Dissipative Structures Quotes

I consider a tree. I can look on it as a picture: stiff column in a shock of light, or splash of green shot with the delicate blue and silver of the background. I can perceive it as movement: flowing veins on clinging, pressing pith, suck of the roots, breathing of the leaves, ceaseless commerce with earth and air—and the obscure growth itself. I can classify it in a species and study it as a type in its structure and mode of life. I can subdue its actual presence and form so sternly that I recognise it only as an expression of law — of the laws in accordance with which a constant opposition of forces is continually adjusted, or of those in accordance with which the component substances mingle and separate. I can dissipate it and perpetuate it in number, in pure numerical relation. In all this the tree remains my object, occupies space and time, and has its nature and constitution. It can, however, also come about, if I have both will and grace, that in considering the tree I become bound up in relation to it. The tree is now no longer It. I have been seized by the power of exclusiveness. To effect this it is not necessary for me to give up any of the ways in which I consider the tree. There is nothing from which I would have to turn my eyes away in order to see, and no knowledge that I would have to forget. Rather is everything, picture and movement, species and type, law and number, indivisibly united in this event. Everything belonging to the tree is in this: its form and structure, its colours and chemical composition, its intercourse with the elements and with the stars, are all present in a single whole. The tree is no impression, no play of my imagination, no value depending on my mood; but it is bodied over against me and has to do with me, as I with it — only in a different way. Let no attempt be made to sap the strength from the meaning of the relation: relation is mutual.

When one combines the new insights gained from studying far-from-equilibrium states and nonlinear processes, along with these complicated feedback systems, a whole new approach is opened that makes it possible to relate the so-called hard sciences to the softer sciences of life—and perhaps even to social processes as well. (Such findings have at least analogical significance for social, economic or political realities. Words like “revolution,” “economic crash,” “technological upheaval,” and “paradigm shift” all take on new shades of meaning when we begin thinking of them in terms of fluctuations, feedback amplification, dissipative structures, bifurcations, and the rest of the Prigoginian conceptual vocabulary.) It is these panoramic vistas that are opened to us by Order Out of Chaos.

It is for this reason that courage, resilience, perseverance, mature defense, or transformational coping—the dissipative structures of the mind—are so essential. Without them we would be constantly suffering through the random bombardment of stray psychological meteorites. On the other hand, if we do develop such positive strategies, most negative events can be at least neutralized, and possibly even used as challenges that will help make the self stronger and more complex.

Without a high flux of carbon and energy that is physically channelled over inorganic catalysts, there is no possibility of evolving cells. I would rate this as a necessity anywhere in the universe: given the requirement for carbon chemistry that we discussed in the last chapter, thermodynamics dictates a continuous flow of carbon and energy over natural catalysts. Discounting special pleading, that rules out almost all environments that have been touted as possible settings for the origin of life: warm ponds (sadly Darwin was wrong on that), primordial soup, microporous pumice stones, beaches, panspermia, you name it. But it does not rule out hydrothermal vents; on the contrary, it rules them in. Hydrothermal vents are exactly the kind of dissipative structures that we seek – continuous flow, far-from-equilibrium electrochemical reactors. Hydrothermal

Corruption as the expression of the fact that within the instincts anarchy is threatening and that the foundation of the affects, what we call “life,” has been shaken: according to the living structure in which it appears, corruption is something fundamentally different. When, for example, an aristocracy, like France's at the start of the Revolution, throws away its privileges with a sublime disgust and sacrifices itself to a dissipation of its moral feelings, this is corruption: — essentially it was only the final act in that centuries-long corruption, thanks to which step-by-step it gave up its ruling authority and reduced itself to a function of the monarchy (finally even to the monarch's finery and display pieces). The essential thing in a good and healthy aristocracy, however, is that it feels itself not as a function (whether of a monarchy or of a community) but as its significance and highest justification — that it therefore with good conscience accepts the sacrifice of an enormous number of people, who for its sake must be oppressed and reduced to incomplete men, slaves, and instruments of work. Its fundamental belief must, in fact, be that the society should exist, not for the sake of the society, but only as a base and framework on which an exceptional kind of nature can raise itself to its higher function and, in general, to a higher form of being, comparable to those heliotropic climbing plants on Java — people call them Sipo Matador — whose branches clutch an oak tree so much and for so long until finally, high over the tree but supported by it, they can unfold their crowns in the open light and make a display of their happiness.—

To emulate a vampire is to be a spectator disappearing into a spectator: we listen, talk, watch, without touching or becoming. because they glide on the margins of activity, Sandy Stone's vampires dissipate rigid structures of gender and received identity, freeing their acolytes to "celebrate the change, the passing forms.

The moment of euphoria at the end of the Cold War generated an illusion of harmony, which was soon revealed to be exactly that. The world became different in the early 1990s, but not necessarily more peaceful. Change was inevitable; progress was not. Similar illusions of harmony flourished, briefly, at the end of each of the twentieth century’s other major conflicts. World War I was the “war to end wars” and to make the world safe for democracy. World War II, as Franklin Roosevelt put it, would “end the system of unilateral action, the exclusive alliances, the balances of power, and all the other expedients that have been tried for centuries — and have always failed.” Instead we will have “a universal organization” of “peace-loving Nations” and the beginnings of a “permanent structure of peace.”7 World War I, however, generated communism, fascism, and the reversal of a century-old trend toward democracy. World War II produced a Cold War that was truly global. The illusion of harmony at the end of that Cold War was soon dissipated by the multiplication of ethnic conflicts and “ethnic cleansing,” the breakdown of law and order, the emergence of new patterns of alliance and conflict among states, the resurgence of neo-communist and neo-fascist movements, intensification of religious fundamentalism, the end of the “diplomacy of smiles” and “policy of yes” in Russia’s relations with the West, the inability of the United Nations and the United States to suppress bloody local conflicts, and the increasing assertiveness of a rising China.

The shell of the scaly foot possesses a number of additional energy-dissipation features compared to typical mollusk shells that are primarily composed of calcium carbonate." The industrial opportunities already anticipated include superior helmets, protective armor, and new structural materials. Pyrites and gregite are also cheap being evaluated as an alternative to silicone for the creation of cheap, abundant solar cells.

In this way, dissipative structures demonstrate that disorder can be a source of new order, and that growth appears from disequilibrium, not balance.

Nicolis, G., & Prigogine, I. (1977). Self-organization in non-equilibrium systems: From dissipative structures to order through fluctuations. New York: Wiley.

Each thought we think and thought we have resonate in the world around us. They can strengthen and dissipate a field of energy that surrounds and affects us. We are surrounded by webs of energy, each of which has various paths of descent and ascent through its own fields and web structures that connect to others.

Acclimatizing to its customs and particular brand of bustle, he’d gotten a sense of Wewoka. Without the lens of a fever-induced vision, it proved to be a dense, vertical city of narrow, terraced streets with expansive walkways. Largely devoid of motor traffic, any point could be reached by foot in fifteen minutes. Pictures painted on the sidewalks provided a colorful trail. With a central street lined with shops bustling with commerce, the noise and smell were different from what he was used to. Wewoka had none of the overworked smokestacks from innumerable factories; much of the city was made up by parks. The air had a hint of ozone to it. A collection of buildings sprouted at the heart of the city. Gleaming green and metallic spires in the distance, the sun reflected from their solar panels. A mushroom-like structure drew in sewer water from its “roots” and funneled it to its dome. Solar energy evaporated the water, which was then collected and released throughout the streets, watering the surrounding green spaces. Photovoltaic panels lined solar drop towers. Titanium dioxide reacted with ultraviolet rays and smog, filtering and dissipating them. They had developed similar technology in Jamaica. Vertical gardens and vegetation covered the steep towers of housing units and work offices. The exterior vertical gardens filtered the rain, which was reused with liquid wastes for farming needs. A deep calm reverberated through the city, quiet preserved like a commodity. Desmond

Everywhere we turn we are told we are wrong, that we must act the "right" way, that our own dreams and desires are either selfish or unattainable while the hopes and nightmares of the Spectral Cage must exist, even at the cost of our very lives. The tyrannical gods that would rob us of this freedom to freely give our care, love, and even fervour are the grand enemy of Egoism, wherever they might be found. They pervert the true feelings within us and make them empty rituals: instead of caring for those around me, I throw money at a church which quickly loses it, I stay home and meme for disaster relief instead of actually doing anything, I "adopt" a baby tiger or African child to "feed" instead of tearing down the very structures that cause them pain in the first place. We symbolically attack other symbols, our feelings perverted and funneled into empty vessels. The same rage that can rob a bank or burn down a building dissipates in a sea of metal masturbation and contests to determine who is the most "woke".

Structure is the vessel needed to contain the mercury of the ADD mind, to keep it from being here and there and everywhere all at once. Structure allows the ADD mind to be put to best use, rather than dissipating itself like so many tiny beads of mercury on the floor.

(4) Prigogine’s math indicates that the odds actually favor the optimists, since dissipative structures are more likely to evolve into more information-rich (intelligent?) forms than into more primitive or chaotic forms.

Life is easy to identify but remarkably difficult to define. Too tight a definition excludes what looks like life and too loose captures too much. The capacity to self-replicate is a component of the definition, but not without its problems, as a mule is alive but sterile, and computer software can replicate itself, but we do not, in all honesty, think of it as being alive. It might be tempting to ascribe livingness to an entity that has emerged by evolution, but that would exclude the first living entity and any that we might synthesize from scratch in future. Organisms are organized structures; but so is an integrated circuit. Organisms are organized structures built and sustained by the flux of energy through their interiors and its dissipation into the surroundings; but so are the patterns of convection that can arise in heated liquids and, indeed, the atmosphere, to give rise to the weather: think tornado and hurricane. All known organisms are built from compounds of carbon; but if we succeeded in building a replicating, conscious, self-sustaining, energy-dissipating entity from silicon, would we deny that it was alive? Is a virus alive?

We are merely epigones. The events, the discoveries, the visions are those from the period between 1910 and 1940. We live on like weary commentators on that frenzied period in which the whole invention of modernity (and the lucid presentiment of its end) occurred in a language which still bore the brilliance of style. The highest level of intensity lies behind us. The lowest level of passion and intellectual illumination lies ahead of us. There is something like a general entropic movement in the century, the initial energy dissipating slowly in the sophisticated ramifications of the structural, pictural, ideological, linguistic and psychoanalytic revolutions - the final configuration, that of 'postmodernity' marking the most degraded, most factitious and most eclectic phase, the shattered fetishism of all the idols and the purer signs that have preceded it. Even the great burst of light in the years 1960-80, seen with some critical distance, will merely have been an episode in the involutive course of the century, in terms of powerful new ideas. But a portent all the same. Might a new event produce some surprise? We can say nothing of this, since archives and analysis are twilight tools.

Stabilization circuits suppress mutation, whilst short-range runaway circuits propagate it only in an unsustainable burst, before cancelling it entirely. Neither of these figures approximate to self-designing processes or long-range runaway circuits, such as Nietzsche’s will to power, Freud’s phylogenetic thanatos, or Prigogine’s dissipative structures. Long-range runaway processes are self-designing, but only in such a way that the self is perpetuated as something redesigned. If this is a vicious circle it is because positive cybernetics must always be described as such. Logic, after all, is from the start theology. (298)

The essayist and investor Paul Graham, a peer and rival of Peter Thiel’s, has charted the trajectory of a start-up, with all its ups and downs. After the initial bump of media attention, the rush of excitement from the unexpected success, Graham says that the founders enter a phase where the novelty begins to wear off, and they quickly descend from their early euphoria into what he calls the “trough of sorrow.” A start-up launches with its investments, gets a few press hits, and then smacks right into reality. Many companies never make it out of this ditch. “The problem with the Silicon Valley,” as Jim Barksdale, the former CEO and president of Netscape, once put it, “is that we tend to confuse a clear view with a short distance.” Here, too, like the founders of a start-up, the conspirators have smacked into reality. The reality of the legal system. The defensive bulwark of the First Amendment. The reality of the odds. They have discovered the difference between a good plan and how far they’ll need to travel to fulfill it. They have trouble even serving Denton with papers. Harder has to request a 120-day extension just to wrap his head around Gawker’s financial and corporate structure. This is going to be harder than they thought. It always is. To say that in 2013 all the rush and excitement present on those courthouse steps several months earlier had dissipated would be a preposterous understatement. If a conspiracy, by its inherent desperation and disadvantaged position, is that long struggle in a dark hallway, here is the point where one considers simply sitting down and sobbing in despair, not even sure what direction to go. Is this even possible? Are we wrong? Machiavelli wrote that fortune—misfortune in fact—aims herself where “dikes and dams have not been made to contain her.” Clausewitz said that battle plans were great but ultimately subject to “friction”—delays, confusion, mistakes, and complications. What is friction? Friction is when you’re Pericles and you lay out a brilliant plan to defend Athens against Sparta and then your city is hit by the plague.

THE DEVIL TEACHES THERMODYNAMICS My second law, your second law, ordains that local order, structures in space and time, be crafted in ever-so-losing contention with proximal disorder in this neat but getting messier universe. And we, in the intricate machinery of our healthy bodies and life-support systems, in the written and televised word do declare the majesty of the zoning ordinances of this Law. But oh so smart, we think that we are not things, like weeds, or rust, or plain boulders, and so invent a reason for an eternal subsidy of our perfection, or at least perfectibility, give it the names of God or the immortal soul. And while we allow the dissipations that cannot be hid, like death, and — in literary stances — even the end of love, we make the others just plain evil: anger, lust, pride — the whole lot of pimples of the spirit. Diseases need vectors, so the old call goes out for me. But the kicker is that the struts of God's stave church, those nice seven, they're such a tense and compressed support group that when they get through you're really ready to let off some magma. Faith serves up passing certitude to weak minds, recruits for the cults, and too much of her is going to play hell with that other grand invention of yours, the social contract. Boring Prudence hangs around with conservatives, and Love, love you say! Love one, leave out the others. Love them all, none will love you. I tell you, friends, love is the greatest entropy-increasing device invented by God. Love is my law's sweet man. And for God himself, well, his oneness seems too much for natural man to love, so he comes up with Northern Irelands and Lebanons... The argument to be made is not for your run-of-the-mill degeneracy, my stereotype. No, I want us to awake, join the imperfect universe at peace with the disorder that orders. For the cold death sets in slowly, and there is time, so much time, for the stars' light to scatter off the eddies of chance, into our minds, there to build ever more perfect loves, invisible cities, our own constellation.

Turing turned these pessimistic associations on their head, arguing that dissipation didn’t solely cause decay, but could create structure and form. Under certain conditions, he suggested, as certain substances diffuse and spread out, they self-organize into patterned structures. These pattern-creating substances he named morphogens, arguing that as they diffuse through the cells of an embryo, they also shape that embryo.

Time and time again the mast has been struck by flashes with a potential of 10 million volts, only to be dissipated by the intricate steel structure into the ground.

Hénon, though dissipative systems were not his field (“sometimes astronomers are fearful of dissipative systems—they’re untidy”), thought he had an idea. Once again, he decided to throw out all reference to the physical origins of the system and concentrate only on the geometrical essence he wanted to explore. Where Lorenz and others had stuck to differential equations—flows, with continuous changes in space and time—he turned to difference equations, discrete in time. The key, he believed, was the repeated stretching and folding of phase space in the manner of a pastry chef who rolls the dough, folds it, rolls it out again, folds it, creating a structure that will eventually be a sheaf of thin layers.

use this method of airframe shock testing in economic engineering, the prices of commodities are shocked, and the public consumer reaction is monitored. The resulting echoes of the economic shock are interpreted theoretically by computers and the psycho-economic structure of the economy is thus discovered. It is by this process that partial differential and difference matrices are discovered that define the family household and make possible its evaluation as an economic industry (dissipative consumer structure). Then the response of the household to future shocks can be predicted and manipulated, and society becomes a well-regulated animal with its reins under the control of a sophisticated computer-regulated social energy bookkeeping system. “Eventually every individual element of the structure comes under computer control through a knowledge of personal preferences, such know ledge guaranteed by computer association of consumer preferences (universal product code — UPC — zebra-stripe pricing codes on packages) with identified consumers (identified via association with the use of a credit card and later a permanent “tatooed” body number [WC emphasis] invisible under normal ambient illumination.… THE ECONOMIC MODEL “...The Harvard Economic Research Project (1948-) was an extension of World War II Operations Research. Its purpose was to discover the science of controlling an economy: at first the American economy, and then the world economy. It was felt that with sufficient mathematical foundation and data, it would be nearly as easy to predict and control the trend of an economy as to predict and control the trajectory of a projectile. Such has proven to be the case. Moreover, the economy has been transformed into a guided missile on target.

There exists only a mechanism by which meaning flows from intangible mind element into real event – and when you see that, all the postulated structures and cosmologies, built only of concepts, dissipate like yesterday’s weather.