Monday, October 03, 2016

The Zero Marginal Cost Society

The Internet of Things, the Collaborative Commons, and the Eclipse of Capitalism



"The Zero Marginal Cost Society", subtitled "The Internet of Things, the Collaborative Commons, and the Eclipse of Capitalism" is a 2014 book by Jeremy Rifkin. In "Postcapitalism" I learned that a near zero marginal cost (the cost to produce 1 additional product) of many goods, particularly those which are information-based, breaks the free market capitalistic system. I was going to say "breaks economics", but I think that economics was already broken. This book seemed like it would expand on that important idea.

The hardcopy book has 448 pages. It has 16 chapters and an afterword. After 1 introductory chapter, the book is divided into 5 parts of 3, 5, 3, 2, and 2 chapters. The style was a little off to me, I think maybe because Rifkin seems to like to use very long sentences.

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The opening sentence of the book:

The capitalist era is passing ... not quickly, but inevitably. A new economic paradigm — the Collaborative Commons — is rising in its wake that will transform our way of life.
The chapter brings us up to date on the progress of the "zero marginal cost revolution".
The near zero marginal cost phenomenon has already wreaked havoc on the publishing, communications, and entertainment industries as more and more information is being made available nearly free to billions of people. Today, more than one-third of the human race is producing its own information on relatively cheap cellphones and computers and sharing it via video, audio, and text at near zero marginal cost in a collaborative networked world. And now the zero marginal cost revolution is beginning to affect other commercial sectors, including renewable energy, 3D printing in manufacturing, and online higher education. There are already millions of “prosumers”—consumers who have become their own producers—generating their own green electricity at near zero marginal cost around the world. It’s estimated that around 100,000 hobbyists are manufacturing their own goods using 3D printing at nearly zero marginal cost. Meanwhile, six million students are currently enrolled in free Massive Open Online Courses (MOOCs) that operate at near zero marginal cost and are taught by some of the most distinguished professors in the world, and receiving college credits.
Rifkin points out that free market capitalism surprisingly carries within it the seeds of its own destruction.
A near zero marginal cost society is the optimally efficient state for promoting the general welfare and represents the ultimate triumph of capitalism. Its moment of triumph, however, also marks its inescapable passage from the world stage.
After giving the required props to Adam Smith, Rifkin discusses everyone's favorite, Keynes' "Economic Possibilities for Our Grandchildren", which I first talked about in my very 1st post on Economy of Plenty. He gives a different and insightful definition of the Internet of Things (IoT):
The coming together of the Communications Internet with the fledgling Energy Internet and Logistics Internet in a seamless twenty-first-century intelligent infrastructure—the Internet of Things (IoT) — is giving rise to a Third Industrial Revolution.
Rifkin brings the laws of thermodynamics into economics, with each successive Industrial Revolution reducing the amount of entropy created via increased efficiency, but this interesting formulation does not make it past the 1st chapter.
the IoT is made up of a Communications Internet, an Energy Internet, and a Logistics Internet that work together in a single operating system, continuously finding ways to increase thermodynamic efficiencies and productivity in the marshaling of resources, the production and distribution of goods and services, and the recycling of waste.
I learned quite a lot about the concept of The Commons and its history, going back to medieval times and now instantiated as the online Social Commons or the Collaborative Commons.
The operating logic of the IoT is to optimize lateral peer production, universal access, and inclusion, the same sensibilities that are critical to the nurturing and creation of social capital in the civil society. The very purpose of the new technology platform is to encourage a sharing culture, which is what the Commons is all about. It is these design features of the IoT that bring the social Commons out of the shadows, giving it a high-tech platform to become the dominant economic paradigm of the twenty-first century.
An interesting fun fact, "The adjective collaborative didn’t even exist until well into the twentieth century. " Rifkin sees a paradigm shift in progress.
Markets are beginning to give way to networks, ownership is becoming less important than access, the pursuit of self-interest is being tempered by the pull of collaborative interests, and the traditional dream of rags to riches is being supplanted by a new dream of a sustainable quality of life.
Rifkin confirms a thought that I have been having - that Secular Stagnation and the jobless recovery from the 2008 Great Recession are signs that our economic system is broken.
The current debate among economists, business leaders, and public officials on what appears to be a new type of long-term economic stagnation emerging around the world is an indicator of the great transformation taking place as the economy shifts from exchange value in the marketplace to sharable value on the Collaborative Commons.

...

The steady decline of GDP in the coming years and decades is going to be increasingly attributable to the changeover to a vibrant new economic paradigm that measures economic value in totally new ways.

One of the Rifkin's strongest formulations which carries throughout the book is the characterization of an era by its energy source and communication capabilities. He refers to this as a "communication/energy matrix".
Throughout history, great economic transformations occurred when human beings discovered new energy regimes and created new communication media to organize them.

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Part I is titled "The Untold History of Capitalism". An interesting history of economic systems.

  • In feudal times the only sources of energy were people, draft animals, and wood-burning. Agricultural was largely communal. Property was owned by God, not people.
  • In medieval times, water and wind mills became energy sources. These led to the rise of towns around mill locations and a burgher class to somewhat rival the power of the feudal aristocracy. The Enclosure Movement saw the communal commons fenced off and turned into private property, particularly for raising sheep for wool. The printing press created the 1st high-volume communications media. Roads and waterways were the logistic mechanism.
  • The 1st Industrial Revolution begins in 1776 with James Watts steam engine. Coal became the energy source. The telegraph was the communication medium. Railroads and mail order catalogs were the logistic implementation. Interesting points about the railroads and capitalism:
    The railroads became, in effect, the first modern capitalist business corporations ... Capitalism is a unique and peculiar form of enterprise in which the workforce is stripped of its ownership of the tools it uses to create the products, and the investors who own the enterprises are stripped of their power to control and manage their businesses.

    The high capital cost of establishing a rail infrastructure made necessary a business model that could organize around vertical integration, bringing upstream suppliers and downstream customers together under one roof.

  • The 2nd Industrial Revolution begins with the 20th century and mass production. Oil is the energy source, with the electric grid capable of delivering that energy everywhere. The telephone was the communication medium. Cars and later airplanes were the logistic mechanism. AT&T accepted government regulation as the price for a monopoly.
  • The 3rd Industrial Revolution begins in the late 20th century with the Internet as the communication medium. The energy source is smart distributed renewables. The logistics are provided increasingly by shared and autonomous vehicles.
    The Third Industrial Revolution (TIR) is what the rest of the book covers in detail.
Paralleling these paradigm shifts were changing views of humanity's role in the organization of the world. In feudal and into medieval times, Catholic doctrine taught that every man's role in society was predetermined by God. Protestantism kept a similar view, but wanted to get rid of the middle man Catholic Church. Protestants also thought that one's spiritual outcome in the afterlife was predetermined. But you could maybe create an appearance of being one of God's annointed by working hard and bettering one's self, from whence came the Protestant Work Ethic.

I did not know that John Locke was an early proponent of private property. Private property became yours by you working and adding value. But coming into the 2nd Industrial Age, workers started to feel that gave them more right to the profits of capitalists. Capitalists seized on David Hume and Jeremy Bentham’s "theory of utilitarian value" to combat these ideas, stating that maximizing the utility of resources works out best for everybody. Then in the 19th century, Herbert Spencer changed Darwin's "Natural Selection" into "Survival of the Fittest", and Social Darwinism was born. Ugh.

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Part II is titled "The Near Zero Marginal Cost Society". It is the longest part. There is a fair amount of overlap with the "gee-whiz, bright shiny future" anecdotes that were present in "Abundance". And similarly, this book was written 2 years later than "Abundance", but, even for a book written only 2 years ago, there were things where I thought "Whatever happened to that?" or "Why haven't I heard of that?".

Rifkin sets the stage with a series of very illustrative "what if" statements.

what if I were to say to you that 25 years from now, the bulk of the energy you use to heat your home and run your appliances, power your business, drive your vehicle, and operate every part of the global economy will likewise be nearly free?

...

what if nearly free information were to begin managing nearly free green energy, creating an intelligent communication/energy matrix and infrastructure that would allow any business in the world to connect, share energy across a continental Energy Internet, and produce and sell goods at a fraction of the price charged by today’s global manufacturing giants?

...

what if millions of students around the world who had never before had access to a college education were suddenly able to take courses taught by the most distinguished scholars on the planet and receive credit for their work, all for free?

...

what if the marginal cost of human labor in the production and distribution of goods and services were to plummet to near zero as intelligent technology substitutes for workers across every industry and professional and technical field, allowing businesses to conduct much of the commercial activity of civilization more intelligently, efficiently, and cheaply than with conventional workforces?

Rifkin details the explosive growth of the Internet of Things and mentions IPv6. Ha ha, I had to google that it went from a 32-bit address to a 128-bit address. That's a lot of bits, 2^128 is 3 x 10^38, a number beyond astronomical.

He raised the issue of potential privacy problems, but concluded, I think correctly, that kids growing up now will really not care much about privacy. [Particularly if this transparency shines a light on dark corners of business, government, and the oligarchy.]

The moniker of the younger generation is transparency, its modus operandi is collaboration, and its self-expression is exercised by way of peer production in laterally scaled networks.
Rifkin also discusses the magic word "exponential". I think it is definitely one our many cognitive biases that we have no intuitive grasp of exponential scaling - our hunter/gatherer ancestors probably did not run across it very often.

Rifkin examines 3d printing in fair detail, listing 7 differences from "conventional centralized manufacturing". I like the new word, infofacture, he introduces in the 1st difference. Yes, information, not hands, is doing the work. New words such as this to me mean, paradigm shift.

First, there is little human involvement aside from creating the software. The software does all the work, which is why it’s more appropriate to think of the process as “infofacture” rather than “manufacture.”
Interestingly, his discussion of the 6th difference leads us to discover the "democratization of manufacturing", of which Mahatma Gandhi was an early proponent. Gandhi was also an early proponent of sustainability.
Sixth, because the IoT is distributed, collaborative, and laterally scaled, 3D printers can set up shop and connect anywhere there is a Third Industrial Revolution (TIR) infrastructure

...

Gandhi’s alternative proposal was local production by the masses in their own homes and neighborhoods—what he called Swadeshi. The idea behind Swadeshi was to “bring work to the people and not people to the work.”

...

He also bound his theory of happiness to a responsibility to the planet. Nearly a half century before sustainability came into vogue, Gandhi declared that “Earth provides enough to satisfy every man’s need but not enough for every man’s greed.”

Rifkin's discussion of MOOCs includes another issue I had not heard much about before: service learning, where students learn through performing service in their community. Apparently it is very good tech.
studies of elementary schools and high schools conducted in different regions of the country report that service learning improved students’ problem-solving skills and understanding of cognitive complexity as well as their performance in classroom work and on standardized tests, as compared to students who did not take part in service-learning programs.
He discusses for-profit Coursera, and non-profit EdX, from MIT and Harvard. Some of the online courses are starting to actually award credits, sometimes in conjunction with coming on-campus, which doesn't seem very scalable. Rifkin raises interesting points on the rationale of these famous universities providing these online options.
Why then, are so many universities so anxious to push forward? First, in their defense, there is a great deal of idealism involved here. It has long been the dream of educators to bring the knowledge of the world to every human being. Not to do so, once we have the means, would be considered unethical to many academics. But second, they recognize that if they hold out, others will rush in—which they already are. Like their counterparts in so many other sectors where new technologies are making possible a near zero marginal cost society and nearly free goods and services, they realize that the logic of optimizing the welfare of the human race in collaborative, networked Commons is so compelling that it is impossible to shut it out or turn away.
I like the title of Chapter 8: "The Last Worker Standing". Did I see somewhere, "Will the last worker close the door on their way out"? Rifkin correctly, IMO, analyzes the jobless recovery, and addresses the delusional thinking that somehow, the US can do something to get manufacturing jobs back from China.
American and European politicians, and the general public, blame blue collar job losses on the relocation of manufacturing to cheap labor markets like China. The fact is that something more consequential has taken place. Between 1995 and 2002, 22 million manufacturing jobs were eliminated in the global economy while global production increased by more than 30 percent worldwide.

...

factory employment, which accounted for 163 million jobs in 2003, is likely to be just a few million by 2040, marking the end of mass factory labor in the world.

Rifkin posits that automation will also affect service jobs - think self-service ordering and checkout kiosks - and white-collar jobs as well. He sees us moving past the days of wage slavery, and into the time of real life. As Universal Basic Income (UBI) proponents say, "Jobs are for machines, life is for humans". This seems like the point of the book where some discussion of UBI would be appropriate, but he never touches on the subject.
The First Industrial Revolution ended slave and serf labor. The Second Industrial Revolution dramatically shrank agricultural and craft labor. The Third Industrial Revolution is sunsetting mass wage labor in the manufacturing and service industries and salaried professional labor in large parts of the knowledge sector.

...

The very idea that a human being’s worth was measured almost exclusively by his or her productive output of goods and services and material wealth will seem primitive, even barbaric, and be regarded as a terrible loss of human value to our progeny living in a highly automated world where much of life is lived on the Collaborative Commons.

...

Attachment to community and the search for transcendence and meaning comes to define the measure of one’s life rather than one’s material wealth.

The last chapter of Part II raises the worrisome part of all this future thinking: how are the old lizards, the oligarchs who currently have the world set up pretty much the way they like it, going to be dealt with?
Whether the new potential inherent in the IoT infrastructure can be realized will be determined by who finances the platform. The struggle for control is already well underway, mostly behind the scenes, in regulatory commissions, courtrooms, legislatures, corporate boardrooms, civil society organizations, and academic circles all over the world.
I think Rifkin feels that the overall distributed, democratic foundations of the Internet - the communication medium - will lead naturally to the democratization of the energy source and the logistic system. [Speaking as one who has installed 9kW of solar panels on a Florida house, it ain't happening yet. I'm paid $0.01869/kWh for electricity that FPL sells to my neighbors for $0.11 or $0.13/kWh. But there was a ballot initiatives that was supposed to favor solar prosumers that did pass in Florida last month. However there is supposed to be another referendum supported by the power industry that will oppose solar on the November ballot. So maybe that does show progress, but a "tipping point" seems to me to be a reach right now.]
The shift from being a consumer to being a prosumer of energy marks a tipping point in the way power is generated and used.
Rifkin discusses the "Cleanweb Movement, also called energy IT or clean IT". I had not heard of this, and The Google did not yield much in the way of any real organization, i.e., cleanweb.org. He also discusses the federal (DOE) initiative, "Green Button", allowing consumers to monitor their energy. This does appear to be ongoing. My electric company has for at least a couple of years provided me monthly energy efficiency reports, maybe that is an offshoot.

Finally Rifkin discusses the "free Wi-Fi for everyone" which the FCC announced in 2013. High speed internet and ubiquitous wi-fi do indeed appear to me to be making progress everywhere. [I remember in maybe 2005 the CEO of the company I was at telling me that before long wi-fi internet access would be everywhere. He was definitely a visionary guy - I think he'd be disappointed we're still not there a decade later.]

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Part III is titled "The Rise of the Collaborative Commons". I like the title of Chapter 10, "The Comedy of the Commons". After having heard about The Tragedy of the Commons for so long, it is nice to think of its opposite. [It always makes me think of the Dr. John song lyric "If I don't do it, somebody else will."] And indeed, in reviewing research into Commons throughout the world, Rifkin recounts many instances of Commons being managed successfully, and often by the participants without central government regulation. The book he references most on the issue is Elinor Ostrom’s "Governing the Commons" (1990) (oops, he gets the name wrong, referring to it as "The Governing of the Commons"). This defines 7 very commonsense design patterns for maintaining a Commons successfully. I think this is important enough that I will include these here.

First, effective management of a commons requires “clearly defined boundaries” on who is allowed to appropriate from the commons and who is not.

Second, it’s necessary to establish appropriation rules restricting the time, place, technologies, and quantity of the resources that can be used as well as setting up the rules on the amount of labor, materials, and money that can be allotted to the appropriation.

Third, a commons association needs to guarantee that those affected by the appropriation rules jointly and democratically determine those rules and their modifications over time.

Fourth, the commons association should ensure that those monitoring the activity on the commons are the appropriators or are accountable to them.

Fifth, appropriators who violate the rules should, in principle, be subject to graduated sanctions by the other appropriators or officials accountable to the appropriators, to guard against overly punitive punishment that sours their future participation and creates ill will in the community.

Sixth, the commons association ought to build in procedures for rapid access to low-cost private mediation to quickly resolve conflict among appropriators or between appropriators and public officials.

Seventh, it is vital that government jurisdictions recognize and condone the legitimacy of the rules established by the commons association.

Rifkin points out that economics of course has a great problem with this.
Most economists would be nonplussed because their discipline is so wedded to the idea that human nature is purely self-interested and that each individual seeks to optimize his or her autonomy. The very idea of freely choosing to pursue the collective interest is anathema to many market-oriented economists.
And indeed, the Commons is always under attack by the forces of enclosure, of fencing things off. Reagan and Thatcher led the push for privatization of many formerly common resources. That there is now legislation before Congress wanting to privatize our National Parks is abhorrent to me. My catch line for a few years has been, "privatization === some fat cat putting a lot of money in his pocket".
Would we want to fence off every beachfront, lake and river, every forest, every suburban community, every road and bridge, and put the whole of the Earth’s diverse ecosystems into private hands, allowing property owners the exclusive right to charge an access fee for admission and use of the resources, or worse, deny admission altogether?
Rifkin discusses in detail one of the worst ongoing attempts to loot the Commons: the patenting of human and other genes. I can agree with patenting genetic modifications that go to create specific GMOs, but to me it is the height of lunacy to apply patent protection to any part of any naturally occurring genome. Rifkin on the other hand seems to be against any patents on any lifeforms. I found this preamble to the 2002 "Treaty to Share the Genetic Commons" inspirational, so I will include it here in its entirety.
We proclaim these truths to be universal and indivisible;

That the intrinsic value of the Earth’s gene pool, in all of its biological forms and manifestations, precedes its utility and commercial value, and therefore must be respected and safeguarded by all political, commercial and social institutions,

That the Earth’s gene pool, in all of its biological forms and manifestations, exists in nature and, therefore, must not be claimed as intellectual property even if purified and synthesized in the laboratory,

That the global gene pool, in all of its biological forms and manifestations, is a shared legacy and, therefore, a collective responsibility,

And,

Whereas, our increasing knowledge of biology confers a special obligation to serve as a steward on behalf of the preservation and well being of our species as well as all of our other fellow creatures,

Therefore, the nations of the world declare the Earth’s gene pool, in all of its biological forms and manifestations, to be a global commons, to be protected and nurtured by all peoples and further declare that genes and the products they code for, in their natural, purified or synthesized form as well as chromosomes, cells, tissue, organs and organisms, including cloned, transgenic and chimeric organisms, will not be allowed to be claimed as commercially negotiable genetic information or intellectual property by governments, commercial enterprises, other institutions or individuals.

Tne last 2 chapters of this part return to the battle against the old lizards. The struggle is far from complete, but there are some victories in which to take heart.
The struggle between prosumer collaboratists and investor capitalists, while still nascent, is shaping up to be the critical economic battle of the first half of the twenty-first century.

...

The unfolding economic clash between the collaboratists and capitalists is a manifestation of a cultural conflict that will likely redefine the nature of the human journey in the years ahead. If there is an underlying theme to the emerging cultural narrative, it is the “democratization of everything.”

The Free Culture Movement, the Environmental Movement, and the movement to reclaim the public Commons are the coproducers, if you will, of this unfolding cultural drama.

A well-known victory for the Commons is the Free and Open Source Software (FOSS) movement. It was and is spearheaded by our hero, Richard Stallman, perhaps in part in opposition to Bill Gates deciding that he could make big money from the software that used to be exchanged for free by hobbyists.
Stallman argued that software code was quickly becoming the language of communication between people, and between people and things, and that it was immoral and unethical to enclose and privatize the new communications media, allowing a few corporate players to determine the conditions of access while imposing rent. Stallman proclaimed that all software should be free, by which he meant as in “free speech, not free beer.”
From GNU to Linux to most if not all of the software stacks now used in Web software development, the FOSS has indeed been a great victory.

I think this victory encouraged others to extent the principles of FOSS to other domains. There is a very interesting discussion of historical ideas of authorship.

they felt that ideas came from without in the form of a vision or inspiration—that they were struck by an idea. The very notion that an idea might come solely from within, as a unique creative insight, would have seemed strange, if not completely incomprehensible.

...

(In a script or oral culture, the concept that one could own his or her own words and charge other people to listen to them would have been simply unbelievable.)

I think that if you apply the concept of memetics to ideas and authorship, it is obvious that no new memes are created in isolation, that they are instead bred from older existing memes. So how can one claim sole ownership of any new meme, just because it happened to have been bred in one's own mind? Why do we not then claim that the global meme pool is a Commons just like the global gene pool?

The major application of FOSS principles to culture in general was led by Lawrence Lessig and the other creators of the Creative Commons license.

Rifkin next discusses transborder peace parks as a technique for pulling land back into the Commons. Humans are the only species on earth that knows anything about national boundaries. Ecological work needs to be able to ignore these boundaries.

The very idea that nature’s boundaries supersede political and commercial boundaries in importance has the effect of redirecting the social narrative away from individual self-interests, commercial pursuits, and geopolitical considerations to the general well-being of nature.

...

The enclosures of the land and ocean Commons, the fresh water Commons, the atmosphere Commons, the electromagnetic spectrum Commons, the knowledge Commons, and the genetic Commons has severed the complex internal dynamics of Earth’s biosphere, jeopardizing every human being’s welfare and the well-being of all the other organisms that inhabit the planet.

...

The opposite of enclosure is not merely openness, but transcendence.

Rifkin sees globalization, the WTO, the TPP, and similar trade agreements as being primarily increasingly concerned with protecting corporate intellectual property issues, in direct conflict to the creation of the Commons. The Sonny Bono Copyright Term Extension Act of 1998 extended copyrights to 70 years (just in time to save Mickey Mouse from the public domain); the odious Digital Millennium Copyright Act (DCMA) passed in the same year. These were part of what led to the extensive demonstrations against the 1999 WTO meeting in Seattle. And so the battle was joined.
There were calls for opening up the public square Commons, the land Commons, the knowledge Commons, the virtual Commons, the energy Commons, the electromagnetic spectrum Commons, the Communications Commons, the ocean Commons, the fresh water Commons, the atmosphere Commons, the nonprofit Commons, and the biosphere Commons. Virtually every Commons that had been enclosed, privatized, and commodified in the market during the 200-year reign of capitalism suddenly came under scrutiny and review. NGOs were formed and initiatives were launched to champion the reopening of the many Commons that embed the human race in the biosphere. Globalization had met its nemesis in the form of a diverse movement committed to reversing the great enclosures and reestablishing the global Commons.
Rifkin references a book by Peter Barnes, "Capitalism 3.0: A Guide to Reclaiming the Commons" (2006), that I think will be my next economics read. Here is Barnes' vision of the future. I look forward to more details on how this actually gets done.
"the key difference between versions 2.0 and 3.0 is the inclusion in the latter of a set of institutions I call the Commons sector. Instead of having only one engine—that is, the corporate-dominated private sector—our improved economic system would run on two: one geared to managing private profit, the other to preserving and enhancing common wealth."
The last chapter of this part reviews the current status of Commons vs. lizards with regard to the communication/energy/logistic matrix of the 3rd Industrial Revolution (TIR). On the communication side, he talks about net neutrality, which seems to be faring well so far. He also sees as a threat the siloization of the Internet, with our data being partitioned between private sites like FaceBook, Twitter, LinkedIn, etc.
Berners-Lee warns that “large social networking sites are walling off information posted by their users from the rest of the Web” and creating enclosed commercial spaces.
On the energy front there is similar conflict. Unsurprisingly, Europe seems to be a bit ahead of the US in progressing towards an Energy Commons.
Already, the creation of an Energy Internet Commons across locales, regions, countries, and continents is coming up against entrenched commercial interests every bit as formidable as those the Communications Internet is facing with the telecommunications and cable companies.

...

The European Union, the world’s largest economy, has taken steps to keep the Energy Internet an open architecture by requiring that conventional power and utility companies unbundle their power generation from their transmission of electricity.

There is a very interesting history of the Tennessee Valley Authority (TVA) and the Rural Electric Administration (REA). These were both very successful in creating the 2nd Industrial Revolution energy grid in Appalachia and other rural areas through government programs and cooperatives. The cooperatives were funded by the Federal government through low-interest loans, all of which were paid back.
This Commons form of self-management accomplished in just 13 years what private enterprise and government could not have done in twice that time at anywhere near the low cost.
As is appropriate, Rifkin speaks very highly of cooperatives. I was surprised tho that he did not mention the Mondragon Cooperative of Spain, as it is often pointed to as an exemplar of a successful cooperative. The last sentence of this next excerpt is a little worrysome: paranoia or valid concern?
The year 2012 was officially recognized by the United Nations as the International Year of Cooperatives, but a quick Google search shows barely a blip of news about the year-long celebrations. Perhaps it’s because the global media are concentrated in the hands of a few giant for-profit media companies that decide what is news.
Finally, Rifkin discusses the logistics Commons, where he notes that the IoT could support a sophisticated, computerized system where there are fewer long hauls and more short hauls, with more handoffs of cargo. Surprising, there is no discussion of drones, which are being touted by many as a technology by which the Third World, particularly Africa, could leapfrog 1st and 2nd Industrial Revolution logistics and go straight to a more distributed means of delivering goods, particularly medications.

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Part IV is titled "Social Capital and the Sharing Economy". These are actually kind of discussed in the reverse order. I don't make much use of the sharing economy, but my 4 children, all in their 30s, all do to some degree. An insightful discussion of "freedom", pre- and post-Internet:

In the capitalist era, we came to define freedom in negative terms as the right to exclude. The automobile became the symbol of our conventional notion of freedom.

The Internet generation, however, has come to think of freedom not in the negative sense—the right to exclude others—but rather in the positive sense of the right to be included with others. For them, freedom means the ability to optimize one’s life, and the optimal life is realized by the diversity of one’s experiences and the distributed reach of one’s relationships in the various communities to which one affiliates over a lifetime. Freedom is measured more by access to others in networks than ownership of property in markets. The deeper and more inclusive one’s relationships, the more freedom one enjoys. Having continuous access to others in social spaces like Facebook and Twitter gives one’s life meaning. Freedom for an Internet generation is the ability to collaborate with others, without restriction, in a peer-to-peer world.

Although they are all online to various degrees, I think none of my 4 children would agree that "Facebook and Twitter gives one's life meaning". I think they are probably a little too old. Hah, what does that make me? I spend way too much time on both those services, and, yes, they're fun, but, no, I don't think they give my life meaning. Well maybe just a little.

2 of my kids (the ones married with children) own cars, 2 don't. "In 2012, 800,000 people in the United States belonged to a car-sharing service." My middle daughter was 1 of those. Car sharing is going nowhere but up, particularly once you can call a self-driving shared car to your location with an app on your smartphone.

I tried unsuccessfully to find out where I got this from. There was a statement somewhere that made total sense to me, to the effect that: we have only been using ownership because the tech wasn't good enough to use sharing. But now the tech is good enough that we can switch over.

Rifkin feels that the 2008 meltdown and the slow recovery has led many consumers to ask themselves, "Why?".

Families began to realize they had been sold a bill of goods, that they had been sucked into a debilitating addiction fed by billions of dollars of corporate advertising that had left them at the doorstep of ruin and despair. It was a collective “ah ha” moment when large numbers of people stopped dead in their tracks and began to reverse course. The way out was to turn the entire economic system on its head—buy less, save more, and share what one has with others. Runaway consumption would be replaced by a shareable economy.

...

Reducing addictive consumption, optimizing frugality, and fostering a more sustainable way of life is not only laudable, but essential if we are to ensure our survival.

Other sharing domains are examined: lodging via Airbnb and Couchsurfing; toys; clothes; and all manner of other merchandise. A company SharedEarth matches gardeners with people with land for a garden, with the produce being shared. Community supported agriculture (CSA) has been around for decades, and continues to grow in popularity. I know several younger families who use it.

The Internet Commons has also facilitated a powerful kind of information sharing: the sharing of medical information by patients, which Rifkin refers to as patient-driven health care. Rather than just providing emotional support, the sites for sharing information between sufferers also seem to be instantiations of "the wisdom of crowds".

[Dan] Hoch said that what surprised him most of all was the realization “that an online group like the BrainTalk Communities epilepsy group is not only much smarter than any single patient, but is also smarter, or at least more comprehensive, than many physicians—even medical specialists."
The wisdom of crowds is also taking its toll on an American institution: the commercial, and marketing in general. [Every year when people watch the Super Bowl to see the commericials, I realize that the TV commercial is probably the great American original art form.] Modern consumers now place far more reliance in online reviews and ratings than in commercials. And Internet-based ads are just as vulnerable as ads on the older media.
If there ever was an invisible hand, it is surely advertising’s ability to keep demand at pace with increasing supply.

...

[Eric] Clemons believes that paid advertising “will fail as a major revenue source for most Internet sites” for all the reasons mentioned above. His conclusion is that “the Internet is not replacing advertising but shattering it.”

To me "social capital" can mean a couple of different things, both of which are discussed by Rifkin. 1st, there is access to capital as a domain of the sharing economy. It started as "peer-to-peer lending or social lending", which I believe have now been eclipsed by crowdfunding. Kickstarter is very popular and works great - I have supported several projects. Indiegogo also seems to be doing very well. GoFundMe has become ubiquitous to the point that funding requests for funeral expenses for unexpected deaths have become a frequent reminder of income inequality.

The other meaning of "social capital" is that of the good will you have created for yourself with others - your reputation. All sites that exchange goods maintain ratings of all participants.

like more traditional Commons, the new Collaborative Commons has experimented with a range of protocols to maintain the high level of social trust necessary to ensure sufficient social capital to build a collaborative ethos, including sanctions to punish and even weed out free riders and spoilers.
Rifkin also brings up reputation services, "similar to credit-rating services in the market economy". He mentions TrustCloud, and more recently there was one called Clout, which now appears to be defunct. I have not seen them getting much traction. My oldest daughter, a freelance graphics designer in Brooklyn who has done a lot of pro-bono work, including for Occupy, concurs.

An even more orthogonal concept is alternative currencies.

community currencies, local exchange trading systems (LETS), or microcurrencies, began to take hold in locales around the world after the economic collapse of 2008.

...

Alternative currencies have mushroomed in some of the regions of Europe hardest hit by the Great Recession. In Greece and Spain, community currency networks are proliferating.

And of course there is bitcoin, which seems like horrible tech to me. Another more interesting concept is the time bank, where people exchange hours and minutes rather than dollars and cents.

Rifkin notes the creation of benefit corporation status in the US. These give social entrepreneurs a vehicle to pursue goals in support of the Commons.

Finally, Rifkin talks about the future of employment. His ideas here seem a little off to me. Basically, some years of building the Energy Internet, followed by everyone working for nonprofits contributing to the commons? Why do we need that 2nd part? But, nonprofits aren't actually that dependent on the old lizards, so it's all good? And still no mention of Basic Income.

In the short and mid terms, however, the massive build-out of the IoT infrastructure in every locality and region of the world is going to give rise to one last surge of mass wage and salaried labor that will run for 40 years, spanning two generations.

...

approximately 50 percent of the aggregate revenue of the nonprofit sector operating on the Commons already comes from fees for services, while government support accounts for only 36 percent of the revenues, and private philanthropy for only 14 percent.

Ha ha, I'll note in passing this horribly human chauvinistic comment. Tsk tsk, pretty short sighted.
The very idea that machines might someday create social capital is not entertained by even the most ardent technophiles.

[Back to the top]


Part V is titled "The Economy of Abundance". Yay! Yes, please! Note, Rifkin does not comment on the oxymoronic nature of this title.

The first chapter (#15) is titled "The Sustainable Cornucopia". What a great word, cornucopia! It comes from the Latin for "horn of plenty". Charlie Stross in a series of novels set in a post-scarcity utopia posits "cornucopia machines". Here's an image.

So is it doable? Rifkin reminds us that the current population is each year consuming 1.5x of the Earth's renewable resources. A world with everyone consuming at US levels would consume more like 4-5x annually. So, the bottom line is, we all need to consume less - go on the Mediterranean diet for starters. And, numerous studies have shown we'll be happier when we stop trying to keep up with the Joneses! Once you get to a reasonable "enough" wealth and stuff, adding more does not increase happiness.

Psychology professor Tim Kasser, author of "The High Price of Materialism", sums up the overwhelming evidence accumulated in years of studies on materialistic behavior.
"What virtually every study shows, he says, is that people who strongly value the pursuit of wealth and possessions report lower psychological well-being than those who are less concerned with such aims. . . . The more materialistic values are at the center of our lives, the more our quality of life is diminished."
...

In reality, the things we want most are not scarce but infinitely abundant—love, acceptance, and recognition of our humanity.

I found this next statistic to be surprising. I bet that if you directly observed people's behavior rather than asking them a question this number would go up to 80-90%.
In the 1960s, 56 percent of Americans said that most people can be trusted. Today, less than one-third still do.
Rifkin identifies materialism as leading to lack of empathy, the end state of which is sociopathy. He does not mention the studies that showed the similarities between the psychological profiles of sociopaths and the CEOs of large corporations.
What makes materialism so toxic is that it robs the individual of the primary drive that animates our species—our empathic nature.

...

When we hear of individuals who lack all sense of empathy, whose behavior shows no sensitivity to or concern for others, we think of them as inhuman. The sociopath is the ultimate pariah.

Rifkin seems to share my optimism and hope for the Millennials to be the ones who will make this brave new world succeed. [But are they going to vote, or are they going to try to sidestep the existing political system?]
Studies also indicate that millennials are the least prejudiced and most empathic of any generation in history in championing the legal and social rights of previously marginalized groups of the population, including women, people of color, gays and lesbians, and the disabled. They are also less xenophobic.

...

While there is evidence of their famed narcissism and materialism, there is also evidence of an increase in empathic engagement. I also suspect that the narcissistic and materialistic inclination is of waning influence in the aftermath of the Great Recession.

...

A sharing economy of collaborative prosumers is, by its very nature, a more empathic and less materialistic one.

The waning of the materialistic ethos is also reflected in the increasing commitment to sustainability and environmental stewardship.

I get accused of being a pollyanna all the time, Rifkin may top me here.
By midcentury, the falling fertility rate is likely to approach 2.1 children per family across the world, marking the beginning of a slow decline in human population, eventually bringing it down to 5 billion people—the number that will secure our ability to live off of nature’s ecological interest and enjoy an economy of abundance.
I really don't see population decreasing to 5 billion anytime in the next century without horrible catastrophes being responsible.

Rifkin now detours to talk about "The Two Wild Cards of the Apocalypse", which could keep us from getting to the Economy of Abundance.

  1. The climate crisis. No new data. And no synthesis, that getting beyond capitalism to our post-scarcity utopia is totally linked to fixing the climate crisis, as Naomi Klein does in "This Changes Everything".
  2. Cyberterrorism. This seems kind of out-of-left-field - a legitimate concern, but up there with the climate crisis? [It is still unbelievable to me that, as with nucs, the US was the 1st to rub the lamp on this terrifying genie when, with the Israelis, it released the StuxNet virus on the Iranian centrifuges. What an error in judgement!]
At the start of the last chapter of the book, Rifkin gives an optimistic assessment of the state of things. Hell yeah, FTW! Give me optimism, or give me death!
My sense is that with an unswerving commitment, no costly mistakes or setbacks, and a little luck, the race to a new economic paradigm can be achieved.
In the rest of this chapter, he gives a very interesting history of the "consciousness" associated with each of the 5 eras of energy/communication/logistics tech human civilization has been through. To me writer-wise, so odd that these are not all in a table somewhere. So I will take it on myself to create that table. Don't Fear Tables.

  1. every forager/hunter society—even those few still remaining today—had “mythological consciousness.” The empathic drive in forager/hunter societies only extended to blood ties and tribal bonds.
  2. The coming together of writing and hydraulic agricultural production shifted the human psyche from mythological to “theological consciousness.”
  3. In the nineteenth century, the convergence of coal-powered steam printing and the new coal-powered factory and rail-transport system gave rise to “ideological consciousness.”
  4. In the twentieth century, the coming together of centralized electrification, oil, and automobile transport, and the rise of a mass consumer society, marked still another cognitive passage, from ideological to “psychological consciousness.”
  5. the next leap in the human journey—a crossover into biosphere consciousness and an expansion of empathy to include the whole of the human race as our family, as well as our fellow creatures as an extension of our evolutionary family?
I do feel this is a compelling narrative. Ahh, I used the word earlier, in homage to Design Patterns, which was a Big Thing in software design maybe 10-15 years ago. The word is: pattern.
Nonetheless, there is a detectable pattern to human evolution, captured in the spotty but unmistakable transformation of human consciousness and the accompanying extension of the human empathic drive to larger fictional families cohering in ever more complex and interdependent communication/energy matrices and economic paradigms
Yes, yes, yes, this is indeed our tale. Ha ha, it's why I called the author out for short-selling the capabilities of AIs. The totally greatest non-zero-sum game is Love. There is absolutely no limit to how much Love you can create. Our "fictional families" can always, always expand - including to AIs. FTW!

[Back to the top]


In the Afterword, Rifkin pays homage to his father, a capitalistic entrepreneur, and as such pays homage to capitalism as it passes away.

So, while I celebrate, with qualifications, the entrepreneurial spirit that drove my father and so many others, I don’t mourn the passing of capitalism.
Just in comparison, my dad was a Union man, IPEU, and as such made enough money to raise 7 kids, drink too much, and bet on the ponies. He worked in corporate management a couple of times but never liked it and both times went back to being a Union man. As such, I think I will mourn the passing of capitalism less than Rifkin will.
No doubt, the nineteenth-century utilitarian economists and their twentieth-century progenies would be aghast at the prospect that the very theory they espoused would eventually run its course, but not before taking society to the cusp of a new economic order where promoting the general welfare is best achieved through collaborative pursuits operating in vast networked Commons in an evolving social economy.

[Back to the top]


So this is a good and fairly quick read. I think I read it in 3-5 days 3-5 hours/day. I would read this before "Abundance" and after "Postcapitalism". Notice that I am recommending you read these in reverse chronological order - so, as in booking hotel rooms, newer === better? I think this is not at all surprising, as information is being developed and published so quickly.

I think the best parts of this book can be summarized in this table, which I promised/threatened earlier. Hmmm, could also use a column for approximate start date, but I'm out of room.

Era Comm Energy Logistics Owner Consciousness
Feudal Oral Humans/ wood-burning Humans/ draft animals Divine Mythological
Medieval Printing press Water/ wind mills Roads/ waterways Divine Theological
1st Industrial Revolution Telegraph Coal RailroadsPrivate Ideological
2nd Industrial Revolution Telephone Oil/ electric grid Cars & trucks / Interstate HWsPrivatePsychological
3rd Industrial Revolution Internet Distributed renewables Self-driving & shared cars & trucksSharedBiosphere

Meanwhile, like "Abundance" which was my previous economics read/review/summary, where are the numbers? Where are the plans? Where are the political solutions? Where are the simulations which will tell us what parts of the current infrastructure of civilization we have to tweak to move from supporting 1.5x to 5x the annual renewable production of the planet back to 1.0 or less of that number? (Or to support Rifkin's contention that population will all on its own fall back to 5B?) What level of vehicle/housing/possession sharing is required?

The only details we are given about how the change comes about is a prediction of declining GDP and continuing or increasing unemployment. And once again, I was surprised there is no mention of UBI as a way to help in the transition from capitalism. This may just show how quickly UBI has moved into the zeitgeist - it has really just happened in the last year or so. So yet again, very interesting and plausible ideas are presented, but, aside from suggesting that the Millennials will lead the way, there is very little in the way of a real roadmap.

[Back to the top]

Thursday, September 22, 2016

New Yellow

A general biking update. The weather has been cooperative and I've gotten a lot of riding in this year. I've done the same rides enough that I wanted to go somewhere new and different.

When I 1st started biking 11-12 years ago, a young cyclist coworker (Kent Lewis) gave me a hardcopy of the Bluegrass Cycling Club's maps. Whenever I took a road, I would highlight it in yellow on the map. I haven't had any "new yellow" for a few years, so I determined to get some.

So I biked out Old Frankfort Pike and headed north on WoodLake Rd (KY 1685), through Spring Station. North of Leestown Rd (US 421) I went into Franklin Co for the 1st time. I jogged west on US 460 (east on this road takes you through downtown Georgetown) and continued north on Woodlake, now KY 1262. Right (north) on KY 1688 took me over into Scott Co to the unidentifiable town Sand Hill. I then took a right to go south on Pea Ridge Rd (KY 3378), which turned into Fishers Mill Rd when it crossed US 460. A mile or so east on Leestown Rd took me into Midway, and I came home Waizenberger Mill Rd, Paynes Depot Rd, and Pisgah Pike. 49.11 miles, 3h45m ride time, average speed 13.11 mph, not bad.

Here's the map with the new yellow.

On another biking topic, in June of last year, while they were installing the solar (9 kW) on our Florida house, I did a 53.74 mile, 3h38m ride - 4h20m elapsed time - after which I could hardly use my hands for an hour. So I decided to try aerobars. Here's what the ones I tried looked like.

They really had me looking down, almost to the point of backwards, so the bike shop also put in a 4" stem extender to get me a little more upright when using the areobars.

They were great at getting pressure off my hands. Plus I would say that they added 2 mph to my biking speed. But, I rode with them maybe 20 times and just never liked them. I generally only stayed in them for 5-10 minutes at a time. The saddle had to be tilted forward to the extent that when I wasn't using them I was perched on the back of the saddle. Plus, when I was in them, I really had tunnel vision, focused totally forward, as opposed to when I'm more upright I can take in much more of the surroundings, which is part of the fun of cycling.

So I had them taken off. But I kept the stem extender. It keeps me more upright and probably costs me 0.5-1.0 mph in speed, but it does take a little of the pressure off my hands. It's funny, my wife's road bike was pretty closely matched speed-wise to mine, now she is faster! That would probably be true riding with other people as well, but, as I'm almost always biking alone, I don't care. I'll take the pressure relief on my hands. I told the guy at the bike shop, my bike was now more of a "grandpa bike", but, hey, I'm a grandpa!

Wednesday, September 21, 2016

Letter to the Editor

I will post a comment if they print this. I've had pretty good luck lately.

How can our Senator Mitch McConnell not repudiate the presidential candidacy of Donald Trump? Trump is completely and utterly lacking in the temperament, experience, knowledge, attention span, and intelligence required to be the leader of the most powerful country in the history of the world.

My theory: McConnell and Paul Ryan think that if Trump is elected, they can use him as a rubber stamp for legislation, appointments, and executive orders. But have they not seen that Trump is uncontrollable? His revolving door of campaign management teams have all only succeeded in keeping him on message for a few days before he is compelled to insult someone. The narcissist Trump has become addicted to the attention he generates for himself by creating outrage, uproar, and discord. What happens when the insults are directed at foreign leaders, as they have been and you know they increasingly would be?

Donald Trump with his finger on the nuclear button is far more terrifying than any Islamic or Christian terrorists could ever be. I call on all our elected officials to put their love of our great country before their political party and their individual will to power, and to repudiate this unstable and dangerous demagogue.

Saturday, September 17, 2016

Bad Behavior Is Rewarded

I was supposed to be reading some Economics next, but, with 30 unread works of fiction on my iPad and another half-dozen in hardcopy, I decided to go on and read a couple of novels. Plus, I decided to pick novels totally new to me.

I have also changed my Twitter consumption. Rather than doing it during the day after email, FaceBook, and RSS feeds, I switched to processing Twitter at night, after the drinking light and the TV have come on. TweetBot also seems to be helping by jumping ahead if I get too far behind on my timeline. It seems to be eating up a lot less of my time, leaving me more time for reading, yay!

1st up, I read "All the Birds in the Sky", by Charlie Jane Anders. The world's greatest scientist and the world's greatest magician reconnect over decades after having been middle-school misfits together. The writing style is whimsical and fantastic, but it is set in a near future where the climate crisis has begun to ramp up its impacts. Quite often a fanciful statement is made that then turns out to be true. Also some lines that make you think: "Boredom is the mind's scar tissue." I don't think I agree with that but, still, it makes you think. The conflict between magic and science makes for some surprisingly action-filled scenes, and the ending is hopeful. Definitely a fun read.

Next up, "Too Like the Lightning", by Ada Palmer. Wow, what a find, thanks to whoever on Twitter (Cory Doctorow?) suggested it! It is set in a mostly utopian world in 2454 - yay, I love utopia! It is apparently a post-scarcity utopia, as some characters are stated to be "vokers" or vocateurs - people who care about a job enough to do it full time, rather than just live.

Rapid world wide transit has mostly put an end to nations and war. Gender differences and roles are of course blurred, and the narrator is sometimes politically incorrect in referring to characters with a gendered pronoun, when he feels they are strongly fulfilling traditional male or female archetypes, which, unsurprisingly, still linger in society. Countries are largely replaced by 7 hives focusing on different aspects of human existence; Graylaws, who provide some neutral government services; and Blacklaws, who live outside the law in a kind of ultra-Libertarian manner. Religion was banned a couple of centuries earlier as part of getting rid of war, but religion in private (2 people max) is very common, as are all kinds of philosophical discussions.

The main narrator is a criminal who somehow reminded me of Severian of the Gene Wolfe stories. The detail with which this world is described is completely over-the-top - nothing else similar in the last couple of decades except for maybe the world of Hannu Rajaniemi's "Quantum Thief". Dr. Palmer teaches history at the University of Chicago, and layers in a ton of information on the Enlightment philosophers Voltaire, Rousseau, and de Sade. I have not read much if any of these. Who knew that de Sade would mix pornography and political philosophy? At the time, they both would get you in trouble, say if your political philosophy included denying the divine right of kings. The only thing I can remember with this kind of detail was maybe Neal Stephenson's "System of the World" trilogy.

I also liked that, when characters were working on spreadsheets, they put the tables in the text. Dr. Palmer definitely writes really well. Here's a line I highlighted: "I apologize, Member Saneer, for this mismatch in the radii of our consequentialisms." Nice!

I should have paid more attention to the metadata - that this was Book I of "Terra Ignota". I have pre-ordered Book II, "Seven Surrenders", due out in February. When strong new characters were still being introduced 2/3 of the way through the book, I was getting the inkling that this was not going to be a stand-alone volume. This is definitely 1 story in 2 parts, like Dan Simmons' "Hyperion" and other books.

So the table is set. We have a dozen or more complex and interesting characters, most of whom seem to know each other. A couple of the characters have messianic possibilities, created by evolution? And in a world without religion? This made me think of Frank Herbert's "Dune" of all things. The investigation of what appears to be a minor crime has, in the best film noir, cheap detective tradition, become a matter of world shattering importance. Dr. Palmer has set herself a daunting task in producing a Book II to fulfill the promise of Book I. But, as I suspect the story was created in her mind as pretty complete, I am confident she will pull it off. Come on, February!

Thursday, September 08, 2016

Year's Greatest Nightmare Stacks

Out and about with my youngest daughter and her 2 YO son, we went into Carmichael's Bookstore to kill time while waiting for our food order from Ramsi's. I wound up with not 1 but 2 hardcopy books.

1st, in hardback, Charlie Stross's latest Laundry Files novel (#7), "The Nightmare Stacks". I still buy all Charlie's stuff in hardcopy - I pass the Laundry Files books on to my son-in-law.

This one seemed less tired than the last one.

  1. It's a love story, between our vampire Laundry protagonist and our parallel-universe elven antagonist.
  2. Fun stuff, with a magic-based army taking on tanks and planes of the British military.
  3. An interesting, speculative example of how a human subspecies developing language later could cause a very different type of mind to be created.
2nd, in trade paperback, "The Year's Best Science Fiction: Thirty-Third Annual Collection", edited by Gardner Dozois. I look forward to this every year, but, again this year, after having read the Technology Review, Microsoft, and tor.com short story collections, there were 4-5 stories here I had already read. There were also stories that really did not seem to belong here.
  • "The Children of Gal" by Allen M. Steele is your standard, colony planet forgets science and substitutes religion. That is a really old idea, I think the original Star Trek used it at least a couple of times.
  • "Inhuman Garbage" by Kristine Kathryn Rusch is a police procedural with several threads that fail to come together by the end. So what was the point of including them?
The final story, which is often strikingly good, is the 2nd one in the collection by Aliette de Bodard, set in her oriental-themed space opera where humans are grown to become ship-minds. For whatever reason, these stories just don't do much for me. I guess that conceptually it is interesting for a space empire to have an oriental flavor rather than a western one (Ms. de Bodard is French-Vietnamese), but still, I'm kind of like "so what"?

There are some good and different stories, but no real standouts. I'm wondering if I should quit reading the other short story collections? I'm thinking not. I don't mind rereading the duplicates, they are mostly good stories. But 4 or 5 seems like too many.

Saturday, August 27, 2016

Summary of Economics Reading

I wish that there were a way to pick one of the tags listed for the blog and show the titles and dates for that tag, rather than the posts. Given that you can't I have decided to start a list of the economics books I have read and reviewed/summarized, as a quick reference for myself. I will keep updating this page as I read more economics books.

  1. June 1, 2026, 15.5k words, "Bullshit Jobs: A Theory", by David Graeber, 2018.
  2. February 23, 2025, 7.3k words, "Chokepoint Capitalism", by Rebecca Giblin and Cory Doctorow, 2022.
  3. January 3, 2024, 35.8k words, "Debt - The First 5,000 Years", by David Graeber, 2011.
  4. December 7, 2022, 2.8k words, "A Spectre, Haunting", by China Miéville, 2022.
  5. May 31, 2021, 2.7k words, "How to Avoid a Climate Disaster", by Bill Gates, 2021.
  6. May 1, 2021, 1.3k words, "How to Destroy Surveillance Capitalism", by Cory Doctorow, 2020.
  7. July 21, 2020, 6.5k words, "Foundational Economy", the Foundational Economy Collective, 2018.
  8. May 1, 2020 , 24k words, "Modern Money Theory", 2nd Edition, L. Randall Wray, 2012, 2015.
  9. April 27, 2019, 7.4k words, "The Economics of Arrival", Katherine Trebeck and Jeremy Williams, 2019.
  10. January 7, 2019, 3.5k words, "The Gardens of Democracy", Eric Liu and Nick Hanauer, 2011.
  11. December 12, 2018, 5k words, "Radical Markets", Eric A. Posner and E. Glen Weyl, 2018.
  12. October 8, 2018, 4.1k words, "Propaganda", Edward Bernays, 1928.
  13. September 14, 2018, 1.8k words, "The Darwin Economy", Robert H. Frank, 2011.
  14. September 26, 2017, 2.8k words, "With Liberty And Dividends For All", Peter Barnes, 2014.
  15. June 30, 2017, 6.2k words, "Capitalism 3.0", Peter Barnes, 2006.
  16. June 6, 2017, 8.2k words, "Doughnut Economics", Kate Raworth, 2017.
  17. October 3, 2016, 8.5k words, "The Zero Marginal Sum Society: The Internet of Things, the Collaborative Commons, and the Eclipse of Capitalism", Jeremy Rifkin, 2014.
  18. August 15, 2016, 4.9k words, "Abundance: The Future Is Better Than You Think", Peter H. Diamandis & Steven Kotler, 2012.
  19. June 2, 2016, 8.1k words, "Thinking, Fast and Slow", Daniel Kahneman, 2013.
  20. March 4, 2016, 13.5k words, "Postcapitalism: A Guide To Our Future", Paul Mason, 2016.
  21. November 15, 2015, 8.6k words, "Misbehaving: The Making of Behavioral Economics", Richard H. Thaler, 2015.
  22. July 17, 2015, 1.3k words, "Value and Capital: An Inquiry Into Some Fundamental Principles of Economic Theory", J.R.Hicks, 1939.
  23. March 10, 2015, 4.4k words, "The General Theory of Employment, Interest and Money", John Maynard Keynes, 1936.
  24. February 5, 2015, 400 words, "Microeconomics Made Simple", Austin Frakt & Mike Piper, 2014.
  25. November 23, 2014, 10.7k words, "This Changes Everything: Capitalism vs. The Climate", Naomi Klein, 2014.
  26. August 3, 2014, 14.5k words, "Capital in the Twenty-First Century", Thomas Piketty, 2014.
  27. May 16, 2014, 11.8k words total, "The Wealth of Nations", Adam Smith, 1776 (5 posts starting January 14, 2014).
  28. November 17, 2013, 3.2k words, "Plutocrats", Chrystia Freeland, 2013.
  29. June 27, 2013, 2.5k words, "Keynes: The Return of the Master", Robert Skidelsky, 2009.
  30. June 12, 2013, 1k words, "End This Depression Now", Paul Krugman, 2012.
  31. March 27, 2013, 1.9k words, "Understanding Power: The Indispensible Chomsky", edited by Peter R. Mitchell and John Schoeffel, 2002.
  32. January 3, 2013, 1.5k words, "Occupy World Street: A Global Roadmap For Radical Political And Economic Reform", Ross Jackson, 2012.
  33. November 29, 2012, 1.5k words, "How Much Is Enough? Money and the Good Life", Robert and Edward Skidelsky, 2012.
Hmmm, I have stumbled upon topic-related, pre-retirement books mentioned/reviewed in this blog. So I will create a list for them here. I'm also putting here books not quite "economics".
  1. May 6, 2003, 80 words, "Coercion, Why We Listen to What "They" Say", by Douglas Rushkoff, 2000.

Thursday, August 18, 2016

Music I/O

As usual, I've let this go too long. Here we go.
  • Andrew Bird, "Are You Serious". Back to a fuller band, and the quirky pop I like better than his more folky stuff. 4 stars. Here's "Roma Fade", featuring some of his trademark whistling.


  • Jedediah Berry, "The Family Arcana". This is a companion to "The Family Arcana" deck of cards Berry issued recently. It is snippets about an odd family living in an odd house, one snippet per playing card. This consists of 52 different people each reading a card. I went on and rated it 3 stars so it would show up on my iPod. It is odd when one of these short, spoken word pieces comes up on shuffle play.
  • Santana, "Santana IV". Well, Carlos got the band back together. So a time machine to 40 years ago? Pretty good stuff, 4 stars. Here's one with that great Santana wall of sound.


  • Edward Sharpe & The Magnetic Zeros, "PersonA". As odd as ever, yet somehow compelling stuff. 4 stars,


  • Corrine Bailey Rae, "The Heart Speaks In Whispers". When I started listening to this, my 1st thought was "This was produced by the same person who produced the latest Coldplay album". I like the songs with the simpler, more guitar-based arrangements better. 4 stars. This one for example reminds me of her earlier work.


  • Lianne La Havas, "Is Your Love Big Enough?", 2012. I back-filled this album as I was obsessing on Ms. La Havas. Really tasty tunes, a wide variety of styles, she is really a nice guitar player. 4 stars.


  • Eric Clapton, "I Still Do". Old Slowhand still picks great tunes. One that suprised me was "Little Man, You've Had A Busy Day". My mom used to sing this to me at bedtime. It was written in 1946, when my mother would have been 17. 4 stars.


  • David Wax Museum, "Guesthouse", 2015. This and the next 3 were recommended to me by Josh Brown, formerly most excellent manager of Azur Restaurant. I think he was in Lexington recently. His song "Yes Marie Yes" was on an excellent mix tape my daughter Alexis made for me a couple of years ago. 4 stars. Here's a rousing number with Zydeco overtones.


  • The Jayhawks, "Paging Mr. Proust". This band has come and gone since the mid-80s, seems like I had heard of them before, but this is my 1st exposure to their music. Their harmonies made me think of Poco, altho this comment has made some of my musician friends go "Huh?". This group made me realize, I don't have "country rock" or "folk rock" as genres in my iTunes. Oof, that will be a major reclassification project ... 4 stars.


  • Teddy Thompson and Kelly Jones, "Little Windows". This male/female duo do some great harmony singing. Really reminded me of the Everly Brothers. 3 stars.
  • Charles Bradley, "Changes". Is this guy a great R&B singer or what? 67 YO, and just put his 1st album out in 2011. Great, standard Motown arrangements. 4 stars.


  • Radiohead, "A Moon Shaped Pool". A very strong effort from maybe the greatest guitar orchestra of our times. 4 stars. Here's the 1st track.


  • Fitz & The Tantrums, eponymous. This one didn't quite have the R&B, Motown edge of their prior album. 3 stars.
  • Tumble, "Almanac". Not sure where this came from. Definitely neuvo-folk/bluegrass. Nice vocals, particularly the female singer. 3 stars.
  • Red Hot Chili Peppers, "The Getaway". This band still knows how to build a great song around a great guitar lick. 4 stars.


  • Gold Panda, "Good Luck And Do Your Best". I occasionally make a foray into electronica/dance like these guys, and always find it very listenable, if not compelling or catchy. 3 stars.
  • Poco, "Pickin' Up The Pieces", 1969. As I mentioned, I think The Jayhawks got me thinking about Poco. I thought I had this album in vinyl, so I decided to bump it ahead in the ripping schedule. I indeed had the jacket cover, but, alas, inside was "Axis Bold As Love". So I bought the album in mp3. Definitely one of the 1st country rock bands, in particular, one of the 1st rock bands with a pedal steel guitar. As Richie Furay, Jim Messina and Rusty Young came to this band from Buffalo Springfield, the group got added to my "CSNY+" smart playlist. What high harmonies! 4 stars.

That's it through the end of June.


I've been playing fairly regularly at the Sunday jam at Shamrock Pub. I've been playing and singing well, and varying the material fairly well, I think. Only 2 more weeks of that jam, it will stop once ... football season is in full swing :-(

I also went and played at a jam in Danville at Brother's BBQ. Some good local players out, including a couple I hadn't seen for a while. But, that's just too far to go for a jam. There's a rumor that keyboardist/vocalist/guitarist/harpist Bob Hopps might come out from Springfield to that jam. If so, I may try to make it then.

Monday, August 15, 2016

Abundance

My twitter profile used to say "Studying Economics". But, as I have commented before, "economics" comes from "economy", which implies scarcity. Since my main interest in studying economics was figuring out how we get to a post-scarcity utopia - tagged in this blog with "economy of plenty" - "economics" seemed to definitely be an oxymoronic term. So my profile now says "Studying Abundance".

As such, it seemed appropriate to read "Abundance" by Peter H. Diamandis and Steven Kotler. The book is subtitled "The Future Is Better Than You Think". It was published and became a best-seller in 2012. It has 432 pages. There is an introductory "Note from the Authors". There are 19 chapters in 6 parts:

  • Part 1: Perspective - 4 chapters
  • Part 2: Exponential Technologies - 2 chapters
  • Part 3: Building the Base of the Pyramid - 3 chapters
  • Part 4: The Forces of Abundance - 3 chapters
  • Part 5: Peak of the Pyramid - 4 chapters
  • Part 6: Steering Faster - 3 chapters
There is a brief afterword telling you how to connect with the Abundance movement; a "Reference Section Raw Data" which has 81 nice charts; and an Appendix "Dangers of the Exponentials".

Peter H. Diamandis is "the chairman and CEO of the X PRIZE Foundation, cofounder and executive chairman of Singularity University, and the founder of more than a dozen space and high-tech companies, including Zero Gravity Corporation, Space Adventures, and the Rocket Racing League. He is also founder of International Space University." Steven Kotler is "a bestselling author, award-winning journalist".

The book is an easy read. Particularly when it is discussing new and future technologies in the middle part, I found myself skimming the material pretty rapidly. Reading Wired, Scientific American, and Technology Review every month, I think I was familiar with pretty much every (possible) technological breakthrough that was discussed. I was really surprised at how dated so much of that part of the book seemed - amazing what a difference 4 years makes. Many of the people mentioned caused a reaction "Whatever happened to that guy?" But, there were some good new thoughts as well.


Part 1 discusses history, current events, and points us in the direction in which we wish to go:

Imagine a world of nine billion people with clean water, nutritious food, affordable housing, personalized education, top-tier medical care, and nonpolluting, ubiquitous energy. Building this better world is humanity’s grandest challenge. What follows is the story of how we can rise to meet it.
This is a nice statement on Abundance:
Abundance is not about providing everyone on this planet with a life of luxury — rather it’s about providing all with a life of possibility.
A great new word: catallaxy - "the ever-expanding possibility generated by the division of labor". They define an Abundance Pyramid (based loosely on Maslow's heirarchy of needs). Note, ICT stands for Information and Communications Technology.

At the start of the 3rd chapter, I felt, "Yes, this is definitely the book I should be reading next", because the first section of this chapter is titled "Daniel Kahneman" - the author of the last economics book I read and reviewed. The authors identify negativity bias and risk aversion as the cognitive biases standing in the way of acceptance of the idea that we can make it to Abundance. The amygdala, the seat of our primitive emotional responses, particularly to threats, is taken to task:

But because of the difference in neuronal processing speeds, once our primitive survival instincts take over, our newer, prosocial instincts stay sidelined. Compassion, empathy, altruism—even indignation—become nonfactors.
The "if it bleeds, it leads" practiced by our media reinforce the negativity bias - which was once evolutionarily a great idea, but now stands in the way of progress.

Interesting, I had not heard of Dunbar's Number: "people tend to self-organize in groups of 150". This is a nice example of how our mental software is unsuited for modern times and information overload.

Gossip, in its earlier forms, contained information that was critical to survival because, in clans of 150, what happened to anyone had a direct impact on everyone. But this backfires today. The reason we care so much about what happens to the likes of Lady Gaga is not because her shenanigans will ever impact our lives; rather because our brain doesn’t realize there’s a difference between rock stars we know about and relatives we know.
In chapter 4, we meet Matt Ridley - hah, I knew I recognized his name, I read his book "Genome" 10-15 years ago and mentioned it here - ain't having a searchable exocortex great? Hmmm, per his Wikipedia page, he is 5th Viscount Ridley, a Conservative member of the House of Lords, a Libertarian, and a climate change denialist with coal mines on his property. I thought "Genome" was a great book, regardless.

Ridley is an ally in the fight to see the bright side of things, rather than always dwelling on the negative.

“It’s incredible,” he says, “this moaning pessimism, this knee-jerk, things-are-going-downhill reaction from people living amid luxury and security that their ancestors would have died for. The tendency to see the emptiness of every glass is pervasive. It’s almost as if people cling to bad news like a comfort blanket.”

...

the backbone of his 2010 The Rational Optimist, a book about why optimism rather than pessimism is the sounder philosophical position for accessing our species’ chances at a brighter tomorrow. His uplifting argument sits atop an obvious but often overlooked fact: time is a resource. In fact, time has always been our most precious resource, and this has significant consequences for how we access progress.

...

Ridley feels that the best definition of prosperity is simply “saved time.” “Forget dollars, cowrie shells, or gold,” he says. “The true measure of something’s worth is the hours it takes to acquire it.”

...

if you compare today’s cost of lighting with the cost of sesame oil used in 1750 BC, you’ll find a 350,000-fold time-saving difference.

We also hear about a Steven Pinker essay "A History of Violence: We're Getting Nicer Every Day". Interesting, this book predates Pinker's book on the subject, "Better Angels of Our Nature", which I blogged about when it came out in 2013.

Finally, we hear about Hans Rosling and "The Best Stats You've Ever Seen". Together these lead to the setup for the next section.

If Rosling is correct that the gap between rich and poor is mostly a memory, and if Ridley is correct that the hole we’re in is none too deep, then the only remaining gripe against Abundance is that today’s rate of technological progress may be too slow to avert the disasters we now face. But what if this were a different kind of visualization problem, one that wasn’t as easily solved by Ridley’s theories and Rosling’s animated graphics? What if this last issue isn’t our current rate of progress; what if, as we shall soon see, it’s really our linear brain’s inability to comprehend our current rate of exponential progress?
I was very interested in this last sentence. I have felt that my years as an astronomer got me used to thinking logarithmically (the inverse of exponentially), that is, in powers of 10, rather than linearly. Clearly this is yet another thing our mind does not do naturally or particularly well, along with the other shortcomings identified in the Kahneman book.


In chapter 5 we meet Ray Kurzweil, cofounder of Singlarity U, who started out as an inventor and has more recently been writing books and acting as the bard of the cybernetic singularity. He is also a fairly good prognosticator of the future.

Kurzweil became a student of tech trends. He began plotting his own exponential growth curves, trying to discover how pervasive Moore’s Law really was. As it turns out — pretty pervasive.

...

Kurzweil found dozens of technologies that followed a pattern of exponential growth

Figuring out how to use these exponential technologies to build us a bright shiny future is what led to the founding of Singularity U. They now go through the 8 fields that Singularity U addresses, with examples of each.
  1. Biotechnology and bioinformatics, exemplified by J. Craig Ventnor, whose company Celera sequenced the human genome in a year, and has created a synthetic life form;
  2. Computational systems;
  3. Networks and sensors, exemplified by Vint Cerf, now at Google and a proponent for the Internet of Things;
  4. Artificial intelligence: self-driving cars and IBM's Deep Blue computer, which defeated the world chess champion, are examples;
  5. Robotics;
  6. Digital manufacturing: exemplified by Carl Bass, CEO of Autodesk. [I happened to attend the Autodesk annual user's conference in 2010, it really was quite inspirational.] The gee-whiz tech discussed here is 3d printing.
  7. Medicine;
  8. Nanomaterials and nanotechnology.


Starting with Part 3, we begin working our way up through the Abundance Pyramid, with a side trip to look at 3 forces assisting exponential technologies. But 1st they tell us about the amazing cooperation now going on in the world, and the technologies that support it.

In the words of Robert Wright, author of Nonzero: The Logic of Human Destiny, “Next humans started a completely second kind of evolution: cultural evolution (the evolutions of ideas, memes, and technologies). Amazingly, that evolution has sustained the trajectory that biological evolution had established towards greater complexity and cooperation."

Nowhere has this causal chain been more evident than in the twentieth century, where, as we shall soon see, cultural evolution yielded the most powerful tools for cooperation the world has ever seen.

"Tools for cooperation":
  • modern transportation, which can handle 10s of 1000s times greater loads;
  • information and communication technology (ICT), millions of times faster than a century ago. 6 gains enabled by ICT are identified:
    1. connectivity;
    2. increased division of labor;
    3. scale;
    4. replication;
    5. accountability;
    6. bringing together buyers and sellers. Wired's Chris Anderson and the Long Tail are mentioned.
Poster children for this modern world of increased cooperation: Wikipedia and the Linux Operating System.


The 1st pyramid block that is examined is "Water".

Much of this water is what’s known as “fossil water,” meaning that it took tens of thousands of years to accumulate in aquifers and is not easily replenished. But fossil water also anchors the world’s most delicate ecosystems. The thirst of modern agricultural practices, industrial practices, and the bottled water industry have pushed those systems toward collapse.
Several approaches to creating abundant water are discussed. 1st up, we get Dean Kamen (best known for the Segway) and his Slingshot water purification device. This one of those where I was definitely thinking "Whatever happened to that?" It was announced with much fanfare maybe 10 years ago; per the Wikipedia page, "As of 2016, the product does not seem to be in commercial production or wide use."

Other approaches:

  • precision agriculture, which presumably includes drip irrigation;
  • a 21st century toilet.
Seems odd that there is no mention of the current status of desalinization tech.


The next pyramid block examined is "Food". Note, I just read an article yesterday saying that the world currently produces 10-20% more food that is needed to feed everyone, but 30-40% of that food is wasted. So an improved supply chain, and better portion control, could help fight hunger immensely. Other new ideas discussed are:

  • vertical farming;
  • aquaculture, which has been making up for the flat wild seafood harvest for decades;
  • cultured meat. Hah, here's a good comment on consumer reluctance / squeamishness over cultured meat:
    If we’re willing to live with a lab-grown kidney permanently inside our bodies, then what concerns could we possibly have with cultured beef spending a few hours in our stomachs?
  • GMO crops. I for 1 am all in favor of GMO crops. Roundup not so much.


The third brick of the bottom layer of the Abundance Pyramid, "Shelter", does not get its own chapter, or much discussion at all. I think the futuristic take-away here could have been 3d printed houses.


In Part 4, we take our side trip into the 3 forces helping to push exponential technologies. I have mentioned before that doing an in depth summary/review of a book makes you aware of inconsistencies and awkwardness in the material. Here, it seems like the book would have been more logical if they had explored these issues 1st, and then gone through the Abundance Pyramid from bottom to top, and not have excluded 2 of the 8 bricks.

Regardless, there are the 3 forces:

  1. The DIY Innovator. Props are given to Stewart Brand and his Whole Earth Catalog, 1st published in 1968. Next up is Fred Moore, who founded the Homebrew Computer Club in 1975, whose alumni included the founders of Osborne Computer and Apple. The sharing of software in the club may represent a seed that grew into the FOSS (Free and Open Source Software) movement.

    The authors move onto various projects that have become part of the Maker Movement.

    small groups of dedicated DIY innovators can now tackle problems that were once solely the purview of big governments and large corporations.
    • Bert Rutan went from building experimental airplanes to winning the Ansari X PRIZE for commercial spaceflight. [Nice, talking about the history of spaceflight, they bring up the X-15 rocket plane. I loved the X-15 when I was a kid. I had 1 model of the X-15, and another of a B-52 with the X-15 tucked under its wing.]
    • Chris Anderson, who we have already met, "did the same thing for unmanned air vehicles (UAV)". This led to the drones that are so popular now.
    • Biologist Drew Endy started the DIY biology movement to hack DNA.
    • Social Entrepreneurs have given us websites like Crowdrise, Facebook Causes, KickStarter, and more recently GoFundMe.

  2. Technophilanthropists follow the example of the Robber Barons of the early 20th century and are trying to use some of their techno-fortunes to promote the common good. Impact Investing also tries to use $$$ in more socially responsible ways. 2010 marked Bill Gates and Warren Buffett's creation of the "Giving Pledge", "which asks the nation’s billionaires to give away half their wealth to philanthropic and charitable groups within their lifetimes or at the time of their deaths." Lots of other techno-billionaires have signed up for this.

    This is all well and good, but I think I share the concerns Naomi Klein raises in her book "This Changes Everything", blogged here. In particular, with regard to the climate crisis, "There will, no doubt, be more billionaire saviors who make splashy entrances, with more schemes to rebrand capitalism. The trouble is, we simply don’t have another decade to lose pinning our hopes on these sideshows."


  3. The Rising Billion. The poorest billion in the world are leapfrogging the Industrial Revolution and going straight into the Information Economy. Instead of telegraph and telephone lines, they are jumping straight to cell phones. Drones can for some things take the place of traditional transportation infrastructure. With abundant solar energy, they can skip fossil fuels.

    Additionally, the 3 billion people added to the world's population in the next 30 years will largely become part of this group.

    The world is going to gain access to intelligence, wisdom, creativity, insight, and experiences that have, until very recently, been permanently out of reach.

    ...

    Just think of all the consumer goods and services that are now available with the average smart phone: cameras, radios, televisions, web browsers, recording studios, editing suites, movie theaters, GPS navigators, word processors, spreadsheets, stereos, flashlights, board games, card games, video games, a whole range of medical devices, maps, atlases, encyclopedias, dictionaries, translators, textbooks, world class educations

    ...

    Today the fastest-growing job category is the “knowledge worker.” Since knowledge is nonrival, most of the jobs in the future will produce nonrival goods, and this removes another constraint on abundance: it allows the rising billion to earn a living in a way that does not require burning through our ever-diminishing supply of natural resources.


In Part 5, we are back to the bricks in the Abundance Pyramid. 1st up, "Energy". It all started with fire. I love these kind of numbers:

Archaeologists differ on when humanity first tamed fire. Some believe that it was only 125,000 years ago; others point to evidence dating back some 790,000 years.
The greatest source of future energy will be solar.
Africa has nine times the solar potential of Europe and an annual equivalent to one hundred million tons of oil.
But solar won't do everything. Another future source of energy will be advanced biofuels.
“When compared to conventional biofuels,” says Venter, “corn produces 18 gallons per acre per year and palm oil about 625 gallons per acre per year. With these modified algae, our goal is to get to 10,000 gallons per acre per year, and to get it to work robustly, at the level of a two-square-mile facility.”
Meanwhile, we need to make progress on "The Holy Grail of Storage". Bill Joy, formerly of Sun Microsystems, is working in this area. I think Elon Musk's entry into the battery storage field occurred after this book was published.

Another familiar name is brought up in the discussion of Generation IV nuclear reactors: Nathan Myhrvold, former CTO of Microsoft (and current patent troll?).

this fourth-generation technology was developed to solve all the problems long associated with nuclear power—safety, cost, efficiency, waste, uranium scarcity, and even the threat of terrorism—without creating any new ones.
Unfortunately, "most generation-IV reactors won't make it to market until 2030."

Another blast from the past: Bob Metcalfe, founder of 3Com and one of the inventors of Ethernet. He is now a proponent for a smart electric grid with storage, analogous to the Internet. The goal is to provide a squanderable abundance of energy - and here's some of the great sci-fi stuff we can do with it.

“First,” he proposes, “why not drop the price of energy by an order of magnitude, driving the planet’s economic growth through the roof? Second, we could truly open the space frontier, using that energy to send millions of people to the Moon or Mars. Third, with that amount of energy, you can supply every person on the Earth with the American standard of fresh, clean water every day. And fourth, how about using that energy to actually remove CO2 from the Earth’s atmosphere.
There was no mention of fusion energy in this discussion. Ha ha, I guess it's been around long enough, and always 10-20 years out, to not be futuristic enough to be included here.


Next up, "Education". There are very interesting tales of introducing computers into 3rd world environments, and a surprising result, that kids can figure out a ton of stuff on their own. Quoting Matt Ridley:

“one child in front of a computer learns little; four discussing and debating learn a lot.”
From recently deceased Seymour Papert, who was an early proponent of computer-based learning, we move to Nicholas Negroponte, founding director of the MIT Media Lab, and the One Laptop Per Child (OLPC) project, which aimed to develop a very inexpensive computer for poor 3rd world countries. [They had a program in OLPC where you could buy 2, 1 to keep and 1 to donate, which I took part in. I took mine into my development shop at the time (now part of HP) to let the ubergeeks play with it, and then donated it back to the program.] An interesting idea for its time, now largely superseded by efforts based around tablets. I liked this quote from Negroponte; it is really exciting in its estimate of the potential impact of getting computing to the students.
“The most compelling piece of evidence that I have found that this program is working,” says Negroponte, “is that everywhere we go, truancy drops to zero. And we go into some place where it’s as high as thirty percent of the kids, and suddenly it’s zero.”
So much early educational software seemed to have been developed by ... educators. A much better approach, here being touted by my BFF President Obama:
“I’m calling for investments in educational technology that will help create … educational software as compelling as the best video game.”
Interesting too, the authors point out a problem which lately First Lady Michelle Obama has started a program to address:
Right now, of the 130 million children who are not in school, two-thirds of them are girls.
The Khan Academy and its online courses are also discussed. There is a callout to Neal Stephenson's novel "The Diamond Age: Or, A Young Lady's Illustrated Primer" and its "lifelong learning companion".

There is no mention of the OpenCourseWare (OCW) program, where MIT and other colleges are putting all their courses online. This program may have just started gathering steam after this book was published. The same applies to Massive Online Open Courses (MOOC).


The next brick is ICT - Information & Communications Technology - which has already been discussed somewhat, and as such does not get its own chapter.


The penultimate [for whatever reason, one of my favorite words] brick is "Health".

almost every component of medicine is now an information technology and therefore on an exponential trajectory.
Among futuristic medical technologies, the authors discuss:
  • IBM's Watson supercomputer which is being targeted at medical diagnosis;
  • the world's smallest and cheapest X-ray machine;
  • "zero-cost diagnostics";
  • the da Vinci surgical robot;
  • robot nurses; "And for some with sexual dysfunction or need, these robots will also play a huge role.”
  • stem cell therapies for growing organs or repairing tissues;
  • ubiquitous gene sequencing for personalized medicine [I did 23andMe last year for $99. Interesting stuff.]
This next statement reminded me of some thoughts I have had lately.
As the baby boomers age, there is no amount of money that the richest among them won’t spend for a little more quality time with their loved ones. Thus, every new technology inevitably finds its way into the service of health, driven by an older, wealthier, and more motivated population.
Life extension seems like a great idea - until you realize the oligarchs will get it long before the rest of us, and might decide not to share it. Picture the Koch brothers at 200 years old. I shudder at the thought.


The final brick in the Abundance Pyramid is "Freedom". Here again, The Internet Changes Everything, allowing for heretofore unheard of transparency into the workings of government, and the immediate publication world-wide of government malfeasance. The role of social media in the Arab Spring is of course mentioned, as is Wikileaks. [It has been a major disappointment to me how Wikileaks appears to have become weaponized in this year's presidential campaign.]

Additionally, this book predates the Snowden NSA leaks, which showed the dark side of our interconnected, data-driven world.


The main thrust of the final section of the book is, can we get there fast enough? If nothing else, the clock is ticking on the climate crisis, and signs are we have already passed possibly irreversible tipping points. The authors identify 4 motivators that drive innovation:

  1. curiosity - the weakest of the bunch;
  2. fear - interesting, they suggest that we can directly measure the strength of fear vs curiosity by comparing the defense budget to the science budget: $700B to $30B;
  3. desire to create wealth, aka greed;
  4. desire for significance.
As Diamandis is the founder of the X Prizes, the authors state that incentive prizes appeal to all 4 of these motivations. Additionally
large incentive prizes raise the visibility of a particular challenge while helping to create a mind-set that this challenge is solvable.

...

another key attribute of incentive prizes is their ability to cast a wide net. Everyone from novices to professionals, from sole proprietors to massive corporations, gets involved. Experts in one field jump to another, bringing with them an influx of nontraditional ideas. Outliers can become central players.

We revisit an observation that was 1st expressed in the discussion of DIY Innovators.
small teams consistently outperform larger organizations when it comes to innovation.
Big corporations typically try to run their R&D operations as if they were small, independent teams, but still wind up doing much of their growth by acquisitions of small, agile firms. [In my former life as a geek, that happened to me 2x.]

There is the standard entrepreneurship verbiage about "don't being afraid to fail". Ha ha, is this the origin of "hair on fire" - always a popular metaphor in dealing with corporate crises.

do not seek to change the world unless you seek it, to paraphrase the nineteenth-century Indian mystic Sri Ramakrishna, “as a man whose hair is on fire seeks a pond."
As I will discuss further, this book dwells mainly on technological advances, and does not address changes to our economic system, i.e., postcapitalism. But the final chapter does make this statement:
In our abundant future, the dollar goes further. As does the yen, the peso, the euro, and so forth. This happens because of dematerialization and demonetization; because of exponential price-performance curves; because each step up prosperity’s ladder saves time; because those extra hours add up to additional gains; because the close ties between categories in our abundance pyramid produce positive feedback loops, bootstrapping potential, and the domino effect, and for a thousand other reasons.
So everything's going to be so cheap that even the poorest of us will be able to afford everything they need from the Abundance Pyramid.


The appendix "Dangers of the Exponentials" starts with Bill Joy's jeremiad article from Wired in 2000, "Why the Future Doesn't Need Us." Nanotechnology can result in the the gray goo scenario, where out-of-control nanites consume the world. DIY biology leads to home-brewed bioweapons. The Internet and the Internet of Things become playgrounds for destructive hackers.

A discussion of the impacts of robots and automation does finally give us a little more discussion of the economic impacts of a world of Abundance. As basic income proponents say, "jobs are for machines, and life is for people."

“Exponential technologies may eventually permit people to not need jobs to have a high standard of living. People will have many choices with how they utilize their time and develop a sense of self-esteem—ranging from leisure normally associated with retirement, to art, music, or even restoring the environment. The emphasis will be less on making money and more on making contributions, or at least creating an interesting life.”

...

Our problem is not that we don’t have enough stuff — it’s that we don’t have enough ways for people to work and prove that they deserve this stuff.


As I mentioned above, this book primarily addresses the technological issues of creating a world of abundance. I think every tech visionary (who has had at least 1 article about them in Wired) of the last 10-15 years is mentioned. I think the arguments are mostly compelling. I think the case is weakest for "Water", particularly since so much is made of Dean Kamen's Slingshot water purification device, which appears to have not become mainstream. So many of these ideas are stated to have 10-20 year timeframes for widespread adoption, it is easy to wonder how many of them will be flash-in-the-pans like the Slingshot appears to be.

There is really not much attention paid to the economic side of things. The authors seem to basically be saying, everything will be so cheap that economics won't matter. I'm not sure that is the same conclusion reached by by Paul Mason in his book "Postcapitalism", blogged here. Mason's assertion, that marginal costs going to zero breaks economics and capitalism, is not addressed.

I really liked that they discussed cognitive biases as something that leads people to disbelieve in a world of Abundance. But, as I have mentioned before, I think that religious and moral opposition to Abundance - the feeling that if people don't earn stuff, giving it to them weakens character - is at least as big a problem. This is given an extremely cursory discussion following the "prove that they deserve this stuff" quotation above. Here is the entire discussion, from the appendix.

Part of the problem is that most contemporary thinking about money and markets and such has its roots in the scarcity model. In fact, one of the most commonly used definitions of economics is “the study of how people make choices under conditions of scarcity, and the results of those choices for society.” As traditional economics (which believes that markets are equilibrium systems) gets replaced by complexity economics (which both fits the data significantly better and believes that markets are complex, adaptive systems), we may begin to uncover a postscarcity framework for assessment, but there’s no guarantee that such thinking will result in either more jobs or a different resource allocation system.
Hmmm, "complexity economics" is a new term to me, I will have to check it out. It doesn't look too promising from its Wikipedia page.

As I mentioned before, it is amazing how a book published just 4 years ago can seem so dated. It is definitely calling for a 2e to be published. I really, really want my grandchildren to live in a post-scarcity utopia. Maybe a 2nd edition of this book could provide more of a real roadmap, including the economic and political issues, than this edition does.