if this happens.

S. J. Gould's observations about progress are based on the idea that processes are random walks. This then means the drift of any system from the start point will migrate a distance d ~ sqrt(t). If there is some boundary to the drift of such systems then they will in time end up in a complete equilibrium configuration within that confined space. This is a closed system, indeed closed in a certain thermodynamic sense, perspective. Of course with respect to energy the Earth is an open system, and with respect to information and complexity there is some element of openness that is also apparent. It is difficult to define progress or complexity, but the surface of this planet exhibits a range of complexity on a large scale, .01m to 10m, with respect to life forms that simply did not exist before the Cambrian explosion. I do think Gould got it right however that this is actually a small measure over the whole system.

Cheers LC

I agree with Jonathan:

"The difficulties and dangers of continued growth can be eased through understanding that major opportunities for further human progress are to be found in space."

I see this a much too wide perspective of blind science fiction at the brink to a cynical parody instead of providing honest answers to pressing questions.

Eckard Blumschein

13 days later

Hey Ashworth,

This is well written, and there is no doubt about the language skills and the ability to capture an audiences attention. Bravo there! I would ask for a more in depth explanation for the point made that human life, or the brain/societal structure of a human being is the most evolved life form on this planet. Sure, we think, but animals can reason as well. I also heard an argument that made sense to me. It went that if intelligence is defined by the ability of a species to survive, unless humans figure something out, plants may have to be given the title. But to put the thought in my own words, evolution doesn't necessarily go along with intelligence or how we separate from the whole living kingdom by human-like distinctions. About the only thing we have significantly more manifest than the rest is an ability to reflect, to think this is happening and pick a new direction based on this awareness or self directed thought. Well, we are pretty good at wasting time and making mistakes too! I am not asking you for a defense, I just want to see where you are coming from on that point. It gives humans a too central role, in my opinion. I am not saying that I agreed with everything you said other than just this, but that is the only part that my ability to read seems to have left in darkness.

Best,

Amos.

I'd never heard of Dawkin's Information Bomb idea of a different sort of exploding cosmological body. Thanks!

And, regarding your "Exponential growth is hardwired

into the system" comment, you might find my own paper interesting... I offer a highly organized (if very general) map for how we can, indeed, "cut present-day problems down to a manageable size".

6 days later

I gladly append my name to the long list of people who enjoyed your essay!

One remark.

It occurred to me that, if one takes a fully abstract version of the nested shell model (dropping any biosphere-oriented interpretation, and any labelling of the levels), and populates it with randomly moving identical balls, initially all packed at level zero, one still obtains an apparent progress, in the sense that, with time, more and more shells will be populated, even with perfectly symmetric gateways (this is the second law of thermodynamics in action.)

I think it would be important to stress the essential differences between this elementary, biology-free layered onion and the one that you (and Dennett) refer to - after realizing that *both* of them, in some sense, enable progress.

One crucial difference may be in the fact of letting balls differentiate and evolve: a more complex ball may be capable of exploiting energetic opportunities that are out of the reach of a less complex ball; and this new match between agent and environment creates a new opportunity for growth, a new life form, a new shell (if I understood correctly!)

Another attractive goal that your essay suggests (at least to me) is to come up with some very simple, stochastic or algorithmic *formal* model of interacting agents capable of capturing the agent-environment-energy relation mentioned above, then run a simulation to see whether some quantized orbitals of life forms emerge for free.

Final remark: I see interesting similarities, or compatibilities, between the nested shell model of progress and Teilhard de Chardin s views at the biosphere and the cosmos (as expressed in The Human Phenomenon, 1955). I refer in particular to the distinction he makes between the two energies - tangential and radial. He would imagine the first to be operational within a single layer, while the second would be responsible for the growth of complexity and the shift to the next upper layer.

However, following your reasoning, the radial energy may be regarded as completely illusional: vertical emergence would be a trivial side effect of horizontal activities (which does not make me particularly unhappy.)

Dear SA

Notwithstanding all the points with which I disagree, your essay did expand my horizon. Thanks.

Many of your statements of "...must..." or "...has to be..." are false in the sense there are other possibilities.

That humanity could not steer is not clear. Humanity as a whole does not consciously or "scientifically" direct humanity. Nature chooses. Certainly, complex systems are unpredictable with our current understanding. Understanding and predictability are efficient and mankind's way, but are not required. Nature will decide anyway. Trial-and-error is a time-tested method to solve problems. Science uses it by developing many models.

Nature gives us the value judgment or the goal of survival. That we "must" use "scientific rigueur" is unproven and likely false. We can steer our future by a trial-and-error method toward nature's goal of survival. The science is in the choice of the trial-and-error method.

The idea of "...whether the evolution of life in general can or can not be described as progressive must be faced." Is in doubt. I submit this is a diversion and is unanswerable. The definition of progressive" is questionable and vague. Life either tends toward survival or dies. S. J. Gould was correct but, perhaps, for the wrong reason.

I agree that we must get off this doomed rock if our progeny is to survive is only partially valid. I like the thought that DNA was transported to Earth via and asteroid from another nova (transpermia). If we don't thin our way off this rock, 'm sure nature will move some DNA maybe from earth (probably not from humans) to another planet.

I think the "... core values of democracy, science and humanity..." are still being tested in the caldron of nature. Further, "...humanitarian values..." may not produce survival. But I think "...growth of technological capabilities..." has a history of producing survival for mankind if by no other means than increased war ability.

Defining a goal other than survival is unnecessary but does fit mankind's way of doing things.

Enjoying the ride seems passive. Passive in nature fails to survive.

Hodge

4 days later

Hello Stephen,

I enjoyed your essay; but I take issue with the notion that we do not steer - because I think this view is a luxury we dare not allow ourselves, on the premise that there will always be individuals who subvert the will of the people for personal gain. I think perhaps it would be better to state "Humanity Must Steer, or it Will Not Enjoy the Ride." I am in complete agreement that we must steer our way to the stars and that going into space is the intelligent thing to do, but I lack your conviction that this is something humans will do regardless of which of the three factions prevails at any moment.

Your assessment that the view of the three categories can allow us to segment the view on growth are naive, at best, because this ignores the modus of learning to do things more intelligently - rather than equating growth and progress with increasing levels of scale. While on the one hand I acknowledge that extremely large-scale fabrication facilities are needed to efficiently construct space vehicles, I wonder if enormity of scale is otherwise a justifiable measure of growth and progress. And finally, I offer this.

Perhaps humans are not ideally suited for space travel anyway. Maybe intelligent marsupials would be better adapted to the rigors of space and long periods in an enclosed space, than placental mammals. Maybe the economical thing to do is for human scientists to advance the evolution of kangaroos, to create a human-roo hybrid - that would harvest the asteroids for us. Or maybe we both read too much science fiction.

All the Best,

Jonathan

    Dear Stephen,

    As many others in this competition have mentioned, you claim that "the future evolution of a system as complex as human civilisation is unpredictable".

    That is true of course, but it should not be overdone. Let's think of a smaller case involving, say, my wishing to take my family on holiday this year. This decision is part of a complex socio-economic system. Yet it is not hard to make it happen. Sure, there might be unforeseen issues (monetary or otherwise), but one can adapt and replan. What your claim points to, I think, is that idea that we are at the mercy of forces beyond our control. Yet humans are rather special in that they can act teleologically, with an end goal in mind, and modify, switch, and adapt to achieve it. I think this kind of future-avoidant thinking is in part responsible for some of the major problems with humanity. That is: we don't always need to predict because we can actively make (many) things happen by acting so as to bring them about.

    Best,

    Dean