Long-run Anglo-European Paranoia

It appears that the nations legacy to the Roman Empire (and possible earlier) have made a kind of enclave out of Europe, in which they hope to defend that legacy against the global globalization of all nations.  This, urgently interpreted, seems to imply that England and Europe are under imminent threat from bombardment with missiles of all kinds, including nuclear.  Yet the threat consists mainly that cultural diffusion will ensure an eventual uniformity to Earth's societies.  At any rate, if that future is not the cause of nuclear paranoia, the extent to which eventual global homogeneity should be at least determined in order to ensure that present day planners know just what to subtract from their fears.

CAPSAICIN AND THC SINCE THE CRETACEOUS

Capsaicin has a functionality similar to tetrahydrocannabinol. The two chemicals could each probably use yet another name, names that reflect the formal structure that makes them similar. Both chemicals are long, that is, extensive in one dimension, and they have different ends which have through evolutionary time taken on different characteristics which are in turn used to distinguish separate principles. One end is complex and heavy, so heavy that it has a gravitational field that is chemically noticeable. The other end is very light and as a result the electric field associated with its molecular structure is distinct from the gravitational field. Capsaicin is much weaker at making these two fields distinct, though if one understands gravitational and electric fields well enough, the distinction is still perceptible. It was probably flowering plants that discovered the fact that some long molecules have heavier ends and "lighter" ends, than others. That would have been sometime in the past at least a hundred and twenty million years, because flowering plants were thought to have emerged then. In fact, the distinction could have been as old as trees, upward of 500 million years. Apparently certain of the plants would concentrate these long, anti-symmetrical molecules, at first in bulk structure, and later in flowers and seeds because they more strongly affected the plant's survival in those more sensitive parts of the plant. Insect flight, as of dragonflies, implies the older origin of the distinction between gravitational and electric fields by plants, because it could explain the way flight emerged at all. The plants grew up, tall, high. Insects and other animals could climb them. Flying would have become an early dream or goal. At the same time, both kinds of animals consumed plants. Eventually some discovered the long, anti-symmetrical molecules that were a part of the technique used by plants to distinguish between gravity's downward direction and electricity's upward direction. The earliest molecules that were long and distinguished mass from electric charge were more primitive than the two discussed above. Insects would have been the first consumers of long, anti-symmetrical molecules and the first to use them to advantage. The electric field end would have led worms to grow legs which formed insects of low order. The low-order insects would have grown feelers and appendages of various kinds. The appendages would have includes many things such as fur, and one of the most important would have been antennas which were feelers sensitive to the external electric fields surrounding the creatures. Eventually, the anti-symmetrical molecules, along with the earlier developments they inspired - legs, extensions, appendages, feelers and antenna - would have brought the desire go beyond merely falling and hopping, to a desire to fly. Millions of years of chewing on long anti-symmetrical molecules that had a gravitationally heavy end and an electrically charged light end, would have brought about success in the striving for and development of wings. Much recently, flowering plants have invented capsaicin. It is a chemical by which birds are relatively unaffected. The reason is clear: birds have already attained flight, and no longer need to taste capsaicin. THC is a longer molecule and its makes a much more extensive and obvious distinction between gravity and electric fields, including both electric field attraction and electric field repulsion. That's why, at once, people who use THC are "heavy" as in "heavy, dude", and at the same time light-headed and "high". They are, to use the jargon's argot, really getting into that high sensation. Of course the important high sensations have been the development of air and space flight, as well as the construction of tall architectural works. On the other hand, these industrial market technologies are still somewhat coarse in molecular terms, though they are far more pure than ever happened in the past, and much more is known about what is going on because of the development of rational, recorded thought conducted with persistence for, if necessary, centuries of time. In addition, as technology progresses it is beginning to pay closer, more meticulous attention to its products, and nanoscale products are approaching and beginning to merge with molecular scale activity. To make things even more impressive, discovery of the quantum of action has made the nano- and molecular design phases of technology completely uncanny. One does not need THC to savor the old chemical high, because ordinary hot peppers are fine for that. Just pay attention in the flavor (the burning sensation) to the difference between the molecular gravitational and electric fields at opposite ends of the capsaicin molecules that are searing your taste buds. As for the other drugs, one surmises that opium molecules which are produced by poppies are degenerate, and do not differentiate between the gravitational and electric fields at all. They induce creatures to give up striving to fly. The morphine molecule is a heavy, dense, compact structure which looks like it was designed to, or accidentally stumbled upon, be formed like a triangle with a CH3 molecule at one apex and two HO molecules. The opium molecule looks like it was designed to cashier the -CH3 methyl group's reputation for being "light" and thus end its value as a molecular symbol for something that is distinct from gravity, which, because of the hydroxyl groups, simply anchors two apices of the molecule in water-containing substances like damp earth and mud. God only knows what ants think of it.

Quantum Evolution and a Hiatus to Spaceflight

The appearance of the quantum activity in telecommuting and all other human industries is destined to have profound effect on transportation, and likely to result in a diminishing importance to spaceflight beyond Earth orbit.

Certain studies of the prospects for space flight indicate that a distinctly nonzero chance exists that human beings will never attain space flight to the stars at all, or that millions of years may pass before they do. It may not be human beings as we know ourselves who reach the stars.. Spaceflight to the stars, searching for the Goldilocks planets, may be vital in the more distant future if Earth ever becomes uninhabitable for any reason, but that might not occur for millions of years. During that time the inhabitants of Earth will always be conscious of the possibility of flight to the stars, and will be evolving themselves and their designs and systems toward that goal, but it may not be attained until life on Earth is very different from what it is today.

Meanwhile, much is already changing change here on Earth.

The transportation glut is partly motivated even now by vestiges of the Cold War fear that nuclear war would require constant, large scale and hurried transportation of weapons across the country; that vestiges of the heavily inflated imaginary world projecting invasion of the Earth by space monsters, combined with sheer profit motive, drive the construction of roads and highways and the rampant production and sales of motor vehicles.

Meanwhile, the historical discoveries of the gravitational constant, speed of light, electronic charge, electron and proton masses and the nature and magnitude of the quantum are drawing human beings inexorably toward more meticulous, increasingly complete accounting of these things in all we do.

The result is that the transportation glut will collapse to sufficiency; to production on a far more carefully measured scale, and a return of sensibility in the magnitude of constructions of every kind. Human beings will never be daunted by very large constructions in the future, yet neither will they find the profit in gargantuan constructions is so inevitable that immense size is always the best possible solution.

These are among the reasons arts and crafts and other cottage industries are enjoying what appears at first to be merely extremely popular yet frivolous small economic factors. The need to design manufactures of wares and constructions in far more complete detail is intrinsic to life. It is why naturally evolved organisms have such fantastic variety of forms and details. The problem was not that life was making itself detailed; it was that wild organisms never had measurable and accountable understanding of the physical principles intrinsic to their own living forms. Now, human beings do. They care why their children have the forms, size and color that they are born with. They don't want missing factors in understanding why procreation leads form in the directions it does.

As human beings find increasingly widespread agreement on forms, they understand the material world in increasing detail as well. We are no longer content to allow trucks and other transportation equipment to turn cities into a deafening hell of noise pollution or poisonous gases or implacable danger. We are no longer willing to allow architectural structures to waste energy heating and cooling themselves with artificial machines when natural processes already heat and cool the very same structures.

Redefining the nature and meaning of transportation through optimizing every quantum of activity involved in the transportation will busy civilization for thousands of years, yet it is already drawing a close to the time of careless, brutish design. Nobody knows how to project developments in transportation and communication, yet already telecommuting is having profound, signal effect on the transportation industries. New developments in communications, telecommuting, relationships, organization and society literally do come, quantum by quantum, as the feel of quantized action becomes commonplace. That will not cease, ever.

Error and Adjustment in the Electric Field Constant

During the most recent ten years of my admittedly private research I slowly came to a conclusion that the Faraday and Henry derived electric and magnetic field constants are canonical constants, not secular. The electric field constant was arbitrarily chosen by a ruling class and the eventual result would be gross distortion of justice.

Their dimensions appear to be sound, because of the topological dimensions, not because of the observed fields of electrostatic and electromagnetic phenomena. Both magnitudes, however, were arbitrarily set by the willful choice of magnitude for the electric field constant. Research in those times inevitably required close cooperation and license; liberty, granted either from the royalty; or membership in an ennobled family.

The electrostatic field discovered by Faraday in England is a linear non-rotating system and the electromagnetic field discovered subsequently by Henry in America is a rotating system. These discoveries would go unquestioned until the discovery of radio by Marconi and Hertz, and once radio communications was announced, nobody would dare question or change the values that had been assigned to the electric and magnetic field constants.

That rotating systems existed was known in England but not followed at that time and place. Rather, it was propitious for English ruling classes to ensure that the linear electric field phenomena were securely defined in a manner suitable to the form of government at that time, that is, the royal and crown forms of government which were highly partial to transparent and specially though naturally colorful gems, jewels, crystals, and glass for the ruling classes, and imposing iron in the form of fences, gates, maces, truncheons, spears, and firearms such as cannon with grapeshot and bombs on the common people in that and many other governments by force.

It was clear that an English speaking government was establishing itself in the Americas, and England left it for the Americans to resolve the other dimensions, because Americans were happy to purchase English iron goods and would come to something.

Henry did, and it was eventually determined that these two constants could be related to the speed of light.

However, in modern secular mathematics it seems possible that two constants could be resolved which relate electric and magnetic phenomena to the speed of light, while keeping the fundamentally topological forms of the equations, yet arbitrarily or not, setting the two constants to be numerically equal and of such magnitude that their product is still related to the speed of light.

If this is true, it could explain some of the vexing ornery bytes, snits, quarrels, altercations and wars that dealing with England often gets into. It could illuminate, too, the furiously intense industrial production of iron that ultimately found its way into the cannons, machine guns, tanks and other weapons of war, with the resulting incalculable slaughter of so many.

That is not to say that at any one time innocence did not exist, but it was often distorted by class and other values. At any one time every researcher was probably thought very innocent of brutal intention. But in evolutionary time, from centuries and millenniums to millions of years, scientific constants have extremely powerful effects. Errors in estimating or planning those constants are eventually almost certain to cause horrific error.

That is why the electric and magnetic field constants should be reviewed from their very inception. Why was the magnitude of Faraday's permittivity originally set at the value it has today?

Was that value consistent with the very long term geological history and resolvable future of the world, if it is known in advance that it must have, with a magnetic field constant, a stable relationship to the speed of light?

Think of it: the JPL ephemeris calculates the positions of stars and planets now out to ten thousand years with high accuracy; the LAGEOS and ETALON satellites are planned to stay aloft millions of years; artifacts on the Moon will probably remain in place millions of years as well. The Martian objects could do the same, and the lander on Titan also.

We are in a time scale now that dwarfs the mere centuries since Faraday and Henry worked. It is time to investigate the development of those two constants with a little detective work. It would make good curriculum in "History of Science" classes in high schools, colleges and universities.

Natural Activity Exceeds the Range

Alarmingly, natural activity exceeds the range between zero-sum predator-prey competition and win-win cooperation. That is because action is brought to the world in every light-like wave, and quickly leads to astonishing and exceeding varieties in the resulting molecular forms and activity that emerge between species as well as among the human species.

A natural balance exists between zero-sum predator-prey games and cooperative win-win games. This is difficult to see close up but at the extremes there are factors which create limits preventing absolute dominance by one form or the other.

The whole ecosystem grows toward abundance, yet it does not care whether that growth is through zero-sum competition or win-win cooperation. It is throughout the entire planet.

Variations include:

Cross-species cooperation introduces opportunities to see ways in which services to another species can be traded for services in return. In other words, win-win games can more easily evolve between species that are different, than among otherwise unidentifiable groups within one undifferentiated species. The species differentiation becomes a tool.

Undifferentiated species can demonstrate win-win relationships in abundance though it frequently consists of relationships between individuals, not subgroups of otherwise indistinct individuals. If a subgroup emerges, then it tends to evolve differences in form or behavior that make the distinction easier to accomplish.

Zero-sum predator-prey relationships are not based very much on intelligence, which prefers to avoid pain. On the other hand, they serve the humbler roles of fighters, defenders or attackers more readily. In particular, zero-sum predator-prey relationships sacrifice the feel-good though intellectually demanding win-win negotiations and instead yield to suffering the indignity of being consumed alive in an extreme state of pain which is probably naturally converted into a kind of masochocistic state of blissful surrender in agonizing pain. This is a natural extreme of prey animals.

Notably, few prey animals waste much energy on vocalizing their pain and the vocalization does not extent into extremes of volume much beyond their normal calling volume, though they may be more chaotic.

The point is that in human society there will always be two distinct reaches and they are not necessarily predictable. At the outset, it should be remarked that because literate descriptions are usually the domain of the win-win approach, it is normal to find zero-sum conditions described disparagingly.

The author will try to avoid making value distinctions more than to make the value extremes distinct.

At one end of the range, intelligent persons communicate, confer, assemble and in other ways discuss the state of society, its needs, problems, and goals, and arrange ways in which different, cooperating groups can produce solutions, goods and services, guidance, plans and systems to solve present and future needs of society. Because it involves the exchange of intelligent information, it is typical for considerable time to be spent on measuring problems and estimating solutions in terms of energy and other variables related to the action.

For some sophisticated problems such as economic, architectural, or sensitive services such as education, negotiations, design and planning may span years.

Particularly in any event, the outcome of which is certain to involve distinctly pure energy outcomes - such as the proposed though far from scheduled exploration of Mars in depth - the spacecraft that will carry human beings to the Martian surface, support them during the exploration, and return them safely to Earth will involve a staggering range of energy*time outlays of action.

Just at the outset, let me say this is based on a time indulgent assumption of several centuries before comfortably designed systems are likely to emerge. Anytime during the next thousand years is probably soon enough.

That of course is one extreme of civilization. Another extreme is the omnivorous consumption of food animals which are raised specifically for the purpose of slaughter for human consumption. The milking of dairy animals is a specialized subcategory of that. In return for abundant food and water, protection from disease and wild animals, and other factors assuring their abundance, food animal species suffer as briefly and painlessly as possible - certainly less painful than being chewed into pieces while still alive as wild predators do in taking prey.

The wild predation model is at another extreme of the energy balance picture. There are few or no opportunities among predator-prey groups for negotiating intellectual decisions, although some prey herds manage to use the chase scene as a means of winnowing out weaker and less popular individuals who are left as prey for the predator, instead of potential mates which might not produce the most desirable offspring.

So the distribution of life activities into the very broad range between zero sum predator-prey relationships, and cooperative win-win strategies, is, with a little tolerance for gross details distributed among the species of earth as variations on the energy relationships.

At one end, species engage in the fine-energy balances of working out detailed activities to help each other either in form or energy or both. Flowers adapt forms to accommodate bees, other insects and animals, while the animals of every kind adapt their behavioral activity.

This is a case where, across a boundary of kind (plant vs. animal) the two typically have settled on two different forms of the action. Plants adapt, though slowly in form, with the action conjugate momentum taking up the variation. Animals adapt quickly, sometimes instantaneously, sometimes within a season or generations, with the energy dimension permitting great variation in behavior.

Action is brought to the world in every light wave, and quickly leads to astonishing varieties in molecular forms and activity.

The resulting varieties of action can be resolved into many different conjugate pairs, such as

1. Position and momentum: Flowers and their forms are the most obvious examples.

2. Momentum and length (closely equivalent to (1) includes spider webs, long-tongued insects and reptiles, and the peculiar glowing worms of certain caves, which capture insects in sticky goo.

3. Energy and time. E.g. puffball fungus; 17-year cicadas; bombardier beetles, trap door spiders

3. Mass and area/time. Lichens and moss are good examples

4. Many other far more complex variations on the action, including echo location among bats and porpoises

The action can involve scents and fragrances, flavors, pheromones, and all the exotic varieties and so on. Variations in nature are extreme and constitute a wonderfully varied selection of nature programs on television.

The point is that now, as this new millennium opens, the world has just completed thousands of years of painfully groping, often brutal struggle to reach the Moon, complete with honest confusion, similarly honest mistakes where the confusion was equated with, say, imaginary threats from outer space, or outright opposition to attempting the Moon, and all kinds of other excuses for war.

Everywhere on Earth, human populations are turning gratefully to the activity of rebuilding their civilizations, constructing their cities anew, and this time with the happy event of having enough peace to decorate them with hope - sadly so long neglected. It takes a truly callous person to defile the new societies and the new constructions now that the world, even the entire solar system, has essentially no shadows of fear, ignorance or doubt.

Unashamed of their relief at finding a few years of peace, human beings are absolutely justified everywhere in the world for being vigilant and suspicious of violations of that peace. Nobody needs to be ashamed of being grateful for peace.

Yet there will always be that great range of activity taking place, in which at one end will be abundant, careful time and intelligence to design win-win relationships, and at the other end, the simple expedience, in the absence of intelligence, of engaging in the zero-sum action of violating some more passive and vulnerable pray. In most cases, human beings keep the zero sum predator-prey relationships off the table and out of the house, as the domain of pestilential creatures such as termites, and carnivorous creatures such as rats, big cats and bears.

The problem is that economic systems are not well designed to avoid triggering zero-sum responses throughout the range from wealth the poverty. In fact, economic systems to date do not appear to directly address the problem at all on either the wealthy end or the poor end.

Now the space aliens are gone back to the imagination at least for the foreseeable future; now there are human footprints on the Moon, and Mars is positively littered with old robots.

There is abundant time now to examine human institutions more closely, and see just how it is, and to what extent, the concepts of John von Neumann and Oskar Morganstern permit the human choices of zero-sum and win-win structures on the way in which competition is permitted to exist in economic activity.

Probably, those ideas will shape the evolution of species on earth for millions of years.

It would be a shame not to do something decisive in the range of natural competition during the next century, or even this new millennium.

Though getting with the action invited extremes, failure to know the implications of those extremes will leave many human populations, high and low, ignorance of the potential dangers in their fates.

Transcendent Moon

Flowers cultivated into existence
Electric eels and birds of flight
Mammals conserving warm charges
Moon in Galactic center

Attaining the Moon implied a great deal which cannot be phrased in any brief way.

Since billions of years ago life itself has provided the intelligence which escorted its descendants, offspring, progeny and new forms into existence. At first that was only a sort of life-equity, though even that was better than being born in a nest of predators.

The present economic quandary began long, long ago. It has attributes that reflect a number of extremely long-term factors which began half a Galactic cycle in the prehistoric past. Because of that, it is a scenario worthy of thought by as many people as possible. Fortunately, the new worldwide media are certain to make that feasible and productive.

It is important because even so long ago, once these and perhaps other factor principles were grasped, the Moon was a done deal. Billions of years old itself, a difference emerged between the ancient Moon of the Past, and the New Moon of the future. No organism or being guessed it would be a hundred million years before any foot print was placed on the Moon. In all that time, nothing conceived, understood, guessed or knowingly dreamed just what the Truth of World would be.

It would be sixty million years before the earliest recognizable pre-human beings emerged. Only certain details are not important here.

Among other things, it must be presumed that life which balanced charges as well as mass was nonetheless ignorant of the nature of the problems which eventually would be faced in attaining the Moon. However, modern understanding of electricity should permit human beings to make some shrewd guesses regarding just what is being rapidly devolved in charges now that footprints exist on the Moon. The author hardly dares suggest even a fragment of the possibilities except to show the idea: balancing charges would have been a part of life, and a part too of whatever life recognized as an overriding evolutionary mandate. The existence of electric eels and birds are probably are based on what was then, long ago, a new concept. In one way or another, electrical charge were incorporated into the order of life.

Charges are not the only thing. Spectra were another. Fossils suggest that species were adapting to color much earlier. Yet when flowering plants emerged, it meant that even plants had conceived at least part of the order of light. Charges and spectra are among the vitally important principle factors involved in the long run economic recovery now that the Moon and other objects in the Solar System have important artificial objects on them which originated here on Earth.

It is vital that certain essential facts be recognized as at least necessary in one of the most important views of the events. In particular, it was determined that no significant sign of any other life forms than those which exist on Earth have ever been discovered anywhere other than on Earth. That is, none of the other Moons and Planets of the solar system have any living things on them, and the attempts to discover them have been quite sophisticated. It appears that it would be a vital and serious mistake to delay solutions to the economic state of the Earth in any vain or protracted attempt to wait until it is absolutely proved beyond every possible shadow of doubt, that life does or does not exist on objects in the solar system other than Earth.

In other words, it does not matter whether any life is every discovered on another object in the solar system or not: solutions to the problems which are emerging as a result of the successful attainment of space flight must be formulated no matter what extremely long shot possibilities can be dreamed up.

The main discovery was that no gods, monsters, demons, space aliens, extraterrestrial life or living threats of any kind appear to exist on or from
any object in the Solar System. Second, the stars are too far away to consider any kind of serious threat, and any such imagination should be scrutinized for intercultural and international competition on Earth.

Third, no other object in the Solar System is capable of sustaining life at this time, and not for the foreseeable future either. The sole exception is temporary place for space ships from Earth to visit. At the present time, their cost is prohibitive, and Earth's solutions to Earth problems cannot wait.

Earth's problem are well known, primarily including irresponsible reproduction, war, and failure to develop agriculture locally in areas of chronic famine. More lax and indulgent ways of describing those problems can be developed if it is necessary, and other problems can be identified as well. Sorry to appear so unsparing, but famine is even less merciful.

One key to understanding the long term economic problems is that in the fundamental constant called the quantum of action, there is a tradeoff between time and energy. If one would consider very long term issues, problems, opportunities or other economic factors, they should be carefully understood in terms of their atomic, electronic, molecular and species energy.

Thus it is possible to say that the green oxygen line's spectral energy was at play a hundred million years ago, and so every organism that depended on green foliage conceived that energy. That particular energy was stable all that time. It is an Oxygen I line at 557.7 Angstroms. Green lines arise from Magnesium and other elements as well. The elemental spectral energies are clues to the nature of the energy 'crisis' as Earth adjusts to the new though surprisingly prosaic truth about itself from the discoveries of the space exploration.

If long term issues are not taken into account, attempts to control, adjust, repair, fix or redesign the economic systems will be clumsy and ill prepared to detect changes that emerge slowly from great depth.

Other long-term issues obtain. For instance, the entire spectrum of light-like waves, ranging from gamma, X-ray, ultraviolet, visible, infrared, millimeter, microwave and meter wave bands has been measured, mapped, allocated, and is now governed throughout the world by human beings. A few problems can be foreseen, mostly from residual control. Rational solutions to issues of all kinds are routine now in relation to the electric field spectrum. Only one serious problem seems to this observer to exist, and it cannot but find solutions emerging wherever it arises. It is the intensely technocratic insistence on imposing an artificial regime of electrical permittivity and magnetic permeability where it is not and never was necessary. Probably, failure to take into account the liberty of dispensing with such iron-clad control of the human species will eventually generate the appropriate corrections for that totalitarian approach.

Some fantastic scenarios emerge. One is that the massive constructions which began with the huge sandstone block pyramids may be either vastly redundant, exaggerated, and literally fascist, or, on the other hand, even more massive constructions-or misconstructions-may take place in the future. The point is that human beings, human civilization, MUST take the responsibility for examining what justification exists for BOTH those extremes, and make sensible, real-world, finite-planet decisions.

Economic theory is bound to make new and important resolutions. Among those which can be predicted is the necessity of accounting charges electron by electron in the most sensitive areas. The extent to which economic activity will be detailed in such minutia is not known. It must simply be assumed that some such detail will be necessary for some of the economic factors.

Energy accounting will continue to increase in thoroughness and will probably cause exasperation among many economic agents until the critical issues are identified. The role of interpersonal competition in economic allocation has been avoided stringently since the terrible disasters of recent wartime activity, but it will not be possible to avoid facing those issues completely.

Another area is that certain ancient economic goals have been achieved, yet they are not well coordinated with what is essentially an awkward, groping, inexperienced planetary economy. The most important of these is the production of adequate food for the population. The attainment of that goal must be considered as an event in itself, and isolated from other factors with sufficient insulation, that it can be allowed to survive of itself. Mechanized agriculture was of course the key, and genetic modification of food crops is, though controversial, certain to be among future solutions. The seemingly trivial introduction of food debit cards has made distribution of food resources almost completely independent of the political form of the economy. For that reason, food production and distribution should be considered close to a central, kernel, or key economic factor in planning other economic activities, and it must not be made dependent on other factors for its successful implementation.

This introduces the controversial idea that no OTHER economic activity can be allowed to jeopardize food production and distribution. Corollaries include possibilities that raise tempers on the opposite side of the aisle no matter which side is fool enough to mention its hopes first.

One view is that those who want to impose the requirement that without producing something lucrative or profitable for the state, family, gens, nation, people or economy, no person should be given food. The argument is that no person should be forced to feed another.

The other view is that every person must be given a sufficient food supply from birth throughout his or her lifetime, whether he or she works, produces or does anything else. That argument is that abundant food is an absolute right no matter what overpopulation is.

One can almost hear shellfire between those two paragraphs. Yet the truth is, that food production was from ancient times until the invention of the steam engine plagued with famine, hunger, starvation and malnutrition. As soon as mechanized agricultural implements were available they were exported throughout the world. The mechanization of world agriculture was probably the most rapid total change in process of any that ever existed in world history. The urgency was absolute. The job remains unfinished, and a fairly clear idea of what “finished” will mean is well known everywhere. It is where every humanly occupied region has enough energy and mechanized agriculture to feed its population. Stopgap regimes include importing food from other regions, but inevitably, regional production will continue forever to be the mainstay of regional consumption.

Some long term evolutionary problems are:

Animal molecular activity is beginning to come to terms with the absolutely linear measures of energy and it is discovering that changes in the elevation of food and nutrient molecule energy in plant and animal circulation are the same. That is, it takes exactly as much energy to raise a carbon atom ten centimeters in a plant, as it does to raise the same kind of carbon atom ten centimeters in an animal or human being. Other energy considerations similarly obtain. Yet no straightforward attempt to equate these two energy scales ever existed before because it was on hold for a hundred million years until such time as the Moon could be attained.

Other discoveries were that the Moon and planets are the kind of objects, which only truly compelled discovering what they were and whether they held any threats to life on Earth. In other words, they do not compel any hurried return to them. Human civilization being powerful as it is, Mars will be explored in a relatively near term time scale. It will not be any million years, ten thousand or even a hundred, before human beings walk on Mars and return to Earth with pieces of it.

What was discovered, partly as a result of the emergence of the element silicon into native intelligence, is the information returned from several Mars probes such as the Viking Lander, the rovers Sojourner, Spirit and Opportunity, the HiRise cameras and the soon to be launched plutonium-powered Curiosity rover. That information gave highly accurate estimates of the Martian surface and its conditions, which indicate that either no life at all exists there if it ever did, or that it is so faint and scarce that intense scrutiny will be required to find it. In neither case is any threat sensibly conceivable from Mars. The same is true for all the visible planets of the solar system – the Moon, Sun, Venus, Mars, Mercury, Jupiter and Saturn, and the two less visible planets Uranus and Neptune. Nobody's there.

It is partly failing to face such facts that is causing economic malaise.

Nobody is willing to commit to any particular very-long-run corrections until such time as it is proven that – what? Space aliens have landed in New Jersey? Wrong. Until it is proven that no space aliens can possible exist ever? Wrong.

Until it is understood that the probability of space aliens anywhere in the Solar System is so low that time is wasted waiting for any to be discovered. Right.

Until it is understood that it is likely to be ten thousand years before beings from Earth seriously attempt to reach any other star system than Earth's.

Now let's get busy making certain we are not tripping over our own or each other's feet. Not obstructed by obsolete and unnecessary constructions that were thought vital necessities a scant few decades ago, which look so fine nobody dares remove them, which, to be sure, should be weighed carefully.

An example is the German anti-aircraft gun mounts in Vienna, Austria. Why in the world have those not been demolished? There they are, and people must go on talking about what kind of economic changes can be made with that assumption darkening every otherwise sunlit day in the assumption they are to remain.

Hundreds or thousands of unnecessary war preparations like that exist throughout the world. They remain like piles of old dinosaur claws, distorting thought and crippling optimism when optimism should be echoing throughout the millennium.

Clearing history cannot wait until the old folks die off. Timely death does not take dinosaurs or war relics away. It does not point out things which should be removed because they are literally constructed of pain and sorrow and regret. The errors from a hundred million or a million years ago will not go away with the mere passage of time, even several generations of it. It needs people who are interested in dinosaurs and how the world moved from that to making pyramids and then to columns and beams and to the Parthenon and Great Wall, and whether errors exist now which were created then. Assumptions like whether slavery exists if it is imposed statistically through money, or by force through whips and chains. Assumptions like the idea that hundreds of millions of vehicles must rumble and stampede down the evolutionary paths of dinosaurs as if there is some cosmological law dragging the elements into racing across the surface of the Earth.

Present day economic studies of the recession are like daubing a hemorrhage with a cotton swab. Of course digging into the facts of civilization requires the free exchange of ideas, and requires even more primitive, ancient issues to be resolved despite events of recent and stupendous gravity such as genocide. Yet not facing those things is inviting old pyramids to emerge from the jungle and stalk around like the behemoth of war.

Mission Sensitive Logic

We try to ensure that input data is as true as possible, as true as can be determined or known for certain, using the simplest logic that results in the greatest good for the greatest number.


A = People from planet Earth attained the Moon.

B = No space aliens exist that threaten the Earth.


IF A AND B THEN THE IMPLICATIONS
is is are

TRUE TRUE TRUE
TRUE FALSE FALSE
FALSE TRUE TRUE
FALSE FALSE TRUE


Three quarters of the implications are true.

In plain English,

It does not matter whether you believe people from Earth attained the Moon at all.

It does not matter whether you believe that space aliens threaten the Earth.

Attaining the Moon does not cause space aliens to threaten the Earth.

It is at least three out of four chances that no bug-eyed monsters are lurking.

Intimidating Scenarios

There are two. One is that we don't know what we should about linking planet Earth's activity to the activity from beyond the Solar System and from beyond the Milky Way Galaxy.

The other is that we don't know what we should know about the danger of causing uncontrolled reactions, whether fast as within seconds, hours or years, or slow as in thousands or millions of years.

They are both related to the stripping away from the Earth all of protective, insulating chaos that comes from the dust of the solar system and the heat of the sun, and bring the Earth into the naked embrace of the most fundamental principles of the entire universe of distant stars and far more distant galaxies.

The rotating spiral galaxies look like hurricanes because they are exactly the same form as hurricanes and all other vortexes. The vortex is a pattern of action which is accurately described and predicted by the vortex equation, curl (velocity) = 0. which is almost as fundamental as the mass-energy equation E = m * c^2.

Both describe the behavior of systems throughout the universe which are millions of times more massive than the Earth and even the Sun itself.

The vortex equation also describes the smaller tornadoes and whirlwinds as well as waterspouts (simply tornadoes at sea) and large and small whirlpools in salt and fresh water as well as in swimming pool, kitchen and bathtub drains.

The dimensionality of the universe seems to be accurately describe by what is called the Standard Model or SU(2) X U(1) That means everywhere locally there are two spatial dimensions and a velocity dimension. A conjecture in that direction but a little farther into possibilities, so that it can only be called a conjecture and not a theory, is that the nature of the space-time universe consists of the probability of action alone and that it comes in various forms, all of which have the net dimension of action.

Atoms, for instance, are composed of nuclei which have a dimension that is most extensive in the dimension of time (except for the very short lived radionuclides which must be described separately). Stable nuclei have a zero frequency aspect; long lived isotopes have very low but not zero frequency aspect. They have a mass aspect, which is equivalent to that of the proton. Another form has a mass aspect which is equivalent to that of the neutron. The electron is a quantum of action too, though it has a fairly high frequency aspect that is a result of the particular electronic state it is in. These can change as in the familiar forms of luminescence, radiation, phosphorescence, etc. The mass aspect of the electron is the familiar form as well.

The idea is that each component of the atom is a form of the action. Moreover, light is everywhere a form of the action. The implication is that everything in the universe is a form of the action. Planck did not merely discover the action quantum as an object separate from light and atoms and electrons. He discovered, in the quantum, the irreducible existence-stuff of all that exists, everywhere, forever, throughout the entire universe, throughout the Earth and Sun, throughout the Moon, and throughout all life on Earth.

The problem emerging then is that the modern exploration techniques, primarily the gigantic, precise and wide band telescopes of every kind, constitute a sort of suck on the universe, by the Earth, to draw every possible form of the action closer and closer to interacting directly with the action that constitutes the fundamental particles of Earth.

Drawing on vortexes, we get tornadoes and hurricanes of magnitudes unprecedented in history.

Radiation's equations are numerous, and they describe radiation from heat, fluorescence, luminescence and every other kind. Every street light driven by nuclear energy is an essentially direct transformation of mass of the Earth into radiation in space, a vector about as close as you can get to the radiation of light from stars. Of course those who will not explore this view will immediately reject it at every objection or difference they can perceive in it from their own opinion, so they will argue that plutonium and uranium are unusual elements which are controlled by mankind and so that does not constitute a universal law. It is not that it CONSTITUTES a universal law, it is an instance of an event that does occur because of universal laws. We already know that a large uranium deposit depleted much of its original fissile component billions of years ago and left the deposit with an unusual isotopic ratio; it was a natural nuclear reactor. The heat from that process was radiated into the sky, and some components of it escaped into space. Just how much is exceedingly moot, nothing else. Radiation can escape from the Earth into space, and once it does, it is into an infinite admittance. It never returns.

So we bring at least two seriously powerful universal principles into play when we concentrate the directions of the gravitational field vectors and the light vectors from the stars, galaxies and space onto the Earth. Both are dangerous to play with naively, in ignorance, or haste. The next time civilization emerges from the hiatus which is already taking place, it will be more careful of what it draws and magnifies from the universe of dimensionless space-time.

The process may have even effected the sun. For one thing, the Great Red Spot disappeared, Shortly after that a period of extremely quiet, low solar activity took place, And soon after that, were immense flares that suggest some new reaction zone is taking place in the solar constitution.

Apparently stellar nova are reasonably well understood. They occur when a star exhausts one or the other of its nuclear fuel elements. Just as with the second hydrogen bomb, named Castle Bravo, released almost three times as much energy than that for which it was supposedly designed.

The flaw in reasoning was that it had been assumed that the readily fissionable lithium 6 was the only part of the lithium that would participate in the fusion. In the actual event, the energy stripped one neutron away from the lithium 7 nuclei, and converted most or all of the lithium 7 to lithium 6 which participated enthusiastically as well. The lithium 7 had been the largest part of the lithium supply, but instead of not participating, it did. Castle Bravo was alarming but not enough, apparently, to cause anybody to question the intention to set off dozens and more atomic and hydrogen bombs until the International Test Ban Treaty declared a wiser course.

Historical relics of ancient astronomical observatories reveal that they were inevitably destroyed after serving their purpose. Apparently the purpose was collecting knowledge about the sky, and they did that. But observatories are notoriously harsh climate zones. They make the wind bitter, and the cold seems to have heat capacity in dimensions that are not known in the softer, kinder ecologically healthy environment. The radiation from the stars in the night and the Sun in the day is rank with high energy ultraviolet.

The observatories were often called temples and they were often centers for religious ceremony. It was appropriate. Not knowing how the stars affected the earth and their lives, the people took to aligning themselves with the principles in the best way they knew how. Modern observatories, including Hubble, the European Southern Observatory, Kitt Peak, Mauna Kea, and millions of small and large amateur telescopes made by Meade, Celestron, and many other corporations, have both workers and enthusiasts who demand their professions and feelings about their work and activity be respected. One does not question why they have the position they do; whether it has anything to do with their or any religion is their business. Modern society makes religion a private matter. But modern society takes astronomy very seriously except in one serious aspect. In the prevailing, dominant view, astronomical observations and knowledge alone can never result in anything that anybody would call a punishment by gods, god or Gods.

If one brings the subject up, that is exactly the opinion presented, because of course, God can never punish any more; either there is no God, or astronomy is not connected with God.

But the problem is, these large coincidences seem to be results, which occurred because of the observations which drew radiation into order from beyond the solar system in significant quantities, and from galaxies beyond the stars. Any time one spends observing a star or galaxy, the light thereof sinks into the legislative powers. To the extent that takes place, the Earth is then aligned irrevocably with that star or galaxy, because those objects constitute a near-firmament or firmament. Particularly galaxies, when one, or an observatory, sinks the alignment of that telescope and the light gathered with it into the Earth or the instruments, that object becomes a part of the quantum electrodynamics of those atomic nuclei of the Earth which are affected in the process.

It seems it will be a good idea to keep the meteorological records from this era, so after the intense realm of observations is retired from the scene, it can be compared with subsequent meteorological events.

As a challenge, consider the possibility of engraving representations of spirals, logarithmic and exponential curves, and equations such as those of vortexes, diffusion, and waves, into granite surfaces on mountains. Any astrologer worth his breath will then find it easy to evoke little whirlwinds from the display. To seal the bargain with not-God, let an astronomer focus different galaxies onto the exhibit, and after numerous galaxies and poles, then stars, and finally the planets and then the Sun.

Is not that similar to aligning the gigantic, carefully measured, engineered and constructed telescopes and architectures, with the galaxies, stars, planets and Sun?

Planetary Health

The health of the world rightly is and should be of high priority, and the standard of health raised to include transcending time and space. Health is a concept distinct from, for instance, ambition, magnificence, or industrial transformation. The Earth-Moon system was photographed from Mars by the HiRise orbiter and from Saturn by the Cassini orbiter, as well as from space by other probes on their way from Earth to some destination. These photos give Earth a distinct identity and something of a self-concept. It's time to capitalize on that with the highest standards of morality and justice possible.

In particular, war among human beings must be regarded as a pathological condition in which behavior otherwise characteristic of organisms is limited to the insects. While competition for food and other resources may result in one species dominating another, and can even lead to the extinction of a loser, war itself does not take place. Yet war does occur among insects.

It is true that the practice of war has led to refinements of its goals. In no other species does war intent to preserve democracy and the removal of a tyrannical leader. This does not necessarily justify war.

Forward Thinking is a Death Trap

The emerging idea that "Forward Thinking" is the way to go, is little short of the launch sequence for Hitler style Nazi Fascism. Forward thinking is inevitably commandeered by mechanized vehicles, aircraft and bullets. Those are the premises of inhuman, inanimate, untrammeled, cold, heartless logic.

The kind Hitler's SS used. It comes from uncomprehending, barbaric and savage assumptions that the killer, because he lives, is correct; and the victims-those who were killed-were in error, wrong, stupid or weak, valueless and of no consequence. That's one side of a certain kind of African death's head mask that appeared in a movie about the United Nations, "The Interpreter" (2005).

Forward thinking is the original way of becoming a machine-whether by a soldier, regiment, marching band, military establishment, or nation. Forward thinking is what sharks do, as predators racing for their prey.

The United States is changing, and possibly being manipulated. One of manipulations happens by monarchical halving with nobility. That's not necessarily bad. Leadership is better shared. The United States is cognizant of all these issues and accepts good leadership when it presented by other nations. The opinions of others are not to be taken up lightly, of course. Fortunately the United States keeps its head well almost all of the time.

Wikipedia has, "Currently, 44 nations in the world have monarchs as heads of state, 16 of which are Commonwealth realms that recognize Queen Elizabeth II as their head of state. .."

That global encyclopedia also lists

77 monarchies in antiquity, dating back to 3500 BC. to 926 AD

69 monarchies in the Middle Ages and Renaissance from 8th Century to 1752

57 monarchies from Kingdom of England (c. 1630 - 1707 to the 44 monarchies throughout the world at the present time.

Monarchies are not going away anytime soon. They have been among the principle forms of government during the more than five thousand years that spanned the constructions and records which accompanied the attainment of space flight and the determination of the nature of the planets. That nature includes no space aliens, no places to live, and the only two places a human being can walk on and live have no significant air supply. Earth is the only home for human beings for all the forever that matters during the next thousand, probably ten thousand years and more.

Monarchies have a balance of power and the means to attain and enforce it. The future looks best when monarchies and democracies are integral parts of a well designed win-win relationship. Each should cultivate its relation with the others. That's where the phrase "enemies in war, in peace, friends" poses difficulty in the Declaration of Independence. It is why the United States is under increasing pressure to at least be more compliant with the English monarchy, and not assume that all which is suggested by that government is both fail-safe and directs the United States to remain in continual war with somebody, somewhere. Even so, I would not know how to be of value in the best resolution, because I only see the danger from dark asphalt-filled places where decent civil people rarely go.

The future of Earth now is suddenly real. It contains no imagination-driven competition with space monsters, and no felicitous flights to the stars - possibly not ever. For a while, a joke went around that God made the universe exceedingly large and put the stars far away from each other in order that the inhabitants would not collude lightly or, more likely, ever. It may be we won't go flying to the stars anytime in the next million years, or ever. Time of course will tell, and Junior is shouting, "I've got the answer already!"

Constitutional monarchies are only a hairsbreadth from the Constitutional Republic that exists in the United States. Numerous citizens on both sides of the border between the United States and Canada are fostering unification of the two nations. The same is true of the border with Mexico. These movements are also in a context of a more broadly defined United North America. The author does not know much about these ideas and won't go into them here. Suffice it to say, modern genealogical research in the human genome has returned proven results even if there is a little more caffeine in the wool than one would expect. Democracy and monarchy might get along famously someday, even before flying to the stars. Look: the Russians are patching their own noble character back together after something dark in their character made them murder their royal family and dump them down a mine shaft. Now, they are finding their favorite families again.

It's enough to say that U.S.-Mexico unification turns up 1,290,000 hits on Google, U.S.-Canada unification shows 238,000, and United North America returns 131,000,000 results. That's 131 million.

One of the things that makes this seriously possible is that the cosmology is now understood to be the same for every person on the entire planet, no matter what their favorite parts are. Space flight gave the Earth a future concept that just does not stop. In fact, on thinking a few hundred years into the future, it takes off and racks of hundreds of thousands, and then millions and hundreds of millions of years. Two hundred twenty million years and Andromeda and the Galactic Center are again just 121 degrees apart.

That's one of the reasons the economy is wondering what to do. The future in economic terms spans aeons that are just simply mind-boggling. Little definite action to change the world's constructions can be taken until there is a better sense of agreement on what, in that long future, was

a. Invented and used in the past and is worth keeping forever, such as agriculture;

b. Was of primitive origin or recent invention that was more trouble and grief than good.

c. What new things need to be invented, and maybe

d. What new things should not be invented. After all, there are infinite possibilities, and the right of choice as well.

Several generations will be spend putting these things into new perspectives. Few major changes in the historical development of technology became obvious quickly in the past. Now, in media made possible by that very technology, the most astonishing thing is the emergence of new technology. Silicon is in the wild.

Forward thinking is just a way of deceiving the gullible into jumping into a future so long that it cannot be predicted, just because one can move forward rapidly in a spaceship, airplane, car or boat or on foot. Forward thinking was what the German gunners thought when they moved mechanized cannot, and what they thought when they shipped human beings into speeding cattle cars. Forward thinking is a way of carrying the head so much faster than the legislative powers that it becomes indifferent to the value of life. Life is then reduced to road kill, and made into some kind of gunk on the asphalt, like happens to the wildlife. Forward thinking is a way of crossing too many railroad tracks on a bike at a narrow angle. The machine driven decisions can make people do bad things like kill.

Forward thinking was not pretty then and it is not pretty now. It will be worse if it is taken seriously by the American people, or by any large population in the world. It should not drive the economic takeover.

If you must think carefully, do it in privacy, speak of your thoughts rarely, and weigh your decisions carefully in a motionless chair. Please, be very certain and very careful if you institute "forward thinking" as national policy. It would be used to drive database searches in discriminatory classification. Those drove Hitler's decisions when he used data from the machines to choose populations for his pogroms. Machine decisions led him to plan to exterminate the entire Jewish population. Then when you communicate you can say things you have already thought through.

This question has been in front of amateurs and professionals alike always, but especially after the first small computers became available in the 1970's and 1980's. A sort of poem was circulated then, about how different groups of people started disappearing. "First they came for the idiots. Then they came for the..." The groups began to consist of increasingly familiar people, but up to a point, there were others who remained in existence. Yet finally, the narrator says "Now they're coming for me." Several events have taken place since then, that have obscured that precaution and it is worth remembering again.

Please, DON'T buy into forward thinking, even if it is a favorite slogan in car companies.

Most Habitable Place Doctrine

The gradient between order and chaos is fundamental throughout the universe, and its distribution appears to be locally determined in locally distinct ways. The order and chaos distribution in each star system is relatively (though not perfectly) isolated from other star systems. Some regions of stars in any galaxy such as the Milky Way would be more ordered, others less.

This is like the fact that in a house, warmth is closer to the furnace and kitchen heat. It is why there is more business to be had nearer the center of the galaxy than on its outskirts. It is just like London.

Order and chaos gradients are inevitable and chance is continual and implacable. These are like conservation of angular or rotational momentum laws that cause Uranus and Venus to be retrograde. Where things are very cold, entropy (a measure of disorder) is very low because of low temperature, and little of the randomizing thermal energy. Where things are of more moderate temperature, entropy kept low by the formation of chemical molecules of flexible form and action that deals with thermal disorder by such activities as sweating, swimming and manufacturing air conditioners.

Entropy is relatively low in most places in one way or another because the average entropy of the universe is extremely low. It is high only in the relatively small (compared with the vast expanses of space-time between stars) and extremely hot objects like stars.

Where temperatures are at neither extreme, entropy gradient activity is inevitable. Competition emerges, and lower entropy objects which are hard (for instance as measured on the Mohs scale) slowly or quickly crash through lower entropy objects that are soft. In short, they compete. It is even more inhuman than the nasty, brutish and short, or the terrible carnivorous, zero-sum predator-prey relationships of wild planets and animals. Hard crystals simply grow through soft crystals, and totally displace the constituent particles of the softer substances. They always do that wherever both find the nutrient molecules of which each is composed. One can purchase crystal growing kits that demonstrate this activity from science warehouses like Edmund Scientific. If you have not understood this, you should make that purchase. The kits are not expensive.

In any dynamic environment things are constantly in stir, and so they evolve. A fluid environment may or may not be absolutely necessary, yet it certainly seems to increase the probability of life forming. Some crystal forming life-like or living molecules result in soft, not hard crystals. Others are not terribly choosy about what kind of molecules they use, as long as they are in a similar pattern; DNA is composed of remarkably caffeine-like molecules. People may drink beverages other than coffee on other worlds or at other star systems.

Adaptive molecules are virus-like molecules. One of the events that shed great light on this was the synthesis of the tobacco mosaic molecule. Molecules that become highly ordered gradually (aka through millions of years) and eventually form cells. They do this by accumulating a peripheral garden of molecules valuable to themselves and keeping it clear of offensive molecules. The boundary of the garden is at a half wavelength of the most abundant light from the parent star. Most cells on Earth are spherical or nearly so, and about the same diameter as one wavelength of the brightest wavelength of light of the Sun. That brightest wavelength is half of one micron. Hold a meter stick and look at the millimeters. Imagine one millimeter is similarly divided into a thousand equal parts. Half of one of those parts is the diameter of one cell. One human cell, one dog or fish, bat or skunk, whale or mouse cell. The only cells very much different are nerve and sex cells.

That is why the cell membrane is about half a wavelength of light

In a double star system, cells would have double hulls. Jupiter is a really small star and its brightest radiation is about five microns. Cells may be found on Earth which have an exterior membrane 2.5 microns from the nucleus. Cells typically reproduce by mitosis, cleaving into halves. Some cells in very ancient (Archaean) times billions of years ago flunked mitosis and failed to separate completely.

One would think such mutations would all die, but no. A few of those peculiar creatures survived to form dimeric cells that actually gathered food and lived. At first those lived only short lives struggling to live full lives and cleave in mitosis. Eventually some of those succeeded, cleaved and reproduced to form two dimers. Perhaps at first those reverted to monera. Some of their descendants failed dimer reproduction and had three cells. Eventually some trimera managed reproduction. The situation is simple enough that one can imagine several ways of succeeding as mitosis gradually evolved into sex. When quatromeres and pentameres emerged, successful multicelled reproduction was probably so sophisticated that early organ differentiation was beginning. One cell would be the boss, and eat. Other cells were not the boss.

As mistakes continue, the frequency of survivors increases and just as one might figure, some of the critters reproduced into two dimers that in turn, cleaved successfully themselves. A species of viable, persistent two-celled creatures had come into being. We grope our way along with many or few mistakes and many or few errors. Those who survive inherit the Earth. Those who comprehend not are occasionally heard to say that those who avoid making mistakes are cheating, and it is why those who avoid making mistakes are sometimes caught by surprise by the hardness of those who inevitably err and live in a darkness composed of not only the absence of light, but to a great extent, the absence of order.

From the very start, individual organisms survive in part because they keep, care for and cultivate their environment. At first that was just the part of population which, at random, happened to take better care even of the other part of the population that did not. Those that cared for their environments in ways that led to longer survival and greater chances of reproducing successfully to produce surviving offspring were those which determined the concept of "better". As organisms learned to say, "Some people have all the luck" they also began to wonder just what luck was. Asked, the successful almost invariably said it was too complicated to explain. Reflecting on it themselves, they at some point realized that life is very complex and they could not possibly know all about. Whatever the whole was, it had to have a simple name.

That is like asking a successful person how it is that he is successful. When he explains, it becomes clear that success is caused by many factors, only some of which each person knows of himself personally. If he or she is competent, he may say "I inherited this from a particular grandparent", "That is from my father" and "this ability is from mother". Talking about the Good, one soon understands there is so much of it that it cannot be described in detail in every conversation. The word 'good' needs an abbreviation. The word god is that. Understood well, people capitalize on the concept, and it is capitalized as "God".

The word God means very, very much.

The word God means approximately "All the good that can be made of everything that is." To a human beings, God is at least anthropomorphic, yet at the same time represents all the good of existence throughout the world, especially this beautiful, fertile and living planet Earth, and with quite reasonable extension, everywhere in the Universe. A reasonable limitation is "all inhabited worlds".

These are differently resolved, but the best meaning is relatively consistent among all people. Nihilists do little but degrade conversation and do not succeed in eliminating God's existence.

Symmetry helps in understanding such things. Bilateral symmetry is as ancient as fishes. That is why prayer is a particular form of activity. Each attribute of the environment is a small part of the great whole of existence. The smallness and often delicate fragility of those parts of that realm of phenomena which constitute God, things Holy and oneself, requires humility. One does not learn from small flowers or other tiny organisms that have nonetheless survived for millions of years in a huge, dangerous world without humility.

Writing about such things is like being in a candy shop. There are so many good and valuable things one can say. At the same time, so many terrible events are unfolding in the world that eventually one must leave off, perhaps to submit the form to the public. What will become of Northern Africa now that the planet's form is proved and the nature of light is unfolding?






they begin predation, trade and war, and eventually learn to use the internet to purchase things at home.

The theory is, order-chaos gradients of entropy and confusion in any star system always emerge in a ubiquitous pattern that is the same throughout the universe. In this pattern, the probability of life is closest to 0, Zero in the least habitable places and is 1, Unity in the most habitable places in that star system.

This provides justification for those who believe that life is so frequent in the universe that one can hardly look at the stars without going into a bargain contract with the extraterrestrials. These, of course, are not God. They are just critters. It's fortunate they are far away.

If they are.

I can't say for certain this is the way it is. It's just one end of the range of possibilities

EARTH PEOPLE ATTAIN MOON, ECONOMIES MASSIVELY DEVOLVE

The five thousand year Hand of Millennia project by Earth to reach its Moon finally attained success yesterday when Neil Armstrong placed his foot on the old visible satellite. The event signaled a new willingness to find more ways to work through peace than continue the tragic struggles to accomplish anything significant and new through war.

Unfortunately, Terran economies are collapsing almost to the idiocy of rural life everywhere. Almost every technology including architecture since millions of years earlier had been developed with the goal of flying to the Moon in mind. As a result, most industrial development was massively overconstructed and highly energetic, which places a premium on fast forward.

The collapse was not unexpected although because of its magnitude it will require extensive redesign of prevailing economic forms. Earth people are busy as cats on a tin roof trying to balance old, obviously valuable forms and mercifully exorcise the erroneous. One pattern, the form of government, consists of two parts-monarchy and community. Monarchs see the community as hordes and swarms of individuals. Communities often produce outspoken people who accuse monarchies of being selfish, greedy pigs.

Just what comes of this old familiar struggle for Earth remains to be seen.

Unanticipated Future Implications

Assume housing shelter and clothing, and food and water will be irreplaceably essential factors throughout the next million years

Then in the long run, what kinds of ideas will be gathered by the whole population in determining an optimum broad, tolerant gradient between essential and inessential economic activities? These are conditions that will eventually exist for a very long time, tens of thousands to hundreds of thousands of years. How extensive can inessential activity be during a hundred millennia?

Five thousand years of development has successfully attained the Moon and returned the long sought understanding of the Sun, Moon, other planets and Earth itself, Those five millennia were the hand of millions of years of human evolution, including sweeping the bones out of the cave door and migrating to avoid the waste

Recently, years a massive garbage glut are sweeping Southern Italy. Attempts have been made to ship the garbage north.

Instead, the collapse itself, of waste disposal systems, itself is likely to move north. It occurs when the industrial market technology and infrastructure, created for the final struggle to reach the Moon, itself collapses into garbage.

With that all clear, one most likely catastrophe appears to be failure of the waste disposal systems to keep up with the trashed industrial market refuse and the collapsing infrastructure

Instinct and evolution have little or no remaining interest in the Moon, Sun, or other planets, because none of them appear suitable as habitations for life. Life does not exist on any of them, and no living beings, plants or animals exist which might constitute threats to Earth.

That simple, huge, crude scenario is obscured by intrigues, strategies, plots, and doomsday and other scenarios in case of conflict. Worse, unresolved tension over the collapse and garbage problems may be aggravating international tensions.

If industrial collapse of that sort takes place, it will likely cause massive unemployment which is possibly already under way and that is likely to obscure the need to increase simple food and shelter supplies, distribution and availability and prevent the design of economic systems capable of handling these areas

Fundamental, pragmatic economic and human psychology and character studies would have to concentrate on what human beings can or should be doing if sophisticated industrial production and the research that supports it collapses.

A response among the common people about the results of space flight was a recognition of these factor

There exists no breathable air, no significant water, no beings, animals or plants, no threats except asteroids, and no place to live except on Earth

Existing and rapidly growing massive human populations do not see significant importance in advanced forms of research and production and aggressively new artificial technology since only Earth remains to populate

A subterranean implication is that human reproduction is considering going back to seasonal fertility instead of fertility all year round

The evolved, natural, unavoidable and aggressive human need to eat living organisms and the urge to reproduce of course remains and predominates,

The populations do see that construction of houses and agricultural production of food has importance. They are eager, even longing, for some kind of roles related to the traditional patterns found in rural life where jobs were not only simple but largely self- evident, in both the construction and maintenance of houses and farms, in animal husbandry and the raising of crops. But the problem is so primitive that even irrigation will have to be introduced anew to populations that have lived several generations in the urban constructions

This whole problem is similar to the issues of removing hydroelectric dams, of re-establishing carnivores such as wolves, and of curtailing the massive slaughter of oceanic animals and other aquatic wildlife

These issues are compelling yet they are not often recognized in rational terms yet, at least not in so many words. In any case, the present situation appears to be one of incipient emerging potential for massive collapse of CERTAIN COMPONENTS of the entire technological infrastructure dating all the way back to the start of pyramid constructions and irrigation. Other components are almost self- evident, and consist primarily of food and shelter. Some important new developments are likely to be found very much worth continuing and propagating, such as insurance and other forms of collective preparation.

This author cannot be more specific, as the issue is extraordinarily vague even though it is important although it is well resolved in the specific agencies responsible for essentials, agriculture and food, and shelter and housing. Clothing would be another essential, transportation and communications are highly important, though both need to be trimmed down. NOT to bare essentials because that is much too austere and alarming. They need to be trimmed of extravagance, though not of celebration and more moderate, less deceptive advertising. Corporations design new and more expensive, more costly cars and appliances like birds flap their wings

Many new designs, and the jobs in which people are employed doing them, have little or nothing to do with broadening the base of important essential factors and increasing the way in which massive populations of otherwise unemployed people can contribute to its maintenance.

Man Hath Fallen

So one understands. It looks like this is equivalent to what Neanderthals would have said had they known. Neanderthals did not have, most likely, any spiritualism as competent as that which evolved during the last six thousand years.

On the other hand, of course, the modern Church is just becoming comfortable with modern paleontology and evolution theory. That is not a fault. The Church is exceedingly conservative as it should be. In no other way could it have existed for two thousand years straight.

The older I get the more comfortable I am with the idea that religion and science are much more like cooperative partners in human development, not antagonistically rejecting each other at all.

Most people probably know of one or another professor, or one or another priest, who adamantly rejects their equivalents in the opposite camp. The obligation to communicate civilly with the other seems to be easily as much a problem for some scientists, who will not bother to learn to speak in religious terms, than for many priests, who are willing to take the trouble to do that.

This is something of a relief. Clearly, Neanderthals did not disappear in their heyday, suddenly. Many thousands of years, perhaps much more, passed after the emergence of some new factor that made them obsolete, before the new hominids that displaced them predominated and Neanderthals began to dwindle in number. Confrontations of any significant numbers of either or both were probably very rare, perhaps nonexistent. After all, neither the old nor the new orders had any written records or rapid or long distance communications techniques. Moreover, it is not certain that any Neanderthal ever saw a the difference between Neanderthals and the new order; the changes within one generation were small, and very likely unobservable without modern techniques.

Now it is easy. The new order is wearing earbuds and toying with his celphone.

The Order of Action in Light

Hubble distance redshift is moving to a new location

Light is necessary for complex systems to work properly. Yet intricate systems that are not designed in the light rarely function smoothly, reliably or at all. This is not a popular idea with some persons, and it won't be proven here. It will be described, though.

The way material, massive things such as flowing water, air, molten rock, or falling objects move varies greatly depending. In some of these flows diverge and converge, often unpredictably. In others such as falling objects, say rocks, the motion is of such low dimensionality and inevitably doomed to reach the end of its path at the end of its fall; falling cannot form a stable model for system functioning. Moreover, falling is not always the motion of any dynamic form of the action itself. Simply massive material objects are only rudimentary, usually stable forms of the action. Exceptions inevitably remain peculiar.

See this.

Complex systems such as cars, clocks, radios, television, ships and airplanes depend on a flow of action that does not diverge unexpectedly. It appears to be true that the only reliable flow of action in the universe is the motion of light. The flow of light throughout the universe appears to be similar everywhere. It is highly predictable. Light can be created at will in a stunning new variety of illumination sources. The motion of light can be described and predicted and calculated with high accuracy. It does surprising things but not at random or unexpected times except where probability appears, almost always in very predictable ways under quite definite
circumstances.

Thus light forms the fundamental, primal model of the action path. If you want a complex system to work properly, you must plan the flow of action in its processes, and ensure that the flow of action is linear. A good way to do this is to draw the pattern of flow of action in your system on a long piece of paper. The flow of action may consist of flows of air and fuel into a carburetor. The mixture then moves into an engine of some sort, where it is ignited. The action then changes form to a process of burning, then to increasing temperature, then to increasing force against a piston or turbine blades, then to the turning of a shaft, and motion to gears. Meanwhile the communications systems are describing the details of the vehicle's position, orientation, direction of motion and a host of other events. Other communications may take place between the operator and a controller or dispatcher. Wheels may be turned, or brakes may be applied. Lifting surfaces may be moved. Almost all of the events involve the transfer of energy from one place to another, or from one time to another as in the storage of energy in batteries or capacitors.

From the position of fundamental physics, the flow of energy is a good starting point. Energy is a time derivative of the action. It is only necessary to integrate the flow of energy along the paths from its source (fuel, batteries, solar panels, wind turbines, height and descent or other sources) to produce a map of the flows of action. If the flows can be mapped alongside a light path, such as a floodlight or laser (lasers are particularly good for this purpose) then plans for the path of the action can be designed with careful attention to their relation to the flow of the fundamental origin of order everywhere in the universe.

If it is insisted that action paths be designed in darkness, without any reference to light, then the errors that result are incalculable. Systems that can be designed that way are limited to rudimentary responses, or other very simple events.

If it is necessary to design a complex system that works in darkness, that is quite possible by designing it in well lit circumstances. A good example of that kind of manufacture is in robotic spacecraft which are sent to other planets such as Mars, Jupiter or Saturn. Astonishing missions to the planets such as HiRise at Mars, Cassini-Huygens at Saturn, and the New Horizons probe now approaching Pluto are excellent examples of systems designed to work in some of the worst lighting, dimmest and darkest circumstances ever reached by human works. They were designed in the light to work in the dark or very close to it. HiRise and Cassini-Huygens were essentially perfect and their missions were completed with historical results. New Horizons might well do the same.

Light is not only not to be feared, it is vital and essential, the ultimate sine qua non of modern industrial market development. Make friends with the light.

Securing the World after Aeons of Struggle

What seems to be economic malaise might only be the absence of millions of years of struggle to reach the Moon. Much of it was zero sum carnivorous predation.

That does not mean coming to terms with the newly understood solar system will automatically be a piece of cake and without any problems. Some of the struggle to reach the Moon consisted of international war, and securing arms after war is an intense for of protocol. War is thousands of years old, so it is not merely a few years from which the world is securing its arms. There were entirely separate approaches with each branch having its own theology, and every other part of culture in each was commensurately different and suspicious of the others.

It's late, though, and one cannot write of that much darkness at this hour.