Automation Related Quotes

The human being is a very poorly designed machine tool. The human being excels in coordination. He excels in relating perception to action. He works best if the entire human being, muscles, senses, and mind, is engaged in the work.

(one study found that 88 percent of the loss of US manufacturing jobs between 2006 and 2013 was due to automation and related factors),69 it is easy to blame trade with other countries for hollowing out industrial towns and throwing workers onto the unemployment line.

The longer someone ignores an email before finally responding, the more relative social power that person has. Map these response times across an entire organization and you get a remarkably accurate chart of the actual social standing. The boss leaves emails unanswered for hours or days; those lower down respond within minutes. There’s an algorithm for this, a data mining method called “automated social hierarchy detection,” developed at Columbia University.8 When applied to the archive of email traffic at Enron Corporation before it folded, the method correctly identified the roles of top-level managers and their subordinates just by how long it took them to answer a given person’s emails. Intelligence agencies have been applying the same metric to suspected terrorist gangs, piecing together the chain of influence to spot the central figures.

Good riding techniques result in immediate automated control forces, resulting in controlling scary situations automatically. Sliding changes seat, peg and grip positions relative to the rider. Good riding techniques use these changes to your advantage. Good body posture, weight distribution and muscle tension then result in the desired immediate automated control forces.

And I will read part, as much as time allows in the second half, of the new issue of Computer and Automation, the November 1971 issue. And the statement above the article is on the assassination of President Kennedy. It’s the pattern of coup d’état and public deception. And it begins with this quotation of author Edmund Berkeley.            We must begin to recognize history as it is happening to us. We can no longer toy with illusion. Our war adventures in Asia are not related to national security in any rational sense. A coup d’état took place in the United States on November 22, 1963, when President John F. Kennedy was assassinated. That came eight years after I began my research. People talk about never having fascism in this country or never being overthrown – they have already been overthrown, and they’re not aware of it.

But you're stuck filming crap now." Hal snorted. "Chased by monsters? Better be damn good at running." "And exactly how do you get hurt filming a landscaping show?" Taggart retorted. "If it can't kill us, we don't film it," Jane said, to stop the fighting before it could start. "There's a lot of dangerous flora and fauna in Pittsburgh and it doesn't stay beyond the Rim. It comes into people's backyards and sets up shop. We teach our viewers how to deal with it, but it means we have to actually get close enough to get hurt." "Deal with, as in kill?" Nigel seemed flabbergasted. "This isn't Earth. These aren't endangered species. This morning we were dealing with a very large strangler vine in a neighborhood with lots of children. There's no way to 'move' it to someplace where it isn’t a danger, especially while it's actively trying to kill anything that stumbles into its path. Pets. Children. Automated lawnmowers." "That one is always amusing to watch but it always ends badly for the lawnmower," Hal said.

It is then simplest to think of the problem as follows: the purpose of commodity production is to convert the surplus value extracted from living labour into capital. But accumulation – the reproduction and expansion of capital – does not happen unless a sufficient magnitude of surplus value is produced. If the surplus value generated is insufficient then it only reproduces the part of capital that it is equal in value to – the rest becomes surplus capital. Capital is only fully “valorised” if it is reproduced and expanded. Grossman therefore says overaccumulation is produced by “imperfect valorisation”. This abstraction can be applied to ‘individual capital’, the capital owned by each individual capitalist, and total capital. Imperfect valorisation therefore explains cyclical crises. The total investment in production tends to grow faster relative to the growth of profits returned, because constant capital has to grow relative to variable capital. The mass of capital has continued to rise but at a declining rate. This is expressed as a falling rate of profit. There is a lack of surplus value relative to total capital  – an underproduction of surplus value is at once an overaccumulation of capital.

The specific nature of capitalist commodity production shows itself in the fact that it is not simply a labour process in which products are created by the elements of production M and L. Rather the capitalistic form of commodity production is constructed dualistically – it is simultaneously a labour process for the creation of products and a valorisation process. The elements of production M and L figure not only in their natural form, but at the same time as values c and v respectively. They are used for the production of a sum of values, w, and indeed only on condition that over and above the used up value magnitudes c and v there is a surplus s (that is, s = w - c + v). The capitalist expansion of production, or accumulation of capital, is defined by the fact that the expansion of M relative to L occurs on the basis of the law of value; it takes the specific form of a constantly expanding capital c relative to the sum of wages v, such that both components of capital are necessarily valorised. It follows that the reproduction process can only be continued and expanded further if the advanced, constantly growing capital c + v can secure a profit, s. The problem can then be defined as follows – is a process of this sort possible in the long run?”[68]

Space Rockets as Power Symbols The moon rocket is the climactic expression of the power system: the maximum utilization of the resources of science and technics for the achievement of a relatively miniscule result: the hasty exploration of a barren satellite. Space exploration by manned rockets enlarges and intensifies all the main components of the power system: increased energy, accelerated motion, automation, cyber-nation, instant communication, remote control. Though it has been promoted mainly under military pressure, the most vital result of moon visitation so far turns out to be an unsought and unplanned one-a full view of the beautiful planet we live on, an inviting home for man and for all forms of life. This distant view on television evoked for the first time an active, loving response from many people who had hitherto supposed that modern technics would soon replace Mother Earth with a more perfect, scientifically organized, electronically controlled habitat, and who took for granted that this would be an improvement. Note that the moon rocket is itself necessarily a megastructure: so it naturally calls forth such vulgar imitations as the accompanying bureaucratic obelisk (office building) of similar dimensions, shown here (left). Both forms exhibit the essentially archaic and regressive nature of the science-fiction mind.

A LITTLE KNOWLEDGE CAN GO A LONG WAY A LOT OF PROFESSIONALS ARE CRACKPOTS A MAN CAN'T KNOW WHAT IT'S LIKE TO BE A MOTHER A NAME MEANS A LOT JUST BY ITSELF A POSITIVE ATTITUDE MAKES ALL THE DIFFERENCE IN THE WORLD A RELAXED MAN IS NOT NECESSARILY A BETTER MAN A SENSE OF TIMING IS THE MARK OF GENIUS A SINCERE EFFORT IS ALL YOU CAN ASK A SINGLE EVENT CAN HAVE INFINITELY MANY INTERPRETATIONS A SOLID HOME BASE BUILDS A SENSE OF SELF A STRONG SENSE OF DUTY IMPRISONS YOU ABSOLUTE SUBMISSION CAN BE A FORM OF FREEDOM ABSTRACTION IS A TYPE OF DECADENCE ABUSE OF POWER COMES AS NO SURPRISE ACTION CAUSES MORE TROUBLE THAN THOUGHT ALIENATION PRODUCES ECCENTRICS OR REVOLUTIONARIES ALL THINGS ARE DELICATELY INTERCONNECTED AMBITION IS JUST AS DANGEROUS AS COMPLACENCY AMBIVALENCE CAN RUIN YOUR LIFE AN ELITE IS INEVITABLE ANGER OR HATE CAN BE A USEFUL MOTIVATING FORCE ANIMALISM IS PERFECTLY HEALTHY ANY SURPLUS IS IMMORAL ANYTHING IS A LEGITIMATE AREA OF INVESTIGATION ARTIFICIAL DESIRES ARE DESPOILING THE EARTH AT TIMES INACTIVITY IS PREFERABLE TO MINDLESS FUNCTIONING AT TIMES YOUR UNCONSCIOUS IS TRUER THAN YOUR CONSCIOUS MIND AUTOMATION IS DEADLY AWFUL PUNISHMENT AWAITS REALLY BAD PEOPLE BAD INTENTIONS CAN YIELD GOOD RESULTS BEING ALONE WITH YOURSELF IS INCREASINGLY UNPOPULAR BEING HAPPY IS MORE IMPORTANT THAN ANYTHING ELSE BEING JUDGMENTAL IS A SIGN OF LIFE BEING SURE OF YOURSELF MEANS YOU'RE A FOOL BELIEVING IN REBIRTH IS THE SAME AS ADMITTING DEFEAT BOREDOM MAKES YOU DO CRAZY THINGS CALM IS MORE CONDUCIVE TO CREATIVITY THAN IS ANXIETY CATEGORIZING FEAR IS CALMING CHANGE IS VALUABLE WHEN THE OPPRESSED BECOME TYRANTS CHASING THE NEW IS DANGEROUS TO SOCIETY CHILDREN ARE THE HOPE OF THE FUTURE CHILDREN ARE THE MOST CRUEL OF ALL CLASS ACTION IS A NICE IDEA WITH NO SUBSTANCE CLASS STRUCTURE IS AS ARTIFICIAL AS PLASTIC CONFUSING YOURSELF IS A WAY TO STAY HONEST CRIME AGAINST PROPERTY IS RELATIVELY UNIMPORTANT DECADENCE CAN BE AN END IN ITSELF DECENCY IS A RELATIVE THING DEPENDENCE CAN BE A MEAL TICKET DESCRIPTION IS MORE VALUABLE THAN METAPHOR DEVIANTS ARE SACRIFICED TO INCREASE GROUP SOLIDARITY DISGUST IS THE APPROPRIATE RESPONSE TO MOST SITUATIONS DISORGANIZATION IS A KIND OF ANESTHESIA DON'T PLACE TOO MUCH TRUST IN EXPERTS DRAMA OFTEN OBSCURES THE REAL ISSUES DREAMING WHILE AWAKE IS A FRIGHTENING CONTRADICTION DYING AND COMING BACK GIVES YOU CONSIDERABLE PERSPECTIVE DYING SHOULD BE AS EASY AS FALLING OFF A LOG EATING TOO MUCH IS CRIMINAL ELABORATION IS A FORM OF POLLUTION EMOTIONAL RESPONSES ARE AS VALUABLE AS INTELLECTUAL RESPONSES ENJOY YOURSELF BECAUSE YOU CAN'T CHANGE ANYTHING ANYWAY ENSURE THAT YOUR LIFE STAYS IN FLUX EVEN YOUR FAMILY CAN BETRAY YOU EVERY ACHIEVEMENT REQUIRES A SACRIFICE EVERYONE'S WORK IS EQUALLY IMPORTANT EVERYTHING THAT'S INTERESTING IS NEW EXCEPTIONAL PEOPLE DESERVE SPECIAL CONCESSIONS EXPIRING FOR LOVE IS BEAUTIFUL BUT STUPID EXPRESSING ANGER IS NECESSARY EXTREME BEHAVIOR HAS ITS BASIS IN PATHOLOGICAL PSYCHOLOGY EXTREME SELF-CONSCIOUSNESS LEADS TO PERVERSION FAITHFULNESS IS A SOCIAL NOT A BIOLOGICAL LAW FAKE OR REAL INDIFFERENCE IS A POWERFUL PERSONAL WEAPON FATHERS OFTEN USE TOO MUCH FORCE FEAR IS THE GREATEST INCAPACITATOR FREEDOM IS A LUXURY NOT A NECESSITY GIVING FREE REIN TO YOUR EMOTIONS IS AN HONEST WAY TO LIVE GO ALL OUT IN ROMANCE AND LET THE CHIPS FALL WHERE THEY MAY GOING WITH THE FLOW IS SOOTHING BUT RISKY GOOD DEEDS EVENTUALLY ARE REWARDED GOVERNMENT IS A BURDEN ON THE PEOPLE GRASS ROOTS AGITATION IS THE ONLY HOPE

Therefore, when labour-saving technology reduces total socially necessary labour time (per commodity – for an increase in the number of commodities made may increase socially necessary labour time in absolute terms), there tends to be a relative fall in the surplus value contained in the total value of commodities, ie less surplus value per commodity, despite the fact that the rate of exploitation has increased, ie that each worker is now giving the capitalist more surplus labour time and therefore producing more surplus value relative to their necessary labour. As Grossman says: “Technological progress means that since commodities are created with a smaller expenditure of labour their value falls. This is not only true of the newly produced commodities. The fall in value reacts back on the commodities that are still on the market but which were produced under the older methods, involving a greater expenditure of labour time. These commodities are devalued.”[67] The very possibility of crisis is contained in the contradictory nature of the commodity. It is at once an object of use, or use-value, and something that can be exchanged for another thing, an exchange-value. Since different commodities contain different magnitudes of value and therefore cannot be directly exchanged, the creation of money proceeds logically and historically from the contradiction. It is not the exchange of commodities which regulates the magnitude of their value, but the magnitude of their value which controls their exchange value. Exchange-value is the only form in which the value of commodities can be expressed. Someone will buy a use-value because they need or want it, but only if they can exchange it for something else, ie money. If they do not have enough money, they cannot buy it, and profit goes unrealised. But to focus on this final ‘surface level’ aspect is what produces the mistaken underconsumptionist theory, for it forgets or ignores where it arose from – the dual character of the commodity.

By now, though, it had been a steep learning curve, he was fairly well versed on the basics of how clearing worked: When a customer bought shares in a stock on Robinhood — say, GameStop — at a specific price, the order was first sent to Robinhood's in-house clearing brokerage, who in turn bundled the trade to a market maker for execution. The trade was then brought to a clearinghouse, who oversaw the trade all the way to the settlement. During this time period, the trade itself needed to be 'insured' against anything that might go wrong, such as some sort of systemic collapse or a default by either party — although in reality, in regulated markets, this seemed extremely unlikely. While the customer's money was temporarily put aside, essentially in an untouchable safe, for the two days it took for the clearing agency to verify that both parties were able to provide what they had agreed upon — the brokerage house, Robinhood — had to insure the deal with a deposit; money of its own, separate from the money that the customer had provided, that could be used to guarantee the value of the trade. In financial parlance, this 'collateral' was known as VAR — or value at risk. For a single trade of a simple asset, it would have been relatively easy to know how much the brokerage would need to deposit to insure the situation; the risk of something going wrong would be small, and the total value would be simple to calculate. If GME was trading at $400 a share and a customer wanted ten shares, there was $4000 at risk, plus or minus some nominal amount due to minute vagaries in market fluctuations during the two-day period before settlement. In such a simple situation, Robinhood might be asked to put up $4000 and change — in addition to the $4000 of the customer's buy order, which remained locked in the safe. The deposit requirement calculation grew more complicated as layers were added onto the trading situation. A single trade had low inherent risk; multiplied to millions of trades, the risk profile began to change. The more volatile the stock — in price and/or volume — the riskier a buy or sell became. Of course, the NSCC did not make these calculations by hand; they used sophisticated algorithms to digest the numerous inputs coming in from the trade — type of equity, volume, current volatility, where it fit into a brokerage's portfolio as a whole — and spit out a 'recommendation' of what sort of deposit would protect the trade. And this process was entirely automated; the brokerage house would continually run its trading activity through the federal clearing system and would receive its updated deposit requirements as often as every fifteen minutes while the market was open. Premarket during a trading week, that number would come in at 5:11 a.m. East Coast time, usually right as Jim, in Orlando, was finishing his morning coffee. Robinhood would then have until 10:00 a.m. to satisfy the deposit requirement for the upcoming day of trading — or risk being in default, which could lead to an immediate shutdown of all operations. Usually, the deposit requirement was tied closely to the actual dollars being 'spent' on the trades; a near equal number of buys and sells in a brokerage house's trading profile lowered its overall risk, and though volatility was common, especially in the past half-decade, even a two-day settlement period came with an acceptable level of confidence that nobody would fail to deliver on their trades.

In the past decade, the historically consistent division in the United States between the share of total national income going to labor and that going to physical capital seems to have changed significantly. As the economists Susan Fleck, John Glaser, and Shawn Sprague noted in the U.S. Bureau of Labor Statistics’ Monthly Labor Review in 2011, “Labor share averaged 64.3 percent from 1947 to 2000. Labor share has declined over the past decade, falling to its lowest point in the third quarter of 2010, 57.8 percent.” Recent moves to “re-shore” production from overseas, including Apple’s decision to produce its new Mac Pro computer in Texas, will do little to reverse this trend. For in order to be economically viable, these new domestic manufacturing facilities will need to be highly automated. Other countries are witnessing similar trends. The economists Loukas Karabarbounis and Brent Neiman have documented significant declines in labor’s share of GDP in 42 of the 59 countries they studied, including China, India, and Mexico. In describing their findings, Karabarbounis and Neiman are explicit that progress in digital technologies is an important driver of this phenomenon: “The decrease in the relative price of investment goods, often attributed to advances in information technology and the computer age, induced firms to shift away from labor and toward capital. The lower price of investment goods explains roughly half of the observed decline in the labor share.

Corporate interests raised a nearly unified voice heralding automation as a certain and universal beneficial advancement. However, some observers saw the new technology as a cause for concern and cautioned that the final word on automation would depend on the choices that industry and the nation made in the face of difficult questions regarding the pace of automation’s implementation, the uses of the new productivity, and the fate of displaced workers as well as depleted or eliminated job classifications, communities, and even industries. Norbert Wiener, for example, a prominent MIT mathematician and pioneer in the science of cybernetics, emphasized the potentially calamitous economic and social consequences of the new production technology. Wiener had begun to express concerns about the impacts of automation on labor and the entire society during World War II, and he authored two books in the immediate Cold War years warning that potentially disastrous unemployment and related social problems may come from industry’s drive toward automation. He characterized automation and computer controls in the production process as the “modern” or “second” industrial revolution, which even more than the first held “unbounded possibilities for good and evil.” 104 In particular, Wiener feared that the larger impact of the changes caused by automation would be a massive displacement of workers, compounded by the profit-driven indifference of industry. “The automatic machine … will produce an unemployment situation, in comparison with which the present recession and even the depression of the thirties will seem a pleasant joke.” 105

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When you launch an AWS resource like an Amazon EC2 instance or Amazon Relational Database (Amazon RDS) DB instance, you start with a default configuration. You can then execute automated bootstrapping actions. That is, scripts that install software or copy data to bring that resource to a particular state.

Man: Don't these precedents suggest that there is something inherently pre-industrial about the applicability of libertarian ideas—that they necessarily presuppose a rather rural society in which technology and production are fairly simple, and in which the economic organization tends to be small-scale and localized? Well, let me separate that into two questions: one, how anarchists have felt about it, and two, what I think is the case. As far as anarchist reactions are concerned, there are two. There has been one anarchist tradition—and one might think, say, of Kropotkin as a representative—which had much of the character you describe. On the other hand there's another anarchist tradition that develops into anarcho-syndicalism which simply regarded anarchist ideas as the proper mode of organization for a highly complex advanced industrial society. And that tendency in anarchism merges, or at least inter-relates very closely with a variety of left-wing Marxism, the kind that one finds in, say, the Council Communists that grew up in the Luxemburgian tradition, and that is later represented by Marxist theorists like Anton Pannekoek, who developed a whole theory of workers' councils in industry and who is himself a scientist and astronomer, very much part of the industrial world. So which of these two views is correct? I mean, is it necessary that anarchist concepts belong to the pre-industrial phase of human society, or is anarchism the rational mode of organization for a highly advanced industrial society? Well, I myself believe the latter, that is, I think that industrialization and the advance of technology raise possibilities for self-management over a broad scale that simply didn't exist in an earlier period. And that in fact this is precisely the rational mode for an advanced and complex industrial society, one in which workers can very well become masters of their own immediate affairs, that is, in direction and control of the shop, but also can be in a position to make the major substantive decisions concerning the structure of the economy, concerning social institutions, concerning planning regionally and beyond. At present, institutions do not permit them to have control over the requisite information, and the relevant training to understand these matters. A good deal could be automated. Much of the necessary work that is required to keep a decent level of social life going can be consigned to machines—at least in principle—which means humans can be free to undertake the kind of creative work which may not have been possible, objectively, in the early stages of the industrial revolution.

There is one are of work that should be mentioned here, referred to as 'automatic theorem proving'. One set of procedures that would come under this heading consists of fixing some formal system H, and trying to derive theorems within this system. We recall, from 2.9, that it would be an entirely computational matter to provide proofs of all the theorems of H one after the other. This kind of thing can be automated, but if done without further thought or insight, such an operation would be likely to be immensely inefficient. However, with the employment of such insight in the setting up of the computational procedures, some quite impressive results have been obtained. In one of these schemes (Chou 1988), the rules of Euclidean geometry have been translated into a very effective system for proving (and sometimes discovering) geometrical theorems. As an example of one of these, a geometrical proposition known as V. Thebault's conjecture, which had been proposed in 1938 (and only rather recently proved, by K.B. Taylor in 1983), was presented to the system and solved in 44 hours' computing time. More closely analogous to the procedures discussed in the previous sections are attempts by various people over the past 10 years or so to provide 'artificial intelligence' procedures for mathematical 'understanding'. I hope it is clear from the arguments that I have given, that whatever these systems do achieve, what they do not do is obtain any actual mathematical understanding! Somewhat related to this are attempts to find automatic theorem-generating systems, where the system is set up to find theorems that are regarded as 'interesting'-according to certain criteria that the computational system is provided with. I do think that it would be generally accepted that nothing of very great actual mathematical interest has yet come out of these attempts. Of course, it would be argued that these are early days yet, and perhaps one may expect something much more exciting to come out of them in the future. However, it should be clear to anyone who has read this far, that I myself regard the entire enterprise as unlikely to lead to much that is genuinely positive, except to emphasize what such systems do not achieve.

One possible benefit of new workforce trends is that people will have more leisure time than in the past. This can happen in one of two ways. Some people will not be needed in the new digital economy, so they will find other ways to construct meaning in their lives outside the workplace. Alternatively, even those who work may find themselves with time for other kinds of pursuits. Rather than most waking hours being spent on work-related tasks, the society of the future may have time for nonwork activities, including art, culture, music, sports, and theater.

Fiscal Numbers (the latter uniquely identifies a particular hospitalization for patients who might have been admitted multiple times), which allowed us to merge information from many different hospital sources. The data were finally organized into a comprehensive relational database. More information on database merger, in particular, how database integrity was ensured, is available at the MIMIC-II web site [1]. The database user guide is also online [2]. An additional task was to convert the patient waveform data from Philips’ proprietary format into an open-source format. With assistance from the medical equipment vendor, the waveforms, trends, and alarms were translated into WFDB, an open data format that is used for publicly available databases on the National Institutes of Health-sponsored PhysioNet web site [3]. All data that were integrated into the MIMIC-II database were de-identified in compliance with Health Insurance Portability and Accountability Act standards to facilitate public access to MIMIC-II. Deletion of protected health information from structured data sources was straightforward (e.g., database fields that provide the patient name, date of birth, etc.). We also removed protected health information from the discharge summaries, diagnostic reports, and the approximately 700,000 free-text nursing and respiratory notes in MIMIC-II using an automated algorithm that has been shown to have superior performance in comparison to clinicians in detecting protected health information [4]. This algorithm accommodates the broad spectrum of writing styles in our data set, including personal variations in syntax, abbreviations, and spelling. We have posted the algorithm in open-source form as a general tool to be used by others for de-identification of free-text notes [5].

Something amazing happens when we learn a new skill. Our brain starts to form new neural pathways so that something you first had to consciously focus on can become automated. That’s pretty powerful stuff. Now let’s use this principle on your anxiety. If you’ve suffered from any anxiety-related issue for some time, that anxious or at least negative way of thinking has now become an automatism. That’s why you probably seem to get way more negative thoughts than positive ones. For the moment, it’s still just a habit of your brain, one that we can change.

Phase 1: Discovery 1. Define the problem statement What is the challenge that will be solved? The problem statement is defined at this step and becomes the foundation of the project. Here is a sample problem statement: The company has more than one hundred thousand email addresses and has sent more than one million emails in the last twelve months, but open rates remain low at 8 percent, and sales attributed to email have remained flat since 2018. Based on current averages, a 2 percentage-point lift in email open rates could produce a $50,000 increase in sales over the next twelve months. It’s important to note that a strong and valid problem statement should include the value of solving the problem. This helps ensure that the project is worth the investment of resources and keeps everyone focused on the goal. 2. Build and prioritize the issues list What are the primary issues causing the problem? The issues are categorized into three to five primary groups and built into an issues tree. Sample issues could be: •​Low open rates •​Low click rates •​Low sales conversion rates 3. Identify and prioritize the key drivers. What factors are driving the issues and problem? Sample key drivers could include: •​List fatigue •​Email creatives •​Highly manual, human-driven processes •​Underutilized or missing marketing technology solutions •​Lack of list segmentation •​Lack of reporting and performance management •​Lack of personalization 4. Develop an initial hypothesis What is the preliminary road map to solving the problem? Here is a sample initial hypothesis: AI-powered technologies can be integrated to intelligently automate priority use cases that will drive email efficiency and performance. 5. Conduct discovery research What information can we gain about the problem, and potential solutions, from primary and secondary research? •​How are talent, technology, and strategy gaps impacting performance? •​What can be learned from interviews with stakeholders and secondary research related to the problem? Ask questions such as the following: •​What is the current understanding of AI within the organization? •​Does the executive team understand and support the goal of AI pilot projects?

More fundamentally, productivity gains from automation may always be somewhat limited, especially compared to the introduction of new products and tasks that transform the production process, such as those in the early Ford factories. Automation is about substituting cheaper machines or algorithms for human labor, and reducing production costs by 10 or even 20 percent in a few tasks will have relatively small consequences for TFP or the efficiency of the production process. In contrast, introducing new technologies, such as electrification, novel designs, or new production tasks, has been at the root of transformative TFP gains throughout much of the twentieth century.

Social networks like Facebook seem impelled by a similar aspiration. Through the statistical "discovery" of potential friends, the provision of "Like" buttons and other clickable tokens of affection, and the automated management of many of the time-consuming aspects of personal relations, they seek to streamline the messy process of affiliation. Facebook's founder, Mark Zuckerberg, celebrates all of this as "frictionless sharing"--the removal of conscious effort from socializing. But there's something repugnant about applying the bureaucratic ideals of speed, productivity, and standardization to our relations with others. The most meaningful bonds aren't forged through transactions in a marketplace or other routinized exchanges of data. People aren't notes on a network grid. The bonds require trust and courtesy and sacrifice, all of which, at least to a technocrat's mind, are sources of inefficiency and inconvenience. Removing the friction from social attachments doesn't strengthen them; it weakens them. It makes them more like the attachments between consumers and products--easily formed and just as easily broken. Like meddlesome parents who never let their kids do anything on their own, Google, Facebook, and other makers of personal software end up demeaning and diminishing qualities of character that, at least in the past, have been seen as essential to a full and vigorous life: ingenuity, curiosity, independence, perseverance, daring. It may be that in the future we'll only experience such virtues vicariously, though the exploits of action figures like John Marston in the fantasy worlds we enter through screens.

We recommend creating four types of folders: • Archives (any email that contains information that might be needed) • Automated (any email newsletter that relates to a strategy you’d like to pursue in the future) • Follow-Up (any email relating to a specific action that needs to be completed) • Send (if you use an assistant to process email, then have this person filter messages that require your final approval into this folder)

The document, which would later be published by Monthly Review Press, first as a special summer issue of the magazine and then as a book,19 began by describing the death of the union because of its failure to grapple with the question of automation. It went on to say that the rapid development of the productive forces by capitalism and the diminishing number of workers resulting from high technology were forcing us to go beyond Marx because Marx’s analyses and projections had been made in the springtime of capitalism, a period of scarcity rather than of abundance. The document projected blacks replacing workers as the revolutionary social force in the 1960s. It concluded by insisting that no group is automatically revolutionary: People in every stratum [must] clash not only with the agents of the silent police state but with their own prejudices, their own outmoded ideas, their own fears which keep them from grappling with the new realities of our age. The American people must find a way to insist upon their own right and responsibility to make political decisions and to determine policy in all spheres of social existence—whether it is foreign policy, the work process, education, race relations, community life. The coming struggle is a political struggle to take political power out of the hands of the few and put it into the hands of the many. But in order to get this power into the hands of the many, it will be necessary for the many not only to fight the powerful few but to fight and clash among themselves as well.20

If, if we get our heads straight about money, I predict that by ad 2000, or sooner, no one will pay taxes, no one will carry cash, utilities will be free, and everyone will carry a general credit card. This card will be valid up to each individual’s share in a guaranteed basic income or national dividend, issued free, beyond which he may still earn anything more that he desires by an art or craft, profession or trade that has not been displaced by automation. (For detailed information on the mechanics of such an economy, the reader should refer to Robert Theobald’s Challenge of Abundance and Free Men and Free Markets, and also to a series of essays that he has edited, The Guaranteed Income. Theobald is an avant–garde economist on the faculty of Columbia University.)

A widely quoted study from the Oxford Martin School predicts that technology threatens to replace 47 percent of all US jobs within 20 years. One of Pew experts even foresees the advent of “robotic sex partners.’’ The world’s oldest profession may be no more. When all this happens, what, exactly, will people do? Half of those in the Pew report are relatively unconcerned, believing — as has happened in the past — that even as technology destroys jobs, it creates more new ones. But half are deeply worried, fearing burgeoning unemployment, a growing schism between the highly educated and everyone else, and potentially massive social dislocation. (The fact that Pew’s experts are evenly split also exposes one of the truths of prognostication: A coin flip might work just as well.) Much of this debate over more or fewer jobs misses a key element, one brought up by some of those surveyed by Pew: These are primarily political issues; what happens is up to us. If lower-skilled jobs are no more, the solution, quite obviously, is training and education. Moreover, the coming world of increasingly ubiquitous robotics has the potential for significant increases in productivity. Picture, for instance, an entirely automated farm, with self-replicating and self-repairing machines planting, fertilizing, harvesting, and delivering. Food wouldn’t be free, but it could become so cheap that, like water (Detroit excepted), it’s essentially available to everyone for an almost nominal cost. It’s a welfare state, of course, but at some point, with machines able to produce the basic necessities of life, why not? We’d have a world of less drudgery and more leisure. People would spend more time doing what they want to do rather than what they have to do. It might even cause us to rethink what it means to be human. Robots will allow us to use our “intelligence in new ways, freeing us up from menial tasks,’’ says Tiffany Shlain, host of AOL’s “The Future Starts Here.’’ Just as Lennon hoped and Star Trek predicted.

I’ll then play it down a number of times with the automation in “trim” or “relative” mode, usually carefully riding the vocal to keep it properly focused and featuring melodic moments from various