Management, labor, unions; influences on the economic transition.

December 11, 2012

Economic cycles see management (owners, in earlier times; management in the modern age) vying with production for profits. Go back to the beginnings of the industrial age and you’ll find management firmly in control. Political moves and periodic shortages of labor provided changes that weakened the near-absolute control of management. The long term trend has seen empowerment of labor and a diminishment of the control exerted by management. The relationship between the two was changed in the past by such things as disease and war and famine; more recent changes have been based on the rise of labor organizations such as unions.

Let there be no doubt: labor unions came into being as a counter to the power and exploitation of workers by management. We’re seeing some of that again where long-term employees are tossed out with no regard for the years they’ve spent building up a company by their work. Management feels free to make such decisions because once again power has shifted to the management half of the equation.

Unions began as a way to protect workers against the excesses of management. But unions then joined together into large aggregations which were capable of exerting national political influence. What was necessary in the beginning became something that had to demand ever more in benefits for workers in order to maintain power and relevance. A single powerful union could, and frequently did, demand more for employees. Under the umbrella of cross-union agreements, where one union would refuse to cross the picket lines of another, a single union could shut down not only a company but even an industry. In some cases they demonstrated the ability to shut down the national economy by strikes that closed ports or shut down rail services. Military personnel were sometimes used to break strikes. On one occasion, President Reagan acted to destroy a union; he fired all the air traffic controllers who’d gone on strike, and made it stick.

Meantime, unions had exerted a ratcheting effect on the economy. Autoworkers would begin negotiating a new contract for more wages and benefits. During the 20th Century wages were subject to taxation and unions worked to increase benefits such as health care insurance and retirement policies. Such benefits, being not taxed, became popular. The negotiations were between a company, say Ford or perhaps GM, and the Autoworkers Union.  Negotiations  were backed by threat of a strike, and inevitably workers received more in wages and benefits and prices of the product would rise to reflect the new cost structure. Prices would go up on autos, and steelworkers and other unions producing the materials that supported auto manufacturing would also see price raises as their unions demanded more in wages and benefits. And soon it would result in a slight but recognizable rise in prices and compensation across the national economy.  At some point even the national minimum wage would rise.

Unions needed to always demand more. By the late 20th Century, unions had the status of medium-sized corporations. They paid their top leadership salaries in the hundreds of thousands and donated millions to political campaigns. Dues paying members expected that the union would always provide raises in the next series of contract negotiations as well as protection from arbitrary decisions by management. A citation is appropriate here: Largest unions pay leaders well, give extensively to Democrats. The citation is from the Wall Street Journal, March 30, 2011.

A long term trend thus came to fruition. Management used their money and influence to gain power in politics; labor gained influence and power through money and the ability of union management to influence the voting patterns of members.

The economic result of the union vs management contest was to slowly raise prices in the US. The American national economy thus became considerably higher in nominal value, compared to Asian economies and even the economies of Eastern Europe. Foreign governments often resisted raising their own monetary system to true parity, because the differences acted to encourage export versus imports in their domestic economy.  The result of this was to effectively price many American products out of world markets.

Still, the American market was the largest in the world. As American products became more expensive, Asian and European products became relatively cheaper and so gained a long-term competitive advantage in the American market. At the same time, transportation costs were dropping worldwide. Larger ships, fewer crewmen, containerized shipments, computer routing, ever more efficient (and thus cheaper) ports…add this to low labor costs and a new paradigm became possible.

Management regained the advantage. Managers now had the option of evading union demands by simply bypassing the union. A number of strategies were employed in this effort. Outsourcing was one of the easiest; a company could avoid paying higher union wages to janitors and maintenance workers, for example, by laying off employees and contracting with another company to provide the services. There would no longer be any requirement to provide benefits, and usually even labor costs would be reduced. This was a win for management; but those well paid janitors and maintenance workers no longer got salaries that put them in the middle class. They had less disposable income and sometimes not even enough income to sustain mortgage payments or buy items such as new cars. Or even send their children to college. The prospective student thus needed loans to finance education, and paying back those loans in time removed the student from the consumer society for long periods. What went to banks and lending institutions wasn’t available for a house or a new car, or for health insurance or savings.

Offshoring was another option for management. While Boeing was working to move a plant from Washington (a state with union work rules) to South Carolina (a ‘right-to-work’ state, where union power was much reduced), other plants simply closed. Workers lost jobs. The products that had formerly been made by American workers were now being made offshore by workers in various countries: Ireland for a time, then Eastern Europe, and finally in Asia. American companies changed from manufacturers to importers. The goods still came in, but now profits were higher than ever and there was no need to share them with production employees. There was no need to worry about the well-being of foreign workers or rules regarding pollution of the environment. That was the problem of the manufacturing company and the government of the nation where the plants were located.

And management had no reason to consider that they were effectively destroying the American economy that their prosperity depended on. Profits to management was up; the middle class that drove the consumer market shrank. Upper middle class was forced down, and lower middle class became part of a swelling impoverished class.

And unemployment began to rise. As economies contracted, unemployment rose above 10% (and in some Western nations such as Spain and Greece, it went above 25%; Depression levels, in other words). Unemployed workers couldn’t buy; management sequestered much of their swollen income in investments which effectively removed their money from circulation.  Sales dropped across the board.  Bank foreclosures began to rise. Financialization, a major trend in the late 20th and early 21st Centuries, even took a hit as subprime loans were exposed as the junk they’d always been. Banks lost billions.

Unions now began to recognize that they were in a weakened position. New contracts were for less money, fewer benefits. And the negotiations were no longer under threat of a strike, but were driven instead by the threat of closure of the plant and loss of all jobs.

The Economy: changes and predictions.

December 10, 2012

It may be that the US, along with all the other developed nations, will never again achieve full employment in peacetime. I have concluded that we are in a transition phase between a period when manufacturing required human labor and a period when most labor is done by machines. In such an environment, workers get laid off. For a while, there will be a need for humans to supervise the work of the machines (robots) and maintain them. But as the machines become more sophisticated, even that is likely to vanish. Design of new products is likely to remain a human endeavor for the foreseeable future. Design is after all the process of examining human needs and attempting to meet them with products that humans will find necessary or at least appealing.

Much of what I’ve described in the paragraph above is already happening. Programmers instruct computers about what movements are to be made and when, the robots do those things, and somewhere down the line a human inspects the work. If the robot begins producing substandard work, a human stops the process and a maintenance worker comes in and fixes the robot. In some cases, the robots can self-diagnose. A controller is plugged in, an error message appears to “Replace module C”, and so the maintenance worker does that. It’s very like what happens to your car when you take it into the shop. There’s an error message, a device that will read this, and then a human to replace the defective item. The process is relentless. Every new iteration of robots features new self-diagnostic features. Numbers of human workers are reduced.

But how are those human workers to buy the products that the robots make? That’s the unanswered question. Government is supposed to answer such. Political leaders are expected to see what’s happening now and predict what is likely to happen in the future; certainly company leaders don’t do this. They try to forecast new trends, but the larger picture of the economy doesn’t really concern them.
And governments aren’t very good at this. Like military leaders, they study what has happened before and try to prepare for it to happen again.

History, and lessons from history:

There was a time when major disruptions in economies happened fairly often. Industries came into being, some disappeared. Those who once manufactured buggy whips went out of business, and street cleaners didn’t scoop up manure and take it to a dump. Needs changed. Jobs reflected the new needs.

An example is what happened to farmworkers as mechanization came to the farms. Farmhands got laid off and found that looking for a job at the next farm wouldn’t work, because the farmhands there had also been laid off. Cowboys became obsolete in most areas. Open range gave way to fenced pastures and barns and central feeding points. The displaced labor could move into urban areas and get jobs in manufacturing, and that’s what happened. Soon, with far less human labor but with huge machines to do what human labor had done before, farms and ranches became more profitable and much more efficient.

Even the few remaining farmworkers are likely to see further reductions. Tractors and combines now can be programmed to follow a GPS-directed course, leaving the ‘driver’ to simply look on occasionally to ensure that nothing has gone wrong. In the future the GPS course can be set by radio link, and the machines will drive themselves to the field and begin work. With a position indicator reporting back to the central communication and control device, drivers won’t be needed.

If you doubt this, large tractors and combines already have the GPS control system. All they lack is the ability to receive input and transmit information back via radio link. And the technology that allows a few cars and light trucks to drive themselves over various courses is already in development. Drones are becoming more autonomous all the time. The technology will spread inevitably to farms and to manufacturing.

So where are the excess workers to go this time? As farmhands find themselves unemployed, they’ll be joining the unemployed factory workers.

We in the US have already gone from a society based on middle class prosperity to one of underclass semi-poverty. That middle class was based on workers who possessed the skills to work in manufacturing. The service society doesn’t need such, and pays accordingly. So the middle class is squeezed and overall income drops. A few at the top manage to maintain their income or even see it rise; but this is temporary, I think. Even mid-level workers in the financial and office occupations are facing layoffs and the prospect that they will need to take jobs of less social standing which will also pay less.

That in turn means that people who sold houses and cars and other goods to middle class customers won’t have a market for their goods. The employees of the service economy won’t be able to pay for expensive things. There will be a need for cheaper housing and cheaper cars. Those who provide for these needs will be more likely to do well than those who continue to market to a middle class that is vanishing.

It is a fact that most, if not all, developed nations do not need all of their manpower. As an example, consider Spain. Spanish unemployment currently stands about 25%, and it’s closer to 50% among younger Spaniards. France has much the same; even well-educated French and Spanish citizens now face the prospect of leaving their nations to find work. The question is where to go; all of Europe faces this glut of labor, as does the USA and Canada. With a quarter of Spaniards not working, there is still no shortage of goods or services for Spanish consumers. And some Spaniards, like Americans, are ‘underemployed’; they have only part-time or temporary jobs.

More history: as labor became surplus to domestic needs, it was possible to employ the surplus workers in manufacturing for export. That worked for a while. It’s not likely to soak up all that labor now, though. The markets for exported goods have shrunk as those nations mechanized their own factories. Even cheap-labor nations such as China, which relied on that cheap labor to gain economic advantage, have now seen their cheap labor supplanted by even-cheaper robots and machines.

There is still an opportunity for export, but it must be based on quality rather than price. If something is among the best of its type in the world, people will always want it. Mercedes, Volvo, Lexus, BMW, Porsche; Nikon, Canon, Hasselblad, Leica; Italian leather goods; French fashions and perfumes and brandies. Such products are more expensive, but still find a ready market because they’re superior to domestic products.

There is a revival of craftsmanship and craftsman-made products. Furniture, wooden goods, beers and wines and specialty liquors, art objects all find a ready market. And all command premium prices. People pay the premium prices because the objects are based on quality rather than mass-production.

Economic Madness

December 7, 2012

Written in response to Paul Krugman’s column in today’s NY Times, Dec 7, 2012:

“The danger is that the deficit will come down too much, too fast. And the reasons that might happen are purely political; we may be about to slash spending and raise taxes not because markets demand it, but because Republicans have been using blackmail as a bargaining strategy, and the president seems ready to call their bluff.

Yet there is a whole industry built around the promotion of deficit panic. Lavishly funded corporate groups keep hyping the danger of government debt and the urgency of deficit reduction now now now — except that these same groups are suddenly warning against too much deficit reduction. No wonder the public is confused.

Meanwhile, there is almost no organized pressure to deal with the terrible thing that is actually happening right now — namely, mass unemployment. Yes, we’ve made progress over the past year. But long-term unemployment remains at levels not seen since the Great Depression: as of October, 4.9 million Americans had been unemployed for more than six months, and 3.6 million had been out of work for more than a year.

Worse yet, there are good reasons to believe that high unemployment is undermining our future growth as well, as the long-term unemployed come to be considered unemployable, as investment falters in the face of inadequate sales.”

‘Investment’, above, means by private industry. They’re collectively sitting on some $2 trillion that they won’t ‘invest’ because there’s no immediate guarantee of profit. And by doing so, they guarantee that there won’t be customers for their goods.  It’s madness; but it’s understandable.  That’s what over-emphasis on private economic activity instead of a balance between private and government economic activity gets you.

Only government investment, in the form of stimulus directly to job seekers, can do what private industry won’t. For that matter, if you forced the banks to forgive the debt of all those who are paying back loans, you’d see immediate recovery of the economy.  There is some slight activity, enough to keep unemployment under 10% (I suspect the official numbers aren’t really reflective of those who can’t find jobs, and who have given up for the moment) and underemployment at much higher levels.  But a lot of this economic activity doesn’t go to purchases of goods.  It goes to bankers.  People are paying off existing loans on homes, even when many of those are underwater.  They are paying off credit card balances that they acquired back when credit was easy and people had jobs.  And many are paying off student loans.

Whatever money is being paid to banks and financiers isn’t buying new cars, or new homes, or new clothing, or better food.  It’s not paying for vacations or any number of other things.  And until that debt is paid off, those debtors won’t be consumers.  And they won’t be stimulating the marketing economy through purchases.  We are no longer a manufacturing economy, we’re a service economy; and people who work in service economies don’t make enough to pay off loans very quickly or in many cases pay them off at all.  And unless that changes, we’re on the path to becoming a third world nation.

We’re not, yet; but when we’ve become a nation where most of our citizens work for minimum wage in a store or restaurant or office, do you think we can really afford to pretend that we’re still a nation of wealth and power?

Madness?   Just gave everyone a hundred thousand to spend.  Or just print the bleeping money, hire people to paint lampposts and sweep streets and build a national system of water collection and distribution that would move it from where it’s in excess (floods, such as occurred after Sandy and Katrina and spring snowmelts) to where it’s short, where wildfires and catastrophic drought endangers the nation’s food supply.

Put money not into the hands of banks that won’t lend it, but directly into the hands of middle class people who would spend it and thus revive the economy. They wouldn’t be willing to go work for Walmart or Amazon or McDonald’s at minimum wage, so wages for those place would have to go up. Maybe the executives wages might come down, or at least they’d get skinnier bonuses.  Give money to the spenders instead of the gamblers.  Or in other words, revive the consumer market.

Put ME in charge of the bleepin’ Treasury. I’d print the money, hand it to the government directly (no DEBT! For that matter, here’s an extra trillion, go pay off the Chinese), fund food stamps and employment of teachers and firemen and first responders and hospitals. If private industry wants to compete in those areas, then compete on the basis of quality; provide BETTER services than are available through basic public services.

While you’re chuckling at that concept, think about this: would it be any worse than what the clowns in Washington and New York are currently doing?

Tax structures, the New Nobility, and Social Inequality

November 30, 2012

We’re really going to have to do something about the overall tax structure. None of the approaches put forward by our political leaders will do enough, so I’ve been considering non-standard approaches.  I think this is what is necessary.

I’ve advocated a gross-receipts tax, which forces companies to absorb all the costs of such things as corporate jets and business lunches rather than charge them off to taxpayers. Current tax policy actually reduces efficiency by reducing competition, something that the capitalist economy claims to love but which capitalist companies do all that they can to reduce. I’ve also allowed for deductions from company tax liabilities for salaries and benefits paid directly to American workers, but only if such were available for ALL employees. Anything paid out in bonuses or stock options to executives would not be shielded from tax. And what’s paid to workers, whether in the form of direct salary or bonus or health insurance or company car, would constitute income that would be taxed to individuals. Equally, if it’s investment income or capital gains, that would constitute income to be taxed, whatever the individual tax rate would eventually be.

So long as all income is considered to be taxable, actual tax rates could indeed be lowered. Our current system taxes only a proportion of income from a narrow range of sources, and this turns out to fall heavily on the middle class and the poor while being a shield for the wealthy.  A shield which allows them to acquire and sequester wealth by selecting whichever source of income will reduce their taxable income.  It’s why there was so much effort by Mr Romney to hide his taxable-income information.  It’s the mechanism that allows certain individuals with multimillion dollar incomes to pay little or even NO tax at all.

Inevitably, our current system leads to more and more inequality and reduces social mobility, a major problem for democracies.

It’s led to a USA which has a few, the new nobility who lack only titles to be considered such, and the many, serfs in effect who are slaves to corporate rule. Who do not even have the traditional rights of serfs who were tied to the land; the new enslaved class can be dismissed through layoffs, ‘turfed out’ if it appears that managerial elites might realize a slight gain in profit by doing so. In such a system, the employee who’s worked faithfully for a corporation for 25 or 30 years has no rights and can now be dismissed, to attempt to make a living when they’re in late middle age, no longer able to start over in a new career.

The Constitution was written to protect citizens from the excesses of government.

There is nothing to protect us from the unrestrained greed that has become the hallmark of the new nobility.

A REAL tax overhaul might the first step in that effort. And along with it, government programs that provide more protection for citizens than is currently available from Social Security or Medicare.

A best approach might be to start with a commission that included not only the members of the new nobility but also representation from the middle and lower classes.  Such a commission would look at what’s fair to those lower classes as well as what benefits those elites who have a system that they can exploit differentially to gain ever-greater wealth.  Such a commission would consider where society should go, and would have the best interests of all American citizens at heart.

It would do what Congress was supposed to do, but what Congress has failed to do.  Our system of laws is in large part a listing of failures by past Congresses.  Failures patched here and there, but with ever more failures tacked on top of past failures and patches.

Perhaps it’s time to consider a real rewrite of the Constitution.

I won’t see any of this in my lifetime. But maybe, if we think about it and force our elected officials to represent VOTERS rather than those who bribe them with ‘campaign contributions’, something like this might be possible in your lifetime.

Roadways, Microclimates, and the Heat Island Effect

November 27, 2012

I’ve begun work on a hypothesis that’s an offshoot of my experiment last summer. It’s this; while cities are recognized as heat islands and are now being investigated for clues about how the biosphere will react to warmer climates and elevated levels of CO2 and other gases, I think we’ve also created such along our roadway net.
In essence, we’ve been modifying the planetary albedo, and thus the greenhouse effect, by paving streets and roadways. All of these surfaces are dark in color, black to dark gray, and are roughened to aid in traction. As such, they’re absorbers of solar radiation and are more efficient at this than sandy or grassy surfaces.
The ‘heat island’ effect is well known and documented. I’m not aware of any attempt to isolate this as to which percentage of the heat island effect is due to paved roads and alleys as opposed to, say, large buildings.
Meantime, while I was thinking about this, I came to the conclusion that roadways are the equivalent of cities in terms of modification of the planetary albedo. Indeed, cities are by their nature concentrations of roadways but there are equivalent amounts of modified surface sprawling across the continent.
I’ll be looking for evidence of this in the spring. There’s a master’s thesis in this for any student who needs a topic!
I plan to gather data of roadway temperature and the temperature of unmodified dirt a few meters away. The driving surface and any apron on the side of the road are all modified and all absorb heat. I’ll also look at vegetation patterns, if possible. Non-natural vegetation won’t help, and it’s common for highway departments to plant grass seed along the interstate highways. I’ll look for side roads that get the paving treatment but not the other modifications. I can then compare the grassed-over areas with natural areas to look for differences.
I have observed the numbers of forbs that flower in the late summer; they appear to be much more common a few meters away from the paved surface, often across fences that line the roads to prevent cattle from wandering into danger. Conceivably, the heat trapped by the roadways acts to extend the growing season and creates a microclimate that favors these. Goldenrod, a kind of blue daisy-like flower, certain yellow flowers, and pricklypoppies all appear to be more common near roadways than out in the middle of the natural desert area.
For those who don’t live in deserts, you might be interested in looking at your own roadway system. Even in green England and Europe, there might be discernable patterns of vegetation changes. You can write to me if you observe any such: jlknapp505@msn.com. I would be interested in hearing from you regarding your observations!

Toward a Better Tax Structure

November 8, 2012

Written in answer to a friend; political, but not party-political. Instead, it’s economic theory applied to tax structures.
Ruth, I’m not advocating a flat-tax, although that would be much more fair than the system we’ve now got. Cain wasn’t wrong in his overall idea.
But we’ve ended up with a progressive, then regressive, tax system.
I believe that the best system is a corporate tax system that’s lower than what corporations now pay, but based on gross receipts. And I believe that any company doing business in the US should be susceptible to that tax on a proportional basis. If they sell a million dollars worth of goods in the US market, then they should pay the same taxes to the US government that a company doing business in New Mexico pays. I would have one deduction from those gross receipts; money paid directly or indirectly to employees. Any money remaining that goes to building the corporation or increasing its wealth or assets would be taxed as gross receipts. No more jets for executives or 3-martini lunches as ‘deductions’ and ‘business expenses’. Corporations could still DO those things, but not deduct them. These are all ways that corporations/companies reduce competitiveness.
As for what gets paid to individuals: salaries, retirement benefits, health care, perks, all are income. And all income of any kind forms the tax base. Speaking of health care and retirement accounts, they would be paid into a federally-supervised fund. No more of this situation where a corporate raider can come in and take funds that were intended to pay for employee healthcare or retirement because the investor acquired 51% of the company; that’s one of the things that Bain and Romney did. A better approach would be to increase Social Security and Medicare and make them available to all, despite the howls of the wealthy who would have to help pay for it.
Lots of benefits here; no longer would American companies have to support salaries, health care costs, and retirement costs, and then pass all that on to the consumer. Instead, it would be paid into funds that would be protected possibly by Constitutional amendments.
Individuals would be taxed on a progressive basis just as has been the case since our tax system was adopted. Probably at slightly lesser rates for some, more for the wealthiest. They have more to lose, after all, and American society protects their wealth. So it’s appropriate that they pay into society on a commensurate basis. And income is income; no difference from an hourly wage or a dividend from investment. And no more hiding income by calling it ‘health care’ or ‘retirement accounts’.
So how could one accrue wealth in such a system?
No so easily, for sure. But it would be possible. The guaranteed way would be to invest in growing companies. Currently it’s possible for a wealthy person to buy into GE, say, and wind up paying only 10% of dividends. GE has paid NO taxes for several years, despite profits of billions. Apple too hides much of it’s income from taxation by shuffling it around from corporate entity to corporate entity. Bain Capital did that, too, and Romney directed the operation.
But if you invest in a growing company, then the company will pay out taxes on a gross-receipts basis, but the investor won’t pay any taxes at all on this. So that maximum gross receipts tax, say 15 or 20% as a beginning point, is all that would be paid.
One additional point: the neo aristocracy. We’re going to have to tax estates just as Britain found it necessary to do. Otherwise, the Waltons or their equivalent can sequester giant amounts of money and wealth from the system. That money must be returned to circulation if society is to prosper.
Ideas; what do you think of them? You can post replies to jlknapp505@msn.com or find Jack Knapp on Facebook. I welcome dialogue and constructive criticism.

Thoughts on Thinking

October 19, 2012

Most of our thinking consists of a set of responses that I call subroutines. We’ve learned those by education or experience and we can now call them up from memory in response to whichever task we need to accomplish.
Consider the routine of an ordinary day. We get up, brush our teeth, shower, get dressed, have breakfast, start the car and drive to work. During all of this there is no need for any original thinking. It’s all programmed, including driving to work. You can carry out all of these while using your conscious mind for other purposes. Thinking about plans for the evening, or carrying on a conversation, or for some even making a phone call or texting or putting on makeup or eating breakfast on the way.
And during the course of a week, you’ll face nothing at all that hasn’t got at least a partial subroutine in memory. New customer? Routine operations to deal with that. Complaining customer? You’ve seen it before.
Short of suddenly facing a man with a gun or similar unknown event, you’re not faced with a necessity to really think. And when you ARE faced with an emergency (choking victim, drowning person, rescuing someone from a car crash, whatever), most have no subroutine that fits the situation and so they freeze, unable to decide on a course of action. Famously, advice says to do something, even if it’s wrong,because doing nothing is guaranteed to be wrong. But even taking that decision is difficult, because there are inhibitions about making wrong decisions.
For each selected subroutine, there is an expected outcome. It’s a part of a series of probabilities that range from desired outcomes to undesired outcomes. We can modify those subroutines to an extent and even learn new ones that diverge from what we already have in memory. At the same time, there are inhibitions that in themselves are subroutines. Those inhibiting subroutines can vary from mild to absolute prohibitions based on what we’ve acquired as we go through life.
Consider an example: if you’ve been to a public pool recently, you’ve probably observed a child climb up on the diving board. The child ascended the board because he/she wanted the thrill, but then froze when they realized that the water was quite some distance below. Intellectually, they’ve seen others jump or dive, and they want to do that; but fear inhibits that first attempt. Jump? Or face ridicule if they choose to climb back down the steps? They may wait for some time, frozen and unable to make a choice…but then for those who DO jump or dive, they realize that the fear is unfounded. And then they climb back up the ladder. This time, there’s a subroutine to use that tells them they can jump safely and not suffer hurt. They never freeze in place again. There may be a subroutine that urges caution, but absolute prohibition won’t be there.
It’s the same with any fearful thing. Do it just once, and you’ve learned how to deal with the fear. Training and practice can provide that first partial subroutine, and after someone has once added it to their own store in memory, it’s always there. And small steps may be better because they fall within the ‘comfort zone’ of that learned subroutine.
It doesn’t have to be fear that’s the inhibitor. In some cases, it’s simple confidence. Watch a young boy deciding whether to remain with his male friends or go ask a girl to dance (inhibitor here is fear of ridicule or rejection), and then look at older boys who’ve already gone through this and learned how to deal with the question. They’re confident…and it shows.
I’ve concluded that much of success is based on a suite of learned subroutines that we can call on at need; and failure is attributable to the lack of those.
Chemistry also plays a part, particularly the balance of hormones that circulate in our blood as we grow and develop.
Can knowledge of this system of subroutines be used, or even taught?
Yes. It’s the basis for such programs as Outward Bound. Students are exposed to frequent challenges and as they overcome those they gain subroutines that can be used in future to address any similar challenge. Simply undergoing challenges that require courage weakens any subroutine that might prohibit future responses to challenges. Military training addresses this through ‘confidence courses’ and challenging courses for Rangers, Seals, Special Forces, and Pararescue operators.
And knowing what you’re doing can help an individual direct his own development and acquire the confidence that will turn losers into winners in life.
A lot of people are investigating what I cannot, chemistry of thought and how hormonal levels can affect that. So instead I concentrate on a sort of users manual. I know chemistry makes a difference; a friend recently described what happens when he takes his periodic shot to adjust his testosterone levels. He said that for a few hours he simply avoided people because the shot increased his aggression levels. He’s quite an easygoing man, but according to what he reported, he has to control the urge to punch someone. So he avoids people lest he lose his temper.
As I was developing the model I’ve described, it occurred to me that criminals and other anti-social people lack the inhibitors that ‘normal’ people do. Without inhibitors they indulge whatever impulse occurs to them, whether it be aggression or robbery or rape or murder. I also considered whether ‘mental illness’ or conditions such as autism might reflect the inability to form archived memories or those subroutines. And for a few, the archived memories may be formed and not modified when we encounter new conditions. For most of us, forming a new memory or modifying an existing one means that earlier forms are deleted. But for those with eidetic memory, perhaps they’ve bypassed that destruct function? No idea; and I’m exploring ideas that I can’t truly understand in the way that I’ve earlier described.

Failures of Capitalism in a Depression

September 27, 2012

I’ve argued before that we’ve really been in a depression for a long time. It could be called a ‘recession’ only because borrowed money artificially supported parts of the economy, but that’s only a short term solution.
Manufacturing jobs have fallen precipitously. Some were offshored, others were eliminated by mechanization of manufacturing. The relentless drive for efficiency also included loss of jobs in offices and in such departments as design and accounting because computers now could do what was formerly done by people. Even cleaning machines reduced the need for janitorial services. Bottom line, fewer humans needed as machines took over. Fewer humans, fewer jobs…and no other jobs to go to. At this point there are jobs, but only for the well educated. And not simply for any college graduate, but only for those with a master’s or higher in business, engineering, science, and math. A degree in liberal arts or humanities simply won’t provide the qualification that employers are looking for.
And only government expenditures, supported by taxes on the wealthy and creation of new money, can reverse the decline. Capitalism won’t do that, and this is the failure of capitalism. Capitalists invest not to take risk, but to receive profit. No guaranteed profit, no expenditure; the more perceived risk, the less likely the chance of investment by capitalism.
Only government can spend without expectation of profit.
An ideal system consists of government (e.g., socialist) development where there’s not enough profit potential for capitalism; capitalism to increase efficiency and extract profit after this initial development.
Control of capitalism to prevent abuse after the opportunity has stabilized. That’s what capitalists hate, the idea that as risk is reduced, they also must restrain their urge to profit.
Monopolies are one way that capitalism reduces risk. Microsoft/Bill Gates understood that. As competition increases, risk also increases, and profit opportunity declines. Industries and companies now actively exploit the political sector to decrease competition by a variety of strategies; tax abatement, even subsidies, other political moves that favor some over others. Pure capitalism doesn’t include those things, but capitalists are quick to involve them to lessen risk while increasing profit.

Global Warming Experiment, updated

September 21, 2012

Continuing to work on my counter to the greenhouse effect/global warming.
I’m not as happy with my test prototype as I was. I did what every researcher should do, gather lots of data. The difference between shaded and sunny earth temperatures is clear, in the range 15ºC to 20ºC in late afternoon, but I’m getting readings from the plastic surface that are much higher than I think they should be. Meantime, the plastic is cool to the touch, indicting that it’s not absorbing heat. I want to make sure that the plastic isn’t converting incoming short-wave solar radiation to long-wave infrared, which would defeat the purpose of the panel, increasing albedo (reflected energy) while limiting insolation (absorbed energy). I’m using an infra-red based thermometer, so I’m getting information that an ordinary contact thermometer wouldn’t give. I plan on trying one of those today.
I was thinking as I drove down the interstate that it would be simple to line both sides of the interstate with panels. And then it occurred to me that we’ve been changing the insolation/albedo equation already. Black, rough-textured asphalt absorbs insolation more and decreases albedo. And we’ve got thousands of miles of that crossing our southwestern deserts. I don’t know that anyone has documented this; heat island effects of cities is known, but I suspect the square meter count of absorbent surfaces outside of cities is at least as great as the square meter area within urban urban areas. Part of the resistance to acceptance of the greenhouse effect is that it depends on what is essentially a trace gas, Carbon dioxide. All the trace gases amount to only 1% of the atmosphere, and so it’s difficult to see how that can change planetary climates so drastically. But if you add in the increase in insolation/decrease in albedo caused by urban heat islands, deforestation, and highways, then it begins to make the phenomenon more understandable.
Meantime, it’s late in the season now; winter is going to be similar to what I measure in the mornings, temperature differences of only 5ºC or even less. I will plan on putting up a series of perhaps 5 panels in the spring using mirrored plastic rather than the off-white translucent plastic I’ve been using. I began with this because it was cheap and I already had it on hand. It has done one thing, given me preliminary measurements to serve as a baseline while I attempt to improve the efficiency of the panels.

Global Warming: a Cheap, Easy, Temporary Fix

August 29, 2012

I’ve been thinking about global warming. The US Meteorological Service has now changed its official stance and states that global warming is at least partially caused by human activity. That got me to thinking, and so I’ve now posted an idea in two Facebook groups I’m a participant in.
Global warming means that we will see more drought, more intense and more giant storms, and a general change to the surface of the Earth with disruption of food supply and probably an increase in hunger for those who live in marginally-productive countries. I suspect that in time we’ll find a long-term solution, but in the short term, there’s going to be a lot of human misery and death and loss of wealth among the developed nations. So even a temporary fix would be useful, until the science and engineering is available to provide a longer term solution.
I know how to fix global warming.  The worst problem I foresee is not cost or efficiency, but the resistance of people and politicians.  This idea needs no new science, but it does need an reinterpretation of existing science.

I’ll begin with an overview of the greenhouse effect. Global warming depends at bottom on that.  Global warming is simply a slight rise in efficiency of the trapping process of the insolation.

So what is the greenhouse effect, and why does it work? Much solar radiation passes through the atmosphere without being absorbed; that’s how we can use it to see. This radiation has a certain set of bandwidths, the colors that can be separated by a prism or rainbow. There are also ultraviolet and most interesting for our viewpoint, infra-red radiation. This is, in essence, radiated heat. It’s easy to demonstrate; you can feel it on your skin, and you feel its absence when a cloud shades the sun. It strikes the earth and is differentially absorbed or radiated back to space. Dark farmland, for example, absorbs heat quite efficiently; water less so, although what is absorbed is also released in the form of latent heat in evaporation (this is what fuels hurricanes, and usually begins off the coast of Africa in the northern hemisphere). Sunlight striking sand is partially reflected, and that which strikes snow and ice is almost totally reflected.
Reflected sunlight, like incoming sunlight, is not efficiently absorbed by atmospheric gases. It’s still at the same frequency/wavelength as it was when it came in, so it passes through the atmosphere and back to space.  Photos taken from space use this reflected energy.
But what of the energy that strikes the ground and is absorbed? It heats the Earth’s surface. That’s easy to prove; take a walk on a warm day barefoot, you can feel it. I also once used the heat-trapping effect of color (black plastic tubing to design and build a solar heater for my swimming pool in El Paso; 300′ of 2″ irrigation tubing, coiled on the roof of my porch, then a system of pipes to connect this to the pool circulation pump, and so whenever I used the pool filter, I also got free heat. Very efficient; I often swam as early as February and as late as November in El Paso, in West Texas).
The Earth not only reflects incoming radiation, it also radiates. It must; this is how the Earth disposes of absorbed radiant heat and also heat from the interior.  But because it has a temperature that’s different from that of the sun, it radiates in a different bandwidth. The soil doesn’t glow, but you can feel the heat radiating in the evening; very pleasant. This radiation is at a wavelength that is readily absorbed by water vapor, Carbon dioxide, and Methane.  Absorption of radiated heat is the greenhouse effect.
So it occurred to me that the way to interrupt the greenhouse effect was to change the albedo selectively; to reflect, rather than to absorb, the incoming radiation. The best place to do this is in the band of deserts that surround the Earth, at about 30º north and south of the Equator. The tropics, the band from 23.5º north to 23.5º south through the equator, generates its own albedo change through cloud production. But the deserts are often clear; no clouds, no rainfall, just heat absorption.
If we could change that pair of desert zones from a strongly-absorbent to a reflective zone, it should reduce the greenhouse effect and hence reduce global warming.
This is the science.  Change not global warming, instead change the Earth’s greenhouse effect.

I came up with a way to do this.  It depends on the fact that not all parts of the Earth absorb energy equally.  Change the part that is most energy-absorbent, you have a much greater effect on the greenhouse effect than you would have if you attempted to change the greenhouse effect by, for example, working at the poles.

I would first begin with a small test unit and gather data; one day, then a week, then ideally  over the course of a year. What seems practical in theory might not work in reality.

So I intend to build a test unit.  I will then gather the data, interpret it, put it into graphs and then present it. Only data needed is temperature, preferably from electronic thermometers taking readings from under the reflective panel and one or more readings outside it but nearby.  Simply put, to change the planet’s temperature, I would build large numbers of frames, preferably of aluminum, but wood would also work. Across these I would stretch 2-mil reflecting mylar film (one roll, $35 from Amazon, 50″x50′). Support the panels above the ground. For the test plot, perhaps a meter above ground; for actual use, two or three meters up. Make small units, say 5m x 5m. Install, move on. They can be manufactured over Winter, begin installation in early Summer, hope to last a year at least. They should be installed for maximum effect around the world on all land surfaces that are currently desert. At the designed height, they would not interfere with passage of humans and animals below them. I would slant them at about 13º facing South in the Northern hemisphere, facing North in the Southern Hemisphere. It is not necessary to wrap the entire planet in these; the beauty of it is that it’s cheap and each installation has some small effect. The shaded land won’t be harmed; it’s desert, hence not used for anything except grazing.

Maintenance: if damaged, a frame could be reused and the mylar film simply replaced. I suspect it wouldn’t last more than a season, perhaps with luck two, before solar UV deteriorated it. But even fragments blowing along the ground are minimally useful because they reflect sunlight.
Incremental effect; each panel reduces insolation, the basis for the greenhouse effect, by a small fraction. Many of these, large fraction. Adjustment: getting too cold, close down some of the panels. Still too hot, glaciers melting? Put up more.  The effect is incremental and linear depending on the numbers of panels.
Proof: easy to construct a cheap panel farm. Take temperature readings  underneath the panels in the shade, and around them in full sunlight. Collect daily information, say at 8am, at 12 noon, and at 6pm. Do this for a year. Examine how much maintenance is required. Large winds will likely destroy a significant number of panels, but a ‘breakaway’ fastener on one side might alleviate that while still keeping the panel tethered. Deterioration from the Sun, a problem. It may turn out that 5mil or 10mil would be better, but the cost would be higher. Costs should be less for mylar than I quoted; that $35/50″x50′ is retail, so wholesale and economies of scale should reduce that.
End of the year: assemble the data, graph it, discuss and publish.  Budget for a full-scale test? Say $1 million.  Actual cost?  Less than $100 000.  The rest is reserve for unexpected expenses.I intend to set up the test plot, consisting of one or two panels and the land surrounding them, and begin collecting data.  I should begin to do this within two weeks.
Feel free to circulate the idea and run it by experts.  The only thing I ask is that if you’re using my work, I get credit for my input.
Update: I’ve now acquired three thermometers, one that measures minimum and maximum temperature values, another as a check on the first (both are digital and use probes for sensing), and a non-contact infrared based thermometer.

I built a test panel and installed it today, Sep 15 2012.   I used salvaged plastic and wood and fastened the plastic to the wood with staples, then wrapped the plastic once around the wooden end pieces to keep the staples from ripping through the plastic.  I put up four T-posts that I had on hand, installed guy ropes to stabilize and tension the panel, and then clamped the end boards to the T posts.  The panel is approximately 50cm above the ground.  I have posted photos on my Flickr page.

I took first readings this afternoon about 3pm.  The differences between the shaded ground and plastic (those read approximately the same) and the sunny ground alongside the panel were 12.5 C degrees.  I’ll be making more precise measurements using the sensors of the digital thermometers.  But I conclude that this afternoon I became the first person to deliberately reduce the greenhouse effect, and global warming, by a small but measurable amount.