The One Big Story, and the Next One

by Andrew McAfee on June 1, 2011

What have been the biggest stories since human civilization began?

We domesticated animals, learned to farm, and founded cities. We suffered from plagues and climate changes. We explored other lands, bringing guns, germs, and steel along with new foods, customs, and genes. We established many new religions and political systems; some of these spread far and wide and stuck, other flared brightly then burned out. In our darker periods we waged horrible wars and committed genocide.

So which of these matter the most? Which have made the biggest difference in the human condition? This is, of course, an impossible question to answer definitively. But one way to get some insight on it is to draw a simple graph of human population over time. A development that changes the slope of this graph substantially could, I argue, be categorized as a big deal for the species.

So here’s that graph from 10,000 BCE to 2000 CE, drawn using data from Wikipedia:

Source: http://en.wikipedia.org/wiki/File:Population_curve.svg

According to this picture, there has been exactly one development that’s greatly changed the course of humanity — changed it just about 90 degrees. And it’s a technological development.

The graph of human population went from horizontal to vertical because of the industrial revolution, the invention of a set of technologies (starting with James Watt’s reciprocating steam engine) that let us get beyond the limitations of human and animal muscle power. As historian Ian Morris writes in his fascinating book Why The West Rules — For Now, “the industrial revolution… made mockery of all that had gone before.”

The Industrial Revolution led to the development of modern capitalism, which historian Joyce Appleby has called a ‘relentless revolution.’ Revolutions are often blood-soaked affairs, but this one hasn’t been. Instead, the forces unleashed by steam have led to not just more people, but also quality of life improvements that are as dramatic as the population growth shown above.

Here’s a graph of human ‘social development’ in both the West (essentially Europe and North America) and the East (China and Japan) since 10,000 BCE. Ian Morris came up with this numeric measure of social development; it consists of energy capture, urbanism (a proxy for organizational capacity), information processing, and warmaking capacity. It shows that social development lines up almost perfectly with population growth:

Source: Morris, Why the West Rules -- for Now. (Farrar, Straus and Giroux, 2010)

And here’s a graph, created by economist Greg Clark, of the real wages of British construction workers from the Medieval period forward. It shows that it took a while for workers to share in the economic benefits of the industrial revolution, but they eventually did so; wage growth eventually went from flat to exponential, just like population growth and social development did:

Hardcore Luddites and Communists might argue that the industrial revolution and capitalism set humanity down a bad course, but their arguments line up with the facts about as well as Flat Earthers‘ do. The technologies that let us get past the limitations of muscle — first steam, then electricity and internal combustion —  have been some of the most important developments in human history. Looking at the data presented here, in fact, one could argue that they’re the most important ones.

Which leads me to a question: will overcoming the limitations of our brains be as big a deal? As I’ve written before, the computer revolution has multiplied our ability to calculate about as much as the industrial revolution multiplied our ability to lift, pull, push, and carry. We’re no longer held back by our ability to crunch numbers — to store, process, and transmit data.

This is a very recent phenomenon. Personal computers are 30 years old, the Web about half that. So it makes no sense to me to argue that the computer revolution is over, or even that we understand all its implications.

When we overcame the limitations of muscle capacity, it’s no overstatement to say that the world changed — no, improved – as never before. So what should our expectations be about overcoming the limitations of mental capacity?

I ask because I honestly don’t know the answer. It seems ridiculous to think that the humanity’s lot will be improved as much by digitization as it was by the Industrial Revolution. But it seems reasonable to believe that infinitely expanding mental capacity is as big a deal as infinitely expanding muscle capacity. And we saw what happened when we did the latter.

So I’m a bit lost, here in the middle of this transformation. I don’t believe in the Singularity —  I don’t think humans are going to merge with computers any more deeply than we’ve merged with jumbo jets or lawnmowers. But I do believe that big changes and improvements are ahead. Will they be of the same type, and the same magnitude, as those that followed the industrial revolution?

I don’t know (but wow, am I interested to learn). What do you think? Leave a comment, please, and let us know.

 

  • http://jdmoyer.com/ JD Moyer

    I’m not as confident that human population explosion is a good thing.  Things might have played out a little differently (slower population growth) if technological innovations had occurred in a different order (what if oral contraception has been invented before the Haber-Bosch process?)  Discussed more here:
    http://jdmoyer.com/2011/03/25/how-it-might-go-down/

    Re: The Singularity, it already happened (with the advent of cultural/technological evolution, 45,000 years ago).  That’s one take anyway.  ;-)   The next one?  Maybe multi-substrate human beings — technology that could facilitate a smooth transition from bio-human to virtual human and the like …

  • http://www.TerriGriffith.com/blog Terri Griffith

    I’ll open with another question: Will we become more self-aware and self-designing in terms of how we organize work and knowledge?  If so, then I see the opportunity for a positive inflection.  In the past transformations it was a few people making key decisions (apparently well).  We now have the opportunity for all of us contribute.

  • Mike

    A couple of  thoughts… 
    Is the computer revolution not just the lastest phase of an ongoing industrial revolution?  And if they are different, considering that we are in a continuous near vertical section of the curve now, how will you be able to identify the point at which the driver for population growth switches from industrial revolution to computer revolution?Given that the earth has a finite capacity to support a population at what point does the positive effect of this industrial/computer revolution push population beyond the ability of the earth to support it?  Would it be appropriate  at the point that the curve flattens or potentially even moves into a negative slope to attribute this effect to this industrial/computer revolution as well?  

  • Aaron Taylor

    I wonder if there may the possibility of some sort of blending of human consciousness with inanimate computational ability (within computers), combined with robotic externalities (a robot body) for mechanical functions will ultimately lead us to the far reaches of the universe.  In other words, a “human mind” as part of an inanimate object that is impervious to the effects of time that can traverse the depths of space, not just as a feedback object such as now being sent into deep space, Mars, etc.; but rather, an intelligent entity capable of learning and growing mentally for an indefinite period of time.  Smart computers with human consciousness and awareness coupled with robotics….

  • http://socsci.tau.ac.il/poli-LCE/ Josh Verienes

    I think such a thing is already possible in at least two forms: first is a computer mouse controlled by your mind and second is text editor which can write what you are thinking about.

  • Guido Masnata

    I think it may be a matter of units… It’ pretty obvious that nowadays all the knowledge workers have increased their productivity due to tools like web, mobile, etc. But we still live in a world where only a very small part of world people has a good access to these tools (even if these people manage the great majority of money). The industrial revolution kicked the world off when it reached the “everyday social” level (new kinds of towns, new architectures, new transports,ecc),not only the productivity one (overcoming the horse or human power force). Wait just some more years, when the BRIC nations will overcome we XX century europeans…. 

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  • http://twitter.com/ChristinaatHP Christina B Morrison

    Very interesting post Andrew. I think we’re still in the stage where the population is realizing just how valuable investing in new technologies can be. I agree that we can’t possibly know the implications of the computer revolution just yet. If we continue to improve mobile technology and working remotely becomes the norm, I think that will have a huge impact on our culture. But again, it will all depend on how soon we understand and embrace new technologies and how much they can help.

  • R R Dasgupta

    I see cause-based communities as the next biggest force that will propel growth. Somewhere the great imbalance between spiritual and material growth has to get balanced and these communities will be right there in the middle of it. Their influence will be more evolutionary than “revolutionary”

  • Sig Rinde

    Andrew,

    perhaps the “overcoming the limitations of mental capacity” could be “how not to waste our mental capacity”?

    Pre 1913 at Fords car factories, in the workshop style production, the workers had to walk around finding parts, changing tools, checking with foremen – all process work and not actual value creation. By end of 1913 that part was automated by the assembly line, now all time could be spent on the singular purpose of value creation as in delivering a car. Interestingly enough (at the beginning at least) they were doing the same value-creation work as earlier; screwing on the same doors using the same tools and the same movements.  They were only freed from the non-value-creating process-work and still the value-creation went up 7.8 times measured by man-minutes per car produced.

    Now to today – production and other Easily Repeatable Processes are way less important, approximately only half as important measured by W-W GNP as Barely Repeatable Processes like most of us engage in every day. But our milling around is still there, we spend time on meetings, budgeting, writing reports and more that all are process work and not value-creation. Maybe as much as 2/3rd of our time it seems.

    So imagine if we could “automate” the process work so we could spend all our mental capacity on actual value-creation and we might see way more gains than what we saw “last time”.

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