Click here to buy my e-book A Conspiracy of Wizards for just $2.99!!!

Mischievous imps blowing invisible darts that stoke human passions and spin them out of control, moving twigs a few inches across the forest floor providing links in conflagrations that would not otherwise occur, plucking the strings of nature to produce crescendos of catastrophe. Zen-mathematician wizards dancing in their ice spheres high in the Vaznal Mountains, solving ever-deepening riddles of sound and sight and sensation, weaving order from the chaos the Loci imps foment. Winged muses carving sensuous stories from the clouds and celebrating the lives of those from whose dreams and tribulations they were born.

A fiery giantess is held captive in a hollow mountain. A sea serpent’s breath inspires the priestess of an island oracle poised above a chasm beneath which it sleeps. City-states are at war; slaves, led by a charismatic general, are in uprising; dictators and warlords are vying for power; neighboring kingdoms and empires are strategically courting local clients in pursuit of regional hegemony or outright conquest. Human avarice has strained the natural context on which it thrives. And ordinary people in extraordinary times, caught within the vortex of the powers that both surround and comprise them, navigate those turbulent currents.

Follow the adventures of Algonion Goodbow, the magical archer; Sarena of Ashra, the young girl at the center of this epic tale; their friends and mentors, guides and adversaries, as they thread the needle of great events, and discover truths even more profound than the myths of legend and lore. Discover the truth of fiction and the fiction of truth; celebrate the fantastic and sublime, in this magical tale laden with rich echoes of world history and world mythology, informed by blossoms of human consciousness from Chaos Theory to Thomas Kuhn’s theory of paradigm shifts, from Richard Dawkin’s Meme Theory to Eastern Mysticism, enriched by the author’s own travels and adventures.

A prophesied Disruption is upon the land of Calambria, causing the Earth to quake and societies to crumble. The Loci imps are its agents, but, according to Sadache mythology, it is Chaos, one of the two Parents of the Universe, who is its ultimate author. As Chaos eternally strives to make the One Many, Cosmos, the other Parent of the Universe, strives to make the Many One. The Sadache people view themselves as the children of Cosmos, whom they worship, and the lowest rung of a hierarchy of conscious beings opposing Chaos and the Loci imps. Above them, both of them and apart from them, are the drahmidi priests of the Cult of Cosmos, founded by the hero and conqueror Ogaro centuries before. Above the drahmidi are the Vaznallam wizards, Cosmos’s agents, just as the Loci are Chaos’s.

As the Great Disruption begins to manifest itself, Sarena of Ashra, a peasant girl from a village on the outskirts of the city-state of Boalus, flees an unwanted marriage to an arrogant lord and in search of freedom and destiny. She meets a young vagabond on the road, coming from the seat of the ceremonial High Kingdom, Ogaropol, fleeing his own pursuers. Together they form an alliance that leads through adventures together and apart, and binds them into two halves of a single whole.

Swirling around them are the wars of would be dictators and cult-leaders, of neighboring empires and kingdoms; the adventures of young Champions engaged in the prophesied Contest by which the Redeemer would be chosen and the Realignment realized. But, in both different and similar ways, the culmination of centuries of history flows through these two people, Algonion and Sarena, on haphazard quests of their own. And both the past and the future are forever changed by their discoveries and deeds.

Click here to buy my e-book A Conspiracy of Wizards for just $2.99!!!

Click here to buy my e-book A Conspiracy of Wizards for just $2.99!!!

Several influences molded me as a writer over the years: A fascination with classical history and mythology, a love of science fiction and fantasy, years of world travel laden with ample adventures of my own, and a deep sense of wonder about the systems of Nature, most particularly (though by no means exclusively) about the human sphere of Nature, fed by a highly analytical and imaginative mind and abundant sources on which to draw.

At around the age of 18 (in 1977 or 1978), I wrote a short psychedelic vignette called “River Palace” which was the first seed of what would later become A Conspiracy of Wizards. A couple of years later, while living in Berkeley, I started an unrelated novel in which crystalized talismans of the five elements of classical natural philosophy had magical properties that were amplified when brought together, an idea that found its way into A Conspiracy of Wizards.

Most of my 20s was dedicated to world travels and adventures and the keeping of journals laden with descriptions and contemplations. Many of the real-world, visceral descriptive passages from those journals found their way into A Conspiracy of Wizards. During this time I also read prolifically and broadly, trying to catch up on as many classics of literature and of more recent intellectual discovery as I possibly could.

One year into my career as a sociology grad student in Connecticut, having become an aficionado of Chaos Theory in the late 1980s and believing it to be a critical piece of the puzzle of the story of our existence, I wrote a vignette about Chaos and Order being the parents of the universe, and immediately knew that this would be the nucleus of the novel I had always dreamed of writing.

During my grad student career in Connecticut, I was working on my novel at the same time that I was soaking up the spectrum of social theory, designing my world and weaving bits and pieces of my gradually emerging synthesis of the social theoretical landscape into it and the story-line. I incorporated into the novel a variety of epistemological theories (including, for instance, Thomas Kuhn’s “The Structure of Scientific Revolutions,” most visibly in the scene of Algonion in the ice sphere), Marxist theory, microeconomic and game theory, and network analysis and epidemiology. I also incorporated my previously acquired knowledge of international relations and world history to create a more complex and in many ways “realistic” world than is found in most novels of any kind, let alone fantasy fiction. The geopolitics and geopolitical and military strategies found in the novel are, I think, particularly elaborate and faithful to the forms found in the real world.

Two years into my status as “All-But Dissertation,” not actually writing my dissertation, I left the program and my position as a college lecturer to work full time on my novel. In many ways, I realized, I had been in the Ph.D. program primarily to inform my novel. Before moving out west, I took a couple of months to do a car trip around New England and the Maritime Provinces of Canada, during which, while camping and hiking in beautiful Acadia National Park in Maine, I fully fleshed out the story of Cholumga (derived from “Chomo Lungma,” Tibetan for “Earth Mother” and the Tibetan name for Mount Everest), the giantess trapped in the hollow mountain. I did this in part by telling the story to a young girl and her mother who I ran into while hiking, as we sat on a bluff overlooking the gorgeous autumn colors. (Also from Acadia comes the imagery of Algonion arriving at the sea as he is escaping Lokewood.)

In late 1996, I moved to a cabin in the mountains of Northern New Mexico for a year (in Cabresto Canyon, between Questa and Red River, north of Taos) to write the first draft of the novel, simultaneously focusing my informal studies more on World Mythology and World History (both long-time interests of mine, along with International Relations), including studying Joseph Campbell’s analyses of mythological motifs. The multi-hued beauty of Northern New Mexico and the Four Corners region, around which I took frequent car-and-camping trips, filtered into the imagery of the novel. I then finished the millennium in Albuquerque, teaching and taking classes, working through some of the issues and challenges with my novel, developing it further, and developing other ideas as well (such as a series of vignettes about the institutionalization of time travel, including reunions of multiple selves across time, branching historical trajectories, and the colonization of the past). I began to submit excerpts of the novel to agents and publishers, trying to line up a publication deal, but without success.

While living in the cabin in the mountains of northern New Mexico, I used to wander into the forest and visualize various characters in particular locations dedicated to each, having conversations with them to flesh out who they were. It was a form of intentional, self-induced semi-hallucination, powerful enough that occasionally a character would “say” something that would surprise me! This was a technique for discovering each character’s own authenticity rather than populating my world with contrived characters with less of a life of their own.

I believe it was also while I was in New Mexico that I saw (on video tape borrowed from the Taos library, since I had no television reception in my cabin) a National Geographic special on the rain forest canopy ecosystem, the imagery of which inspired the imagery of Algonion’s largely airborne trek through Lokewood in search of the Loci imps, one of my descriptively favorite passages.

Also while in New Mexico, I further developed my sociological paradigm, focusing it more on Richard Dawkins’ “Meme Theory,” which provided a lynchpin to the synthesis I had been developing. This has since found its way into the novel, particularly in the Kindle e-book version, in my newly rewritten description of the Vaznallam mindscape and the fractal geometry of their mental representation of the Sadache cognitive landscape, which is the imagery presented in a series of expository essays I’ve written on the fractal geometry and evolutionary ecology of our shared human cognitive landscape (and, along with it, our social institutional and technological landscape).

In December of 1999, I set out for Mexico to find a spot in which to continue to work on the novel, living modestly off investments, which were doing well at the time. I ended up in Mazatlan, where I developed the routine of waking up before dawn to write from my balcony, watching the morning light spread over the city and the bay while I was writing. I stayed in Mazatlan for over two years, taking several car trips to various regions of Mexico while there, all of which also contributed something to the imagery of the novel. During that time I got married and toward the end of my time in Mazatlan finished the current hard copy version of the novel and began seeking unsuccessfully to publish it.

We moved up to the Denver area in the summer of 2002 (and had our wonderful daughter, Scheherazade, in 2003), and I embarked on a combination of teaching, law school, a run for the state legislature, public policy research and analysis, and a variety of civic engagement, not touching the novel other than to self-publish it in 2005. The combination of my failure to do anything to market the novel and my realization that I had not, in fact, finished refining it prior to publishing it, that I had not ironed out all of the rough spots, that I had not perfected my own vision of what the novel should be, culminated in my decision in the summer of 2013 to do one more set of revisions and refinements, and to republish it as an e-book.

The ebook version of the novel is now available, via the links provided at the top and bottom of this narrative.

Some excerpts from the novel: Prelude to “A Conspiracy of Wizards”, The Hollow Mountain, The Wizards’ Eye, “Flesh Around A Whim”, and The Cloud Gardener.

Click here to buy my e-book A Conspiracy of Wizards for just $2.99!!!

Click here to buy my e-book A Conspiracy of Wizards for just $2.99!!!

As I have discussed in A Dialogue on Religion, Dogma, Imagination, and Conceptualization and Do Deities Defecate? (among other essays), what people conceptualize as “god” may well be as legitimate an object of conceptualization as “infinity,” “eternity,” and “love.” It may well be as legitimate an object of conceptualization as “consciousness,” which, indeed, it is closely related to.

As humans, we know that we subjectively experience the existence of human “consciousness.” We have minds, which, by and large, are the expression of the functioning of our physical brains, in interaction with one another and our environment. We normally conceptualize this consciousness to be an individual-level phenomenon, each of us having our own, the connection among them being tendrils of communication among separate nodes of consciousness.

But this individual-level conceptualization becomes suspect on closer examination. We think in languages, using concepts, drawing on stories and narratives and sciences and philosophies that we did not individually invent. We wield metaphors and analogies and a wealth of material that preceded our own individual consciousness, with only a very slight individuation of that cognitive material on the margins identifying our own consciousness as unique, as differentiated from the collective consciousness from which it was born and in which it is embedded. (See, for instance, The Fractal Geometry of Social Change, for a vivid description of this collective consciousness.)

So human consciousness, in a sense, is not so much individual as collective, a shared process in which our individual participation provides the robustness and creativity, but in which our collective participation defines the scope and substance. But it is still strictly “human,” right?

Few who have ever had a beloved pet would be in complete agreement with that assessment. Our family dog Buttercup is clearly somewhat “conscious,” aware of our love for her and of hers for us, communicating her desire to play, to go out, to be petted, with ease and determination. She is excited at the prospect of walking to school with my daughter, where she knows she will get to run in the park on the way, and receive affection from the other children upon arrival. She has both human and dog friends that she recognizes and greets and communicates with on a rudimentary level. She clearly possesses some degree of what humans call “consciousness.”

To explore that ”lesser degree” of consciousness so clearly evident in large mammals, it’s useful to switch from the cultural (consciousness as a function of language and symbolic communication) to the biological (consciousness as an expression of genetic codes). The human mind, as an artifact of the human brain –which is an anatomical product of an evolutionary process of genetic reproduction, mutation, and competition for reproductive success– is clearly not absolutely unique. Like the individual in a society on the cognitive level, the human mind is the individuation of a biological and genetic theme. We see similarities to it among other large mammals, and even among very different animals, in some ways: when an insect scurries away from danger, the scurrying LOOKS a whole lot like fear, even if it isn’t. But maybe the resemblance isn’t completely irrelevant after all.

What distinguishes humans from all other creatures on Earth (with the possible exception of some large sea mammals) is cognitively complex symbolic communication (i.e., “language,” though the qualifier “cognitively complex” is necessary, due to the complex languages of many other creatures, such as bees, whose intricate dances indicate where the nectar is to be found). And, indeed, it is that cognitively complex language which has created the echo of genetic evolution particular to the anthrosphere: Human History (and the cultural/political/economic/cognitive evolution that defines it).

But that cognitively complex language is the product of a very slight genetic variation. We are genetically barely distinguishable from other large apes, more closely related to Chimpanzees than Chimpanzees are to Gorillas or Orangutans. So while language gives our biologically-based consciousness a particularly robust expression, it does not remove it in essence very far from our nearest biological relatives. They, too, have a nearly equal quantity of the individual-level stuff of consciousness, but merely lack the complex tendrils of communication that launch that consciousness into the societal level of development and expression.

What we see by looking at consciousness both through the lens of a cultural and human historical context, and the lens of a genetic and natural historical context, is that it is neither a particularly individual level phenomenon, nor an exclusively human phenomenon. It is, rather, something that is “out there” in the fabric of nature, finding different degrees and forms of expression in different contexts.

Neither is it any coincidence that these two lenses are both “evolutionary” lenses, one the lens of biological/genetic evolution and its products, and the other cultural/memetic evolution and its products. “Consciousness” as we know it, both in terms of the expression of the functioning of the human brain (a product of biological evolution), and in terms of the expression of the cognitive material accumulated and refined through communication among human brains (a product of cultural evolution), is an expression of evolutionary processes.

What is the exact nature of the connection between “evolution” and “consciousness”? Here’s one surprising suggestion: Both can be defined as the purposeful refinement of behavior and form in response to experience. Evolution is a process driven by the lathe of trial and error, in which the forms and behaviors (those genes in general) of living organisms are refined over time in response to relative reproductive success, preserving those that are most reproductively successful. Human consciousness is a process driven by the lathe of human experience and communication, in which those forms and behaviors (those cognitions in general) that are most copied by others are the ones that are preserved.

In fact, biologists routinely use the language and mathematics of economics to describe evolutionary and ecological phenomena. They refer to “strategies,” and employ the microeconomic tool of analysis known as “game theory” to analyze the evolution of competing biological strategies. Biologists are quick to emphasize that this is a metaphor, that there was no conscious intent behind the evolution of competing reproductive strategies, that they just “resemble” intentional human strategic action, that they just resemble “consciousness.”

But might this not be a bit anthrocentric of us? I am not disputing the recognition that biological evolution is not the intentional product of a centralized mind in the same way that human strategic behavior is (though, as I indicated above, even human strategic behavior, when involving any organization of human beings, has a decentralized element to it as well). But I am bringing into question the sharp conceptual differentiation between a process that we recognize as consciousness because we subjectively experience it, and the process that produced it that appears to be remarkably similar in form.

Might it not make more sense to conceptualize human consciousness, which is the product of evolutionary processes that envelope it and preceded it, as similar to those processes, rather than conceptualizing those preceding and enveloping processes as being similar to human consciousness? If it were not for the fact that we are human beings, subjectively aware of our own consciousness, wouldn’t it be more rational to give priority to the biological and historical progenitor of our consciousness than to its by-product (i.e., human consciousness)?

This conceptual journey began with the human individual, and panned out to identify consciousness as a function of the human collective, and then panned out futher to identify consciousness as a function of the evolutionary ecology of the planet Earth. Can we continue panning out, to see these all as nested levels of a coherent aspect of nature, that is woven into the fabric of the cosmos, and that finds different kinds of expression at different levels of manifestation?

Fritjov Capra, UC-Berkeley Physicist and author of The Tao of Physics, wrote more recently in The Web of Life, that a biological paradigm was replacing a physical one as the fundamental paradigm of Nature. The reason for this, posits Capra, is that the emerging science of complex dynamical systems (best known as “Chaos Theory”) is discovering that the kinds of processes most commonly associated with organic processes, with life, are far more widespread, far more fundamental, far more woven into the fabric of Nature, than we had previously realized. The universe and its subsystems are, in many ways, more like a vast living thing with living things nested within it, than like a dead mechanical device comprised of nested levels of mechanical components.

Even physics itself, moving toward String Theory, a mathematical model of “The Cosmic Symphony,” seems to be increasingly compatible with this view.

If it is more an organic than mechanical universe; if human consciousness can be recognized as a direct ”echo” of preceding and enveloping natural processes; and if we step back in yet another way and recognize that the mere existence of human consciousness demonstrates that Nature is somehow inherently capable of producing such a phenomenon, that matter and energy can be arranged in such a way as to become “conscious,” and if we contemplate the mind-bogglingly subtle and complex coherence of the universe and its myriad subsystems, is it such a leap to conceptualize the universe itself as a conscious entity, the fabric of Nature being, in a sense, “consciousness”?

Isn’t it that primal wisdom, that neolithic recognition, that has found expression in the form of God and gods? The error is not in the conceptualization, in the use of the metaphor and the exploration of reality that it facilitates, but rather in our conceptualization of conceptualization itself. We can’t seem to make the move from recognizing that what we hold in our minds and what those thoughts refer to are never identical, that we are always reducing, simplifying reality into forms we can grasp and work with, that reality itself is always more subtle and complex than our conceptualizations of it.

We seem to have fallen into two distinct patterns of error: The religious one, in which the world and universe is conceptualized as intentionally ruled by an anthropomorphic God that thinks and acts suspiciously similar to how a human being thinks and acts; and the atheistic one, in which the world and universe is conceptualized as a dead machine in which random chance produced the otherwise unremarkable isolated phenomenon of human consciousness.

Perhaps it’s no coincidence that the ancient civilization that was most remarkable for the florescence of rational thought and subtle and insightful natural philosophies was also most remarkable for the incomparably robust and rich mythology that it produced. The ancient Greeks demonstrated that when we are most prolific and innovative in the generation of the products of the human imagination, we are most prolific and innovative in the generation of the products of human reason as well. The two are more intimately related than we sometimes realize.

So, while I believe that literary gods serve us better than literal ones, I also believe that investing in the processes of consciousness serves us better than entrenching ourselves in its ephemeral products (see, e.g., Scholarship v. Ideology, Ideology v. Methodology and An Argument for Reason and Humility). The error is not that our literal gods need to be replaced with an equally off-the-mark recognition of their literal absence, but rather that we need to refine our entire relationship to reality, understanding that our conceptualizations are just that: Conceptualizations. Our own consciousness best articulates with the consciousness of which we are a part when it does so most flexibly, most humbly, and most imaginatively. The gods beckon us to know them better by knowing less and contemplating more.

Click here to buy my e-book A Conspiracy of Wizards for just $2.99!!!

Buy my e-book A Conspiracy of Wizards

The shared human enterprise is multidimensional. Its various dimensions don’t exist in mutual isolation. Each dimension implicates all others. Human efforts and developments within the various dimensions need to articulate with human efforts and developments in all others. Politics can’t be considered without considering economics, and economics can’t be considered without considering technological developments. None can be considered without considering the production and dissemination of ideas and values and understandings and techniques (and the emotional reactions to them), in short, of human cognitions (including emotions).

The evolution of our social institutional and technological landscape is the overarching theme of human history. Wealth is produced and distributed, ideas created and disseminated, wars sparked and fought, buildings designed and built, political forms and processes developed, all due to and through and as an expression and producer of our ever changing social institutional and technological context.

Technological developments pose both opportunities and challenges. They provide new ways, new tools with which, to produce wealth and address problems. But they also create new problems of their own.

The Economist magazine recently provided a glimpse into the immediate future, by exploring some cutting-edge technologies of the present (see Perhaps the most striking aspect of the package of new technologies changing the face of manufacturing is the 3-D printer:

3-D printing is one aspect of the larger phenomenon of “digital manufacturing,” which in turn is one aspect of the larger phenomenon of what can be called an “information technological revolution.” We all are aware of it, but we don’t always incorporate that awareness into our more generalized understandings and strategies. The fact is that the rapid developments in information technologies (i.e., the set of technological innovations that includes computers, the internet, and mobile communications devices that now are hand-held communications and information processing instruments) is transforming our world, and will continue to do so, in dazzlingly dramatic ways.

The impact of this IT Revolution isn’t just that everyone has or soon will have an i-phone, hooked into a global network of thought and information access. It is also that the more generalized processes of conceptualization, communication, creation, development, production and distribution of cognitive material and all of its products is undergoing a major paradigm shift that has deep structural implications that will ripple and reverberate throughout the social institutional and technological landscape in acceleratingly transformative ways.

We’ve seen the first salvos of the political implications in “The Arab Spring” and other geopolitical events and transformations in recent years, with autocratic governmental control of information flows (and thus of populations in general) being eroded by the IT Revolution. We’ve seen it in our own political system, with political organizing and fund-raising and networking enhanced by new tools which favor those who most rapidly become most adept at their utilization (see, e.g., A Major Historical Threshold or A Tragically Missed Opportunity?). We’ve seen it in science and scholarship, starting with the development of “Chaos Theory” in the early days of modern computers, and growing from there into an accelerating transformation of our understanding of the nature of the world of which we are a part (including the evolutionary ecology of the social institutional and technological landscape itself; see the essays linked to in the first box at Catalogue of Selected Posts).

Now we are seeing it in how we create, produce, and distribute the material manifestations of human existence, the machines and commodities and, in general, the “stuff” of our lives.

What does this all mean for those of us who are most consciously engaged in the human enterprise, who are committed to working with others similarly committed to do the best we can in service to humanity? It means we need to start thinking in new ways, ready to utilize new tools. We need to develop new paradigms that incorporate all of this massive information, these massive changes in the processes that comprise our shared existence, this threshold through which we are passing, and address the future not just as an economic challenge narrowly conceived (as some do), and not just as a technological challenge narrowly conceived (as others do), and not just as a political challenge narrowly conceived (as still others do), and not just as a scientific or scholarly challenge narrowly conceived (as still others more do), but as an integrated challenge incorporating all of these together.

One of the lagging components of the paradigm shift we are undergoing (perhaps always the lagging component in all historical paradigm shifts) is the intentional or organic integration of its various parts for maximum human benefit (see, for instance, American Universities: Two Dimensions on which to Improve, for a discussion of the need to better integrate and articulate the products of our scholarship across disciplines). This is where the crucial challenge lies: How do we gather together these various threads of thought and innovation, and synthesize and channel them most effectively for human benefit?

One of the common threads emerging from the IT Revolution is coherent decentralization. Our ability to publish, network, and organize (social media and the blogosphere), to be vigilant (see Counterterrorism: A Model of Centralized Decentralization), to raise funds (see Tuesday Briefs: The Anti-Empathy Movement & “Crowdfunding”), and political and economic collaboration in general (see Wikinomics: The Genius of the Many Unleashed). But it’s not just augmented multi-lateral communications in play, but simultaneously augmented information processing (e.g., the data analysis function of computer technology), and now, the direct translation of information into its physical manifestations (i.e., production and construction). 3-D printers enable anyone anywhere to manipulate the design of an object digitally, integrating mass production and custom design into a single technology, and to manufacture that object remotely, for anyone else anywhere else, on demand.

One of the central implications of our current technological trajectory is that the demand for human labor will be increasingly a demand for highly trained, technically proficient, information-intensive labor. Humans will be more and more relegated to doing the tasks for which humans have –and will long have– a unique comparative advantage over any devices we can invent, and that is in our highest levels of cognitive functioning, in our imaginations and creativity, in our unique human consciousness. Increasingly, developing that consciousness as something more than a set of mechanical skills that can be sold on the labor market will not only be what feeds our souls, but also what imbues us with what will increasingly be the only asset for which there will be a future demand on that same labor market: Brilliant, imaginative, inventive, creative minds.

There will never be a shortage of opportunities for minds thus developed, but there will increasingly be a shortage of opportunities for everyone else. In a society and world where we haven’t yet met the challenge of educating our children sufficiently to meet the needs of the past century, meeting the challenge of educating our children sufficiently to meet the needs of this imminent and in many ways already present future poses an urgent, imperative challenge to us as a society.

This is nothing less than a revolution in the speed and agility of our technologically augmented collective consciousness, and in the speed and agility of our ability to translate that consciousness into action and objects, into wealth and welfare, into opportunity and the accelerating realization of human potential. But it also poses daunting challenges, challenges in how we prepare people to contribute to and participate in this production of wealth, and how we cope with the inequities and inhumanities that will result to the extent of our failure to do so.

There is so much dazzling new cognitive material currently flourishing in our shared cognitive landscape, a garden of possibilities bearing rich new fruits to be picked. But it is through their constant cross-fertilization, through the interweaving of their various vines, that the richest and most abundant fruits will be produced. The future is hanging low on the boughs of human consciousness, of imagination and innovation. We need to stop waiting for its fruits to fall on us of their own accord, and reach up and grap them with conscious intent and design, because, by doing so, we increase their value and quantity. When it comes to human consciousness and all of its products, it is through the act and intentionality of harvesting it that we most effectively cultivate it.

Buy my e-book A Conspiracy of Wizards

Buy my e-book A Conspiracy of Wizards

As the Denver Post noted in two columns in today’s (Sunday, 3.18.12) Perspective section ( and, the value of a college education suffers from the lack of emphasis on the teaching ability of college professors. The fact is, universities hire and retain professors on the basis of their research and writing skills and efforts (“publish or perish”), rather than on the basis of their teaching skills and efforts. “Teaching colleges” are an exception to this rule, focused on teaching rather than research, but perhaps lose something in the bargain as well. Arguably, immersing young people in an evironment that is home to the most brilliant minds in the world, laden with cutting edge insights and the highest levels of cognitive activity, has a benefit not to be lightly dismissed. But the transmission of that brilliance to the students who fill the lecture halls needs to be accomplished in a manner a bit more intentional than mere osmosis. If we want our young adults to receive a high quality college education, we need to ensure that there is a system in place designed to deliver it.

American universities not only fail in the degree to which they ensure that they are effective educational (as well as research) institutions, but also in the degree to which the highly specialized enclaves of cutting-edge thought cross-fertilize one another. Careers are built on complete immersion in very narrowly defined and information-intensive academic microcosms. There are many benefits to this, but some costs as well. We have conceptually fractured reality into its tiniest components, but have done little to conceptually reassemble it. This affects not only the breadth and depth and quality of the insights achieved through this process, but also increases the distance between professors and students, turning too many professors, as Ms. Bullard noted in her collumn in The Denver Post, into “a disheveled man…mumbling half to himself.”

It’s tempting to capture these dual challenges with pithy oversimplification, stating that the remedy to these two problems is more specialization along the teaching/research continuum, and less specialization among the various content areas. Unfortunately, though I like the simplicity and balance of that statement, it fails to capture the reality of what I am proposing: I am really suggesting that we build more and better bridges, and more fully develop the regions that form their destinations.

We need a new emphasis on the specialization of teaching, but not a specialization which is completely detached from the academic vibrancy and richness that is the modern university. One way to accomplish this might be to hire teachers to teach, and research professors to do research, and to allow the two groups to overlap and articulate with one another both organically and by design. Those brilliant professors who are great researchers but lousy teachers can spend all of their time doing research. Those who are both great teachers and great researchers can spend some of their time on both, as is currently the case, but with a more balanced emphasis and more balanced rewards for excellence in each endeavor. Those who are great teachers but not particularly talented researchers, or not particularly interested in doing research, can be hired on exclusively as teachers.

It would be a professional expectation of all university teachers that they demonstrate the highest levels of expertise in their field, completely comparable to those of their research counterparts, and to be fully versed in what their colleagues are doing, including their colleagues who are engaged only in research. But it would also be a professional expectation that they become broadly, as well as deeply, educated, that they are aware of developments in other disciplines, even completely unrelated disciplines (“unrelated,” that is, by conventional modes of thinking).

Part of what professors specializing more in teaching could bring to modern universities is more cross-fertilization, more bridges among disciplines, helping students to learn not just the discipline that defines the primary class material, but also the connections between that discipline and others, between its insights and insights being developed in very different subject areas.

But teachers need to teach one another as well as those students who are seated in the classrooms and lecture halls. And research professors would benefit from more catalysts to the imagination and to the processes of inspiration and insight coming from other, sometimes very different disciplines. So I would add one more layer of innovation to our universities: A “Department of Interdisciplinary Synthesis.”

While we do not want to lose the benefits of the intense specialization which is so robustly producing such finely tuned and precise insights into the nature of the world and universe we occupy, we should seek to gain the further benefits of how these insights articulate with one another, form surprising areas of interdisciplinary coherence, generate surprisingly robust and useful understandings that not only cross disciplinary boundaries, but leap across disciplinary spaces that have heretofore been considered as wide a gulf as that between galaxies.

One basis for such interdisciplinary synthesis is Complex Dynamical Systems Analysis (what is often thought of as “Chaos Theory”). Rather than a focus based on subject area, it is a focus based on the choice of lens through which to understand subject areas. Complex Dynamical Systems Analysis has applications throughout all of the social sciences (see, e.g., my series of essays in the first box at Catalogue of Selected Posts), physics, biology and the life sciences, meteorology, philosophy, literature, and the fine arts (including music and visual arts), to name a few. It is, in a sense, a naturally-occurring cross-fertilizing cognitive enzyme.

Other such “enzymes” undoubtedly exist as well. Discovering and utilizing them would be a very valuable academic enterprise, one which currently occurs mostly on the margins of ultra-specialization rather than in the center of an effort to build bridges among those islands of thought. We live not only in a mind-bogglingly complex and subtle reality, the understanding of which benefits from extreme specialization, but also a coherent reality, the understanding of which benefits from synthesizing the products that extreme specialization. And the challenge is not only to produce and synthesize these products of human genius, but also to disseminate them, and allow them to extend more broadly into the population and to articulate more thoroughly with the genius of the many.

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In a modification of my last post,  The Evolutionary Ecology of Social Institutions, in which I described how memes and paradigms form and spread and combine into social institutions, I added on a few paragraphs describing the fractal geometry of that social institutional landscape, which form the first few paragraphs (following this one) of this post.

The social institutional landscape has a nested and overlapping dynamical fractal structure, with some small subset of memes shared almost universally by global humanity, and the rest by smaller swathes of humanity of every magnitude down to the individual level. Transnational linguistic groups, national or regional cultures, international professional communities, aficionados of theater or a local sports team, local peer groups and families, these and almost unlimited other such groupings can share meme-sets ranging from specialized professional knowledge through games and entertainments to particular opinions or judgments. Rumors, observations, shared jokes, novel insights, technical innovations all swirl and sweep through humanity like gusting breezes through endless grasslands.

Some are highly contagious, articulating well with human psychological predispositions or existing internal cognitive landscapes, or proliferating due to their economic or military utility, spreading far and wide. Some become obsolete, dated by the flow of events or by the duration of attention spans, and contract again into oblivion after “lives” ranging from the very local and fleeting to the very widespread and long enduring.

Individual internal cognitive landscapes are comprised of a unique intersection of these differentially distributed memes, most, though shared in essence, slightly modified in the individual mind by the already existing cognitive landscape of metaphorical frames and narratives into which they fit themselves. And all of this is in constant flux at all levels, new memes emerging, spreading out in branching and expanding tentacles, which themselves are branching and expanding recursively, shrinking back, billions doing so simultaneously, converging into new coherent sets of memes which take on lives of their own.

If we imagine each meme as a color, and each variation as a shade of that color, then we would have innumerable distinct colors and shades flowing in diverse expanding and contracting fractal patterns through the mind of humanity, the hues shifting as the memes evolve, interacting in almost unlimited unique and creative ways as they converge in particular minds and groups of minds, each individual human being defined, in conjunction with its unique set of genes (and subsequent physical affects of variable environmental factors), by its unique set of memes organized into simultaneously shared and individuated metaphorical frames and narratives. This is the graphic of our social institutional landscape: mind-bogglingly complex, flowing and dynamic, throbbing with a life of its own, shot through with the transient borders and categories imposed by our imaginations, borders and categories which themselves are artifacts of the mind in constant flux on varying time scales. (See The Mandelbrot Set: Images of Complexity for a static but in-depth version of the imagery described above.)

But distinct memes themselves are changing as they flow, being modified in individual minds or synthesized with other memes to produce new ones, displacing or disproving others, in a constant dance of creation and destruction interspersed with the flowing patterns of modification, dispersion, expansion, and contraction. Memes are catalysts, interacting with human predispositions, existing cognitive architectures, and the natural environment to produce new forms, new technologies, new social institutions, and to render old ones obsolete or out of favor.

As discussed in The Evolutionary Ecology of Human Technology, some of those memes are intentionally cobbled into purposive systems, or “technologies,” programming or channeling some set of natural or behavioral phenomena in service to desired ends. Those that program natural phenomena are the ones conventionally thought of as “technologies,” enabling us to do things we were once unable to do, and to produce wealth and comfort and opportunity (as well both intentional and unintentional damage to human beings, their physical infrastructure, and the natural environment) far in excess of what we once were able to produce. These technologies and technological domains (e.g., electrical, digital, etc., as well as, as explained below, market, contractual, etc.) interact with the more haphazardly accumulating and evolving meme-clusters of the social institutional landscape. Technologies can be thought of as the engineered architectures carved out of the social institutional “natural environment,” the latter comprised of the wilderness of foundational linguistic and cultural forms as well as the economic, political, and ideological accretions diffusely growing in conjunction with our various purposive systems.

(The distinction between “engineered architectures” and the rest of the social institutional landscape can be a bit hazy, since the rest of the landscape is a function of human purposive action as well. The difference is that the architectures are consciously invented components, such as the airplane or the US Constitution, while the rest is everything that organically grows around and in conjunction with them, such as social norms, cultural motifs, and folk beliefs. In a sense, it might be correct to say that the entire social institutional landscape is composed of microcosmic “architectures,” if examined closely enough, since it is the accretion of individual purposive actions. Indeed, technologies are to the social institutional landscape what the social institutional landscape is to Nature itself, an increased focusing and intentionality -in a sense, a distillation- of diffusely accreting ”purposiveness.” This is one more aspect of the fractal recursiveness of The Nature-Mind-Machine Matrix.)

While technologies programming physical phenomena are what we most commonly think of when we think of “technologies,” there are undeniable social institutional technologies as well, such as currency instruments (facilitating multilateral, global, on-going exchange, and the enormous economy based on it), enforceable contracts (allowing people to bind one another to mutually beneficial collective action that would have been difficult or impossible in the absence of such instruments), scientific methodology (allowing a more robust and reliable growth in knowledge of the underlying dynamics of the natural world than had been previously possible, and, in fact, underwriting an explosion in the proliferation and sophistication of new technologies), and legal procedure (allowing a more reliable and vigilant system of determining truth in disputes between individuals or between individuals and the state). The United States Constitution, in fact, is the codification of an intentionally invented social institutional purposive system.

New social institutional technologies are constantly being explored, experimented with, implemented, and either proliferate or languish according to their relative reproductive success. In fact, governments are factories of such technologies, passing laws and regulations, creating administrative agencies, establishing new systems and markets, signing treaties with verification and enforcement provisions, forging new social institutions to deal with emergent or suddenly more salient issues and challenges (such as the creation of the United Nations in the wake of World War II, or of tradable carbon market instruments in the context of the Kyoto Protocol. See, e.g., Political Market Instruments).

But just as new technologies in the conventional sense can be created in people’s garages or in small start-ups formed by highly educated young people, so too can new social institutional technologies emerge in contexts more humble than those of the halls of government or international treaty conferences. Many diffuse technological innovations, of both the conventional and social institutional varieties, have occurred in conjunction with information technologies, which have come to form such a vital framework within our social institutional landscape. The Netroots movement is an excellent example of diffuse social institutional innovation in conjunction with emerging physical technologies, contributing substantially to the success of Obama’s 2008 presidential victory.

A particularly good example of a set of robust social institutional innovations contrived by a very small cadre of political entrepreneurs is described in the book The Blueprint: How Democrats Won Colorado, by (pre-eminent Colorado political broadcast journalist) Adam Schrager and (former Republican Colorado state house representative) Rob Witwer. The book describes a confluence of new state laws (both campaign finance and term-limit limitations), a very small group of highly motivated and capable extremely wealthy individuals (“the gang of four”), and the targeted channeling of huge amounts of money by them into non-campaign organizations such as political 527s, 501(c)(3) charitable organizations, and 501(c)(4) social welfare organizations, each with its own advantages and limitations, to affect state legislature races, transforming the Colorado political landscape in the process.

The Tea Party movement, as well, clearly has both some grass roots political entrepreneurial characteristics to it, as well as more centrally orchestrated aspects, both involving some social institutional purposive systems, channeling the deep well of  jingoistic “Political Fundamentalism” in the United States, and the reactionary anger to the combination of the Obama victory in 2008 and the perception of Big Government (“socialist”) actions and policies, tapping into inchoate bigotries and xenophobia, all in service, ultimately, to corporate interests (“small government” meaning non-regulation of corporate behavior, which in turn means foisting costs of production in the forms of externalities onto the public).

The question facing those who want to affect the dynamical fractal geometry of our ever-changing social institutional landscape in purposive and guided ways is how best to do so, where and how to flap the butterfly’s wings in such a way so as to cascade through the system in reverberating, self-amplifying winds of social change. As I put it near the end of The Evolutionary Ecology of Human Technology:

Negotiating this evolving ecosystem of social institutions, technologies, and their interactions with both individuals and the natural environment involves more than hammering together a set of purposive systems. It is a vibrant whole, a metabolism, more organic than mechanistic. Understanding how it flows, how changes ripple through it, how its complexity and interconnectedness form the roiling currents we are riding, is the ultimate art and science of consciously articulating our lives with their context in ways that allow us to fulfil potentials we have only barely begun to imagine. To some extent, these potentials will be realized by technologies, including social institutional technologies. But human consciousness is more than the sum of its parts, and the more our technologies and ideologies flow and undulate with the rhythms of the evolving natural, social institutional, and technological systems within which they are embedded, and with which they articulate, the more fully we will realize the full breadth and depth of our humanity.

I invite and implore all readers to continue to contemplate this question, to consider how best to dance with these complex systems in ways which yield greater human welfare and liberation, greater realization of our humanity and our consciousness. In the meantime, please consider my own evolving “A Proposal: The Politics of Reason and Goodwill” (or the short version: The Politics of Reason & Goodwill, simplified) as one possible starting point. This social institutional world of ours is both a product and source of our genius, in an articulation of coherence and individuation, of interdependence and liberty, of collective and individual consciousness. It is the collective mind upon which we draw, and which draws upon us. It is a narrative we write and act out together in a sprawling improvisation, more subtle and complex than any that has ever been bound into volumes or performed on a stage. Let’s write it well.

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(Formerly titled “Improved Communications Technologies & Techniques + Personal, Organizational & Methodological Discipline = Historic Social Change”).

For those who are serious about working for social progress based on reason and goodwill, despite the momentary resurgence of regressive “Political Fundamentalism”, the confluence of factors is currently conducive to a major paradigm shift. The power of decentralized mass media (“social media”), combined with improvements in our knowledge of  relevant disciplines (e.g., cognitive science, microeconomics and game theory, learning theory, complex dynamical systems analysis, network analysis, epistemology and epidemiology, evolutionary ecology, etc.), as a tool for intentional and potentially revolutionary social change, is a theme which requires the weaving together of several separate threads of thought I’ve been developing on this blog.

I’ve posted previously about the processes of cultural evolution and revolution, involving “memes,” groups of memes called “paradigms,” and the revolutionary effects of the accumulation of anomalous memes within a paradigm, leading to “paradigm shifts” (The Politics of Consciousness). And I’ve continued that theme down several avenues, including a discussion of the acceleration of the cultural evolution effectuated by two products of that evolution itself: scientific methodology, and evolving communications and data processing technologies (Information and Energy: Past, Present, and Future, The Nature-Mind-Machine Matrix).

In another, related, series of posts, I’ve written about the power of decentralization for liberating and mobilizing “the genius of the many” (a term for evolving decentralized but coherent sets of memes and paradigms) to an extent never before possible (Wikinomics: The Genius of the Many Unleashed, Tuesday Briefs: The Anti-Empathy Movement & “Crowdfunding”, Counterterrorism: A Model of Centralized Decentralization), itself a product of the processes discussed in the “human social evolutionary ecology” series. (See also And in two series of posts largely unrelated to these, I discussed the importance of creating a methodology akin to that of science or law for disciplining the development of political beliefs (Ideology v. MethodologyA Proposal, The Elusive Truth), and the importance of each of us truly committed to social change becoming equally committed to individual change, adopting a personal discipline that will make us the most capable and compelling of messengers (“Messaging” From The Heart of Many Rather Than The Mouth of Few). There are some posts, as well, which combine these latter two themes to some extent (The Foundational Progressive Agenda, The Voice Beyond Extremes, The Ultimate Political Challenge).

But, though these disciplines and methodologies, to some extent yet to be developed, are the key to robust sustainable social progress, we do not have to invent either the products or procedures of reason applied to politics from scratch. We have the academic disciplines I listed above (as well as all others) to draw on. I hope that some of my posts have helped to disseminate a glimpse of their relevant fruits, which is as much as any of us can unilaterally accomplish (e.g., The Economic Debate We’re Not Having , The Real Deficit , The Restructuring of the American and Global Economy , The More Subtle & Salient Economic Danger We Currently FaceA comprehensive overview of the immigration issue, Real Education Reform, The Most Vulnerable Americans, The Vital Role of Child, Family, and Community Services).

“The genius of the many” extends the concept of division and coordination of labor to the development of human consciousness; the ecology of memes that transcends the individuals whose brains are its physical medium (see The Evolutionary Ecology of Audio-Visual Entertainment (& the nested & overlapping subsystems of Gaia). A simple example of the genius of the many is that if a thousand random people guess the number of jelly beans in a jar, the mean of their guesses will be closer to the correct number than any individual guess, including the one made by the most mathematically capable of doing so.

Ironically, the far-right, relying on caricatures of reality, reduces all progressive thought to a hierarchical top-down “statism,” whereas the philosophy I am espousing is just the opposite: A coordinated bottom-up aggregation. The far-right, conversely, advocates for a tyranny of the lowest common denominator, never mobilizing more genius than the least informed among them is already in possession of, and imposing that state of relative ignorance on all of us in the form of information-stripped public policy.

One academic discipline not only informs the progressive policies we should be seeking to design and implement, but also the challenge of bringing more people on board in the effort to design and implement them. George Lakoff, in The Political Mind, explores the underlying metaphors upon which our minds are structured, the differences between conservative and progressive metaphors, and the techniques of messaging that should be employed to activate the narratives of empathy that exist compartmentalized in almost every mind –including conservatives’ minds– in advocacy of progressive policies. Combined with other advances in cognitive sciences (e.g., Evolutionary Psychology, such as espoused by Stephen Pinker in The Language Instinct and How The Mind Works; Semiotics; Frame Analysis), this body of thought provides an encouraging foundation for accelerating the reproductive success of progressive memes and, by doing so, the coming paradigm shift that will favor them.

If enough of us dedicate ourselves to these personal, organizational, and procedural disciplines, utilizing to as great and effective an extent as possible these new decentralized media of mass communications, then the power of that movement will be unstoppable. I have frequently quoted Martin Luther King, Jr. (“The arc of history is long, but it bends toward justice”) and John Maynard Keynes (“[People] will do the rational thing, but only after exploring all other alternatives”) as a reminder that the momentum of history is on our side. Bigotry and various forms of violence (including institutionalized mutual indifference, and politically organized ignorance) keep rearing their heads and wreaking havoc in the short run, but they are not what defines the historical progression of humanity, which has, overall, been characterized by gradual, inconstant, unequally distributed gains in both prosperity and social justice (and though sustainability has still been woefully insufficiently addressed, there are indications that the momentum of reason will favor it as well, though whether in time to avert disaster remains to be seen).

Those of us who strive to be reasonable people of goodwill are the ones with the wind of time at our back. Those who oppose reason and goodwill are the overabundant debris resisting that wind, stinging and bruising us as we rush through and past them. 

Here I am, conveying this matrix of interrelated memes, this paradigm, on a blog, and on Facebook, utilizing the very media that form one component of what I am discussing, in order to discuss it, to disseminate the information and attempt to persuade others to do so as well, and to refine our efforts in accord with these opportunities and lessons. We can see the acceleration of innovation resulting from some of the variables described above in many spheres of life: “Chaos Theory” (aka “complex dynamical systems analysis”) and numerous non-computer-related technological advances that have resulted from it (in fields such as medicine, engineering, meteorology, etc.), fractal geometry, the internet, the computer revolution, wikis, vastly reduced economic transaction costs, vastly accelerated processes in almost every sphere of life.

Social systems, which have been in so many ways so resistent to reduction through scientific methodologies (though not as resistant as conventional wisdom maintains), are opened up in a variety of ways, as themselves comprising the quintessential complex dynamical system, amenable to the new analytic techniques that come with that paradigm. Social systems are a complex network of linkages and impulses across them, triggering cascading state changes among nodes and clusters of interlinked nodes, reverberating, self-amplifying, mutually reinforcing or suppressing, not unlike the brains that provide the physical medium of their primary constituent unit (memes, or cognitions).

I am not suggesting that we now have the magic bullet, the panacea that will resolve all problems and meet all challenges. Nor am I suggesting that our efforts will suddenly yield spectacular results. Even in our accelerating world, dramatic change takes time, and is dramatic only in retrospect. Few people have recognized any non-military revolution at the time it has occurred, but they occur nonetheless, and are marvels to behold once they become apparent.

Past modern historical occidental social revolutions have been partial and cumulative: the Renaissance recovered some of the grace and aesthetic rationality of classical Greece; the Scientific Revolution gave us a robust methodology for improving our knowledge and understanding of nature; the Industrial Revolution gave us new machines of production and distribution; the very recent and equally consequential Computer Revolution created a quantum leap forward in the speed and capacity of data processing and communication.

At some point, whether now or in the future, these accumulating revolutions will embrace aspects of social organization that have remained thus far elusive, advancing with accelerating leaps forward in the liberation and implementation of the genius of the many in service to humanity. We will look back on that threshold as we look back on those that came before, recognizing that it transformed the world to human benefit in ways that were almost unimaginable prior to it. That inevitable threshold will usher in a new standard of human welfare that becomes completely taken for granted by those who enjoy it, which will be an expanding portion of humanity, both geographically and temporally. Whether that moment has come or not, it behooves those of us who want to speed its (sustainable) arrival to work, in individually and collectively disciplined ways, using the cognitive and technological tools at our disposal, to facilitate that transformation.

The world has been changing dramatically, in cumulative and accelerating ways, and will continue to do so. But those changes have provided humanity with a mixed blessing, creating riches beyond belief to all but those born into them, but also tools of violence, oppression, and depletion and destruction of the Earth on which we depend. There are those who would like to barrel blindly forward, ravaging the Earth and prospering on the backs of the suffering of others. And there are those who want to harness the forces we are unleashing, to create the sustainable and just future that all reasonable people of goodwill should strive for. Our ability to organize to that latter end has never been greater. Now, we have only to see if our determination is sufficient to rise to that opportunity.

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In the spirit and form of classical mythology, but informed by a synthesis of complex dynamical systems (“chaos”) theory and an amalgam of relevant social and biological (and even physical) theories, this is my attempt to capture the essence of our existence in a work of intellectual art. This is an exploration of the underlying dynamics of human existence, rendered in a tapestry of magical story-telling woven from threads of ultra-violet prose. Now if that doesn’t make you run hard in the other direction…, read on!

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The theme:

The interplay of chaos and order, which are sometimes perceived as opposites, are in reality complementary (reminiscent of the motto that Danish Physicist Neils Bohr chose for his coat of arms when he was knighted: “Contraria Sunt Complementa” [opposites are complementary], beneath the Taijitu [the symbol of yin and yang]). Disordering and ordering forces interact to produce complexity, revealing the universe to be more organic than mechanical in nature. Applications of this theme to physics, ecology, human history, and the nature of individual lives are laced throughout the story. A secondary theme involves human consciousness of these systems, and how it grows by finding order, discovering increased complexity, and finding a subtler order within that complexity, in an endless process of cognitive and spiritual refinement.

The story:

To a backdrop of a millenial struggle between the Loci (mischievous chaos-loving imps with the magical ability to make tiny changes with enormous consequences, such as moving a twig an inch to the left, and thus providing the necessary link in a chain of events that lead to a forest fire that would otherwise not have occurred) and the Vaznallam  (serene order-loving semi-divine beings that live in an ice city high in the Vaznal Mountains), a host of characters on intertwined adventures find themselves involved in the fulfilment of a phrophesized “Realignment”, averting the holocaust of mounting natural and human disasters. In the course of these adventures, they undergo a paradigm shift of their own, discovering a subtler, more accurate, and more naturalistic explanation for the wonders of their world than the religious and mythical understanding of reality they (and the reader) had always held to be true.

Two of my favorite scenes:

1) Algonion, a main character on a highly adventurous spiritual quest (which leads him to become a wizard-trained archer-hero at one point), finds himself inside one of the ice spheres nested inside a larger sphere which is, in essence, the wizards’ incubator of wizardry. Inside, initially simple patterns of colored light and sound and tactile sensations cause pleasure when solved and pain when unsolved (by thinking, chanting, and moving in anticipation of the next sequences in the patterns), only to encounter ever deepening subtley and complexity of patterns upon each resolution. This is my representation of Thomas Kuhn’s The Structure of Scientific Revolutions, in which accumulating anomalies in old established paradigms cause focused attention on those anomalies, and subsequent paradigm shifts. And it synthesises this quintessentially western theory of scientific philosophy with elements of Eastern mysticism. See The Wizards’ Eye.

2) Inspired by National Geographic footage of the Rainforest Canopy Ecosystem, Algonion is fleeing the Loci imps in an enchanted forest, their emotion-destabilizing darts, and the javelins of electricity that flashed in the air, swinging from trees and sailing from branch to branch…, “If only I could fold myself into the wind, he thought, desperately, “wrap myself around it  like flesh around a whim….” Arriving at a debris strewn set of slate ledges leading down to a sea which “churned as though tossed by a storm, thrashing about like a beast with struggling prey clamped in its jaws,” he did just that, and transformed himself with his last lopping strides into a gangling bird that  skimmed above that choppy sea…. See “Flesh Around A Whim”.

Also see :

The Hollow Mountain

The Cloud Gardener

Prelude to “A Conspiracy of Wizards”

The History of the Writing of “A Conspiracy of Wizards”

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