Saturday, July 14, 2007

The Classical, Conservative Worldview

Profile

Mottoes: 'Back to basics', 'keep to fundamentals', 'back to the (golden age of the) past', 'adhere to tradition', 'preserve the best in civilization', 'what is true is eternal'...

Time: 5th and 4th centuries B.C.

Place: Ancient Greece, especially the city-state of Athens

Pioneers and Heroes: Socrates, Plato and Aristotle

Mythic Figures: Apollo, Athena

Quote: "All humans naturally delight in the act of knowing." -Aristotle

Image/Feeling/Flavor: the world is nature as given, as we find it - a garden of forms that contains all kinds of things: rocks, trees, acorns, fish, roses, chairs, houses, pots, parchment, humans and the sorts of things humans naturally tend to do, from war to sports to sex to arguing to observing to politics... a world of rough and ready commonsense... the cosmos is the ordered universe of substances of different kinds, each with an inherent identity, stability and arc of development from birth to death (acorns don't become sushi!) ... the human mind, after appropriate study, can understand the structure of things, can know reality... the highest knowledge is philosophic (the final essence of things)... human action can and should strive for excellence in all fields of endeavor

Life Maxims of the First Organon: aim high; accuracy, exactitude and fidelity to the truth; know yourself; practice continually; know your materials and tools; be satisfied with nothing less than excellence

Some Contemporary Advocates and Champions: Adler, Bennett, Bloom, Hutchins, Hirsch


Philosophy

Metaphysics/Nature/Reality: the World-Story (Narrative): The world consists of a variety of substances, each of which has a defining form. Things change incessantly but there are indeed patterns of order. Things develop in orderly ways according to their natures. (No piranhas from acorns!)

"Surd"/"Devil"/Principle of Disorder/Source of Error: particularity, chance, fate, matter, ugliness, extremes, disproportionality, chaos, confusion (elements of something not blending into an ordered and satisfying whole, parts not being in harmony)

The Mind: The human mind is capable of grasping and understanding patterns of order. Thought is capable of penetrating appearances and coming to an understanding of the essence of things.


Primary Instrument: Logic or the right use of the mind, the study of the correct forms of reasoning; the clarification of concepts and ideas; the study of what constitutes a good argument or proof and provides a convincing or satisfying conclusion.

Essential Cosmic Dynamic: ordered change; development according to type; the movement from potentiality to actuality.

Personal Dynamic: optimal development of one's individual powers, abilities, talents.

Essential Learning Experience: the movement from habit to understanding - going from knowing how to do something to knowing and appreciating why.

Ideal Person: the fully developed person, free and responsible; the person of achievement ( was the mark of strength, virtue, excellence in any field); the active citizen and the life-long learner culminating in a kind of philosophic contemplation and aesthetic appreciation of life in the company of friends

Ideal Society: elitist; an assemblage of the best; a relatively small community or polity like a city-state; an interesting blend of hierarchy and democracy

Core Disciplines and Historical Curricula

Core Disciplines/ Historical Curricula: Philosophy, the study of the ultimate principle(s) of reality, dominated the core curricula of the first universities in the Western World, Plato's Academy and Aristotle's Lyceum. The fact that things had distinctive forms - be they mathematical proofs, the composition of a good poem, the ideal shape of a beautiful statue, the biological structure of a species, the constitution of a city-state - was the basis for the higher studies, which eventually through the Romans became the known as the "liberal arts". Philosophy, literature and mathematics were the foundations. In the Middle Ages it took the form of the 'trivium' - grammar, logic and rhetoric, and the 'quadrivium' - arithmetic, geometry. astronomy and music ("the seven liberal arts"). These were the studies that the "free" or leisured classes pursued. They were also 'liberating' in the sense that their systematic pursuit brought contact with higher or deeper realities. Later, in the European Renaissance, in the form of the "humanities" they were considered splendid ornaments in the life of a courtier. As science and literature grew more estranged
in recent centuries, the elite education of the English gentleman in the Nineteenth Century, for instance, became more literary in character. In the Twentieth Century there has been a rebirth of interest in the 'core curriculum' of the classics, the 'great books' of the Western World in the great American universities - Harvard, Princeton, Columbia, Stanford, etc.







Pedagogy
= the slave who 'leads' the aristocratic child to school; a tutor
= a schoolmaster, a stuffy scholar
= the art, practice and profession of teaching; its principles and methods

Stages of Development = Stages of education: elementary, intermediate and 'higher' or advanced study [ originally meant 'to be eager, to be avid about, to be excited'] corresponding to the 'grammar' school, the 'high' school and the college (or group of scholars) or university (many kinds of study under one tent or roof).

The student: raw material needing to be shaped

The teacher: a figure of authority; the dispenser of knowledge; a molder of youth

Training and the process of learning: repetition and repeated exposure till the essential shines forth; sound training resulted in thorough intellectual and character development, in the formation of a complete human being ("paideia")

Text: "classics" - great examples in every genre that challenge and inspire; outstanding expression of an idea; a complete and orderly exposition of a theme with a proper beginning, middle (development), and end; the presentation of a thesis (that which is to be proved) and an argument (a convincing proof or compelling demonstration)

Main pedagogical avenue: drill and memory and habit are the main pathways of learning in this pedagogical orientation, the basis and foundation of understanding - not imagination, creativity, the senses, intuition, empathy, not experiment, not paranormal faculties or telepathy, not voluntary participation, not kindness or compassion, etc.

Central act of learning: abstraction and generalization - the perception of the essence of a thing or state of affairs, the formation of a concept from a multitude of examples

Elementary skills: reading and writing (literacy)

School: the specifically designed place where learning occurs

Standards: just as in sports great athletes determine the 'mark' to be beat, the standard of achievement, so too in academics great works in all fields determine what is good or bad or excellent or mediocre; a 'good' apple looks good: it has good shape, looks good, is red, ripe, crisp, juicy, delicious and nutritious

Evaluation: satisfactory performance; the inner reward of work well done; the outer reward of recognition of achievement





Reading, Writing and Mathematics

How to read: What is the author saying? (essence, thesis)
What is the order and development of the text? (main & supporting points) What is the cogency of the conclusion(s)? (are you the reader won over or convinced? or, are there more powerful counter-arguments?)(finding key terms, key propositions, and key sub-arguments as they compose the structure of the text - Mortimer Adler How to Read a Book)

How to write: same process as above: the clear, rational presentation of an idea or thesis through the development of a series of parts related to each other like the structure of an organism (each section should have a purpose, each paragraph should have a topic sentence and supporting sentences, etc.). The argument should address the main points at issue and should culminate in a convincing conclusion (e.g., "Therefore homeschooling is the best form of education in the late twentieth century"). Because the world is orderly, writing should be orderly. All writing should have a clear beginning, middle and end.

How to do mathematics: familiarity with elementary calculation (numeracy); practice in reasoning; practice in the perception of form, especially complex conceptual form or forms of higher generality; discerning the basic axioms, defining concepts and first principles of any field

Summary, appraisals and directions

In sum, the pedagogy of the classical worldview, based on ancient Greek and Roman culture, represents the 'heroic' conception of the world. It is based on great events and stories, great teachers, great texts. These texts give definitive and enduring ('classic') expression to great and challenging issues and inescapable human dilemmas. Its core disciplines are literature and philosophy, its core methodology is Aristotelian logic (- which in turn is based on the concepts of identity, difference and the notion of a linking or transitional middle term). Its main achievements are conceptual power (understanding and knowledge) and ethical power (virtue or personal power as the right use of individual energies and faculties).

Weaknesses, criticisms and problems with this orientation: tends to be tradition or convention bound, oriented to the past; tends to equate the customs of one's surrounding society or culture with the laws of the universe or the dictates of God; therefore is often parochial, provincial or narrowly nationalistic; with its 'back to basics' approach it tends to be literal-minded and fundamentalist and suspicious of innovative approaches and the creative spirit; tends to overemphasize the development of intellectual capacities over other aspects and facets of our human nature

Strengths: tends to emphasize individual responsibility, the value of community and high intellectual and moral standards

Future directions, promising lines of research, vision of success: the attempt to maintain stability, continuity and integrity in an always imperfect world; the best kind of research is always coming back to tried and true fundamentals; the ongoing defence against the forces of ignorance and trendiness the inherent rationality of the world, the importance of understanding, the intrinsic reward of virtue for its own sake, and the right ordering of society according to the timeless principles of reality and human nature




Select Bibliography

Mortimer Adler, The Paideia Proposal and How to Read a Book (the obstinate gadfly, the grand old man and the architect of the 'great books' program)
William Bennett, The Book of Virtues (real education = character education)
Allan Bloom, The Closing of the American Mind (a conservative critique of the revolutionary consciousness mindset of the 1960s-70s)
David Denby, Great Books: My Adventures with Homer, Rousseau, Woolf and Other Indestructible Writers of the Western World (a middle-aged New York movie critic goes back to his ivy league college for a year to restudy the great literary and philosophical classics)
E. D. Hirsch, Jr., Cultural Literacy (a common language and a shared fund of information is the foundation of a strong culture and society]
Martha Nussbaum, Cultivating Humanity (A Classical Defence of Reform in Liberal Education)
Bruno Snell, The Discovery of the Mind (The Greek Origins of European Thought)
Mark Van Doren A Liberal Education (a vigorous and lovely defence)

Friday, July 13, 2007

Ten Pedagogical Tribes

What is the basis of a good education? What is the world truly like? What is the nature of the mind? What is the best gear for the path, and how are resources best distributed?
We will examine ten competing visions, ten historical, contemporary and future tribes, ten learning kits, ten pedagogical journeys. Each one has a different interpretation of what’s real, what’s important, what to look for, how to find it, and how to best to express it in our lives. Each vision contains a different view of what it is to be fully human and which human facet most characterizes learning. Each sees a different political context in which the best can occur.

Some models emphasize the development of the intellect, others the scientific method and its applications, others creative imagination, others deep personal awareness, others taking full advantage of technological innovation, others social influence and monetary success, still others a critical view of society’s relentless conditioning and a view toward empowered freedom and justice for marginalized groups, others the attainment of school-based standards of achievement in preparation for global competition, others promoting a fierce independence of mind and spirit, others religious piety or spiritual exploration, and finally, others representing a profound meditation on the existence of all these models in a society of deep diversity. Each tribe prepares you to live in a different world, with different values being accentuated, paths pursued, and outcomes sought for.

Each vision/tribe/pedagogical practice kit has its own version of the “three ‘r’s”, its own head-gear, its take on developmental sequences or stages of maturation, levels of learning apprenticeship, and also its view of what constitutes advanced study and fruitful research. The ten models we will consider should be seen as tribes in the sense that each has its own special totemic identity but also have many kinds of affiliations with each other too. Some are first cousins to each other! Our main attempt here is not to give an exhaustive historical or philosophical account of this complexity, but rather just to give a brief taste, the “flavor” of each of these perennially important positions and traditions. In one form or another, they keep cropping up! So getting some sense of each, gaining an “ear” for them, recognizing them in discussions of education issues, is helpful. It is useful to see where someone is “coming from,” the assumptions they hold dear, their core practices.

The ten models we will briefly sketch are:

the classical conservative
the scientific empirical
the experiential/holistic awareness
critical pedagogy
market success
the technological matrix
the national standards movement
the outlaw/nomad
the futurist
the religious/spiritual

The Classical Conservative Tradition

This is the tradition of the liberal arts, which has its foundation in the culture of the ancient Greeks and Romans. Here good education is centered around the great books or classics of Western civilization from Homer’s the Iliad and the Odyssey and Plato’s Dialogues to The Divine Comedy of Dante and the plays of Shakespeare to the novels of James Joyce and Virginia Woolf…

It assumes the world is fundamentally an orderly place and that the mind can see and understand essential structures. Truth is that which corresponds to reality. Art, in the widest sense, is the fitting or beautiful representation of reality, which may or may not be beautiful.

It praises good work in any field as that which perceives or represents its essence, is ordered, whole and balanced – does what it was supposed to do. It criticizes that which is superficial, confused, a disordered jumble, extreme or unbalanced…

Its elementary tools are the three r’s, the arts of reading, writing and arithmetic/mathematics. It tries to develop good habits (early on valuing memory and repetition) in the student, under good tutelage steering him through an apprenticeship in thinking, learning the ways of intelligent discussion, to the point where he can truly engage with and appreciate the great classics. It’s all about the development of a mature mind, character and sensibility. It develops the ‘high culture’ of striving for the very best and preserving the pantheon of mankind’s finest achievements.

Mortimer Adler has been a great 20th century exponent of the “great books” as the core curriculum of a superior education. Some of his works are How To Read A Book, a guide to in-depth reading of the classic works, The Great Ideas, a discussion of the key notions or most powerful concepts by which we can understand any field of inquiry from politics to philosophy, and The Paideia Proposal, Adler’s manifesto on how to do schooling right. Adler was the editor of the Encyclopedia Britannica’s edition of the Great Books of the Western World.

Other advocates of this approach are:
Allan Bloom’s The Closing of the American Mind which attacked higher education for its permissiveness and watering down of high standards
E. D. Hirsch, Jr. Cultural Literacy which stressed the need for a common fund of knowledge and shared basis of facts and reference points
Theodore Roszak’s The Cult of Information which argues that oceans of data and information were not the same thing as genuine knowledge or understanding!
Susan Wise-Bauer’s The Well-Educated Mind: A Guide to the Classical Education You Never Had which offers the challenge, suppose you really wanted a top-flight education? – what would that foundation really look like?…
Italo Calvino’s Why Read the Classics? – a fresh take on what makes a book terrific
Azar Nafisi’s Reading Lolita in Tehran -- classics as forbidden & dangerous
2. The Scientific Empirical Tradition

The rise of the tradition of empirical science in the West needs no introduction. Or does it? We live and breathe science, and its great progeny technology, in the West. But Alan Cromer in his wonderful little book, Uncommon Sense, argues that we should not. Here he makes the case for the “heretical nature” of science, that it took a very unique set of circumstances found in early modern Europe to arise as an historical phenomenon. Many societies and civilizations of the past have produced encyclopedic observations of nature and natural phenomena – but not science as we know it. Recording observations is a necessary foundation of science but not the heart of science, which is the determined asking of questions and the confirming or disconfirming of possible answers. To be a scientist in the true sense is not to accept things passively but to play a much more active role vis-à-vis nature and natural occurrences. It is to see interlocking patterns on the journey to the heart of nature. It is to see how things are connected, how they work. It is to not stop until we see how all processes, all the fundamental forces of the physical universe, are connected in a single “unified field theory.”

No one scientist can do it all but each wages a constant battle with intellectual laziness, group prejudice, and magical-superstitious type thinking (which is to say, no thinking at all). Any book on popular science (astronomy or evolutionary biology) by Carl Sagan or Stephen Jay Gould will beautifully demonstrate the sparkling and restless curiosity, delight in daring, intellectual independence, questioning spirit and willingness to probe and explore. Such excitement is of the essence of science as a mental trait rather than a body of knowledge to be transferred.

Two main stages in the codification of the craft of scientific activity: First, concurrent with the great triumphs of the physics of Galileo, Newton and Copernicus, the early “mythology” of the famous scientific method: the famous and oft repeated cycle of observation, hypothesis, experiment, and generalization. (‘Mythology’ because it’s really the asking of artful questions that precede exact and disinterested observations – we could ‘observe’ till we’re blue in the face and it wouldn’t be science! We wouldn’t even ‘experiment’ unless we had something we wanted to find out!) Nonetheless, the emphasis on empirical or field experimentation and research was important to counteract the tradition in the ancient and medieval world that understanding the nature of things could be attained by pure thinking alone. Modern science simultaneously honored nature “out there” and the method-based, right use of the mind (see Descartes famous Discourse on Method) aimed at revealing and controlling her secrets – mere opinion or speculation wasn’t enough.

The second stage or formulation of the scientific method comes hand in hand with cognitive psychology. Early in the 20th Century John Dewey made the case in his How We Think that the fancy, elaborate enterprise called science really reflects how we basically think in everyday situations: we deal with problems by making guesses or hypotheses and then checking them out. Thomas Kuhn’s famous idea of “paradigm shifts” that mark great discoveries and changes in science (in contrast to the routine activities of normal science) described in his The Structure of Scientific Revolutions, Norwood Russell Hanson’s Patterns of Discovery, and Arthur Koestler’s The Act of Creation are works that show how the human mind functions on the edge of a discovery or major conceptual shift. Now the philosophy of science sees the hallowed method as more an ensemble of heuristic strategies and as less mechanical. Science in a word is simply the art of problem solving and requires all the traits that we have come to associate with success in any field: initiative, self-management, collaboration and teamwork, creativity, and a willingness to check results

B. F. Skinner in the 1950s and 1960s became a scientifically inspired yet very controversial leader in defining learning objectives in behavioral terms, using a set of rewards and punishments, a precise set of incentives and disincentives, as a set of tools to achieve carefully defined and measured learning objectives. Skinner typified the scientific impulse for precision. Teaching was simply the application of the science of behavior, the application of a rigorous scientific psychology.

Pedagogically and practically, science has come to mean not only the devotion to empirical evidence, statistical representation of such data, experimental design and research, definition and measurement of different variables, etc. – it has also come to mean a certain style or way of doing things. There is a kind of rationality that is the application of scientific thinking: breaking something up into constituent parts, dividing a goal into manageable objectives, creating milestones of progress, devising tests and analyzing or evaluating results. Mankind got to the moon using NASA’s “critical path” methodology: formulating a goal and then backtracking to see what are the critical points that must be achieved at each stage of the way.

Again, practically, the application of scientific thinking to educational issues means doing empirical research – how students “in the field” do under certain conditions and what changes take place when certain variables are changed (e.g. how they do in relation to socio-economic class) or treatments given (the application of a particular pedagogical technique, like the use of phonics to improve reading).

The research in the field of education is vast and covers everything from descriptions of learning style and kinds of intelligence to classroom teaching and management techniques to factors that define and influence the atmosphere of successful schools.
ERIC, the Educational Resource Information Center, is an enormous online database, guide and clearinghouse for such research.

Aside from the essentials of inquiry and of doing good research (e.g. found in Booth, Colomb and William‘s The Craft of Research), there has grown in recent years a new body of “qualitative research” which sees the teacher in the classroom as a kind of anthropologist or in-flight, reflective practitioner of his/her craft.




3. The Pedagogy of Awareness

Energy, process, evolution, feeling, experience and reflection, the vital importance of direct encounter and personal awareness, a growing planetary consciousness…

John Dewey, the foremost American philosopher of education, can be seen in two lights: one, the liberal, progressive and secular philosopher of science, the proponent of the native human quest to solve problematic situations by refining the art of inquiry (of which science is the chief manifestation) and, on the other hand, the heir of the Romantic tradition’s focus on the precious and fundamentally good nature of the child. The latter Dewey followed the pedagogy of Pestalozzi and Froebel and emphasized the centrality and validity of the child’s interests and concerns. No more was the child to be seen as a saluting soldier-follower of the teacher-martinet or the material to be assembled on the assembly line. The student was the heart and starting point of the educational process, which was the satisfaction and refining of natural curiosity and interests via collaboration in the art of inquiry. Learning was to be seen as an inherently social and democratic or non-authoritarian process of finding out. As with science, the heart of education was asking questions – and following up on them. So Dewey was apologist for modern science – and, at the same time, an advocate of a new creed that only really flowered in the Twentieth Century. Dewey became an apologist for what we now call the holistic view of human nature and learning.

In contrast the late 19th Century scientific materialism, early in the 20th Century there arose a refreshing philosophy of temporality and process: Bergson’s Time and Free Will, Creative Evolution, Heidegger’s Being and Time, Whitehead’s Process and Reality. John Dewey’s masterwork, Experience and Nature was another in this line of thinking that did not interpret reality as an assembly of static substances that only changed marginally. Time and process was the essence of things! Dewey talked about how we are mislead by ideas of permanence and talked about the “career of an entity.” Whitehead said “there was no such thing as Nature at an instant.” Einstein revolutionary reinterpretation of time as no longer an absolute, uniformly flowing like Newtonian time, was in the air. Whitehead elaborated a metaphysics that saw all entities as undergoing organic development and that the building block of reality was the event or ‘occasion’ and that relationships were connections between and among events. Existentialists echoed Dewey and Whitehead in seeing experience as radically contingent or precarious. It wasn’t as if you were a thing which, once in a while underwent modifications, but you were/are essentially a no-thing thirsting for definable existence. Martin Buber suggested that people are not inert entities but beings who literally find themselves/ourselves in encounter. Not to risk is not to be. To be is to risk, and to be at risk. In this view, change and the rhythm of change is constant and what looks permanent is really what needs explaining.

In the turbulent period of the 1960s and 1970s America (and Europe) discovered the inner land of meditation! The outer turbulence made some attempt to go deeply within to find not only peace and self-knowledge, but the inner resources for social change and political commitment. Into this scene of social unrest and revolutionary changes for groups like blacks, women, students, and soldiers at war, came the influx of the Asian wisdom traditions: Zen Buddhism, the forms of Hindu Yoga, and Chinese Taoism. Along with these ancient and venerable disciplines came a host of American human potential movements of every sort and description – fads as well as genuine psychic and spiritual pioneers. (Jacob Needleman’s The New Religions and Theodore Roszak’s The Making of A Counter Culture tell this story very well.)

When all material needs are satisfied, what do people look for? When a culture “has everything,” what becomes its next goal? What makes life complete when you have a house, car, boat, and two wonderful and smart kids?

Regimens of self-improvement and the more rigorous and inward journey of self-awareness are now as American as apple pie. The Gap and Buddhist meditation. American culture has matured to the point where it asks the same questions about our ultimate source, as do the traditions of the great religions. America has become a strange place, a place where narcissistic regimens of self-improvement collide with the disciplines of deep awareness that touch upon the core mystical traditions of the world. Paul Ray and Sherry Ruth Anderson’s book, The Cultural Creatives describes and examines this paradoxical and possibility filled ferment that is America today. America is a place charged with vital confusion and the clash of titanic visions. How will it/we find our place in a global reality? How do we understand ourselves and our role in an increasingly interdependent world? How do we become veritable citizens of the planet? How far does the web of life extend?

Holistic education pivots on the art, skill and learning of self-awareness. Without this primary sensitivity, everything becomes ‘external’ – something to control, manage or manipulate.

Rudolf Steiner inspired Waldorf schools and Montessori schools are both pedagogical traditions that emphasize sensory awareness and attend to the deeper organic and personal rhythms that we are ordinarily unconscious of. They both have as their agenda developing a comfortability and deep friendliness with the world in contrast to the us-versus-them, competitive orientation implicitly inculcated in most educational regimens. Here the development of care, sensitivity, and stewardship values are cultivated as the “way,” again in contrast to the “end-gaining” mania of society.

There are thousands of good books on meditation, although a period of intensive retreat is the best introduction to the serious/joyful path of self-knowledge and ultimate enlightenment. It is good, however, to cultivate a “ginger mindfulness” as a gesture of balance and self-friendliness in all one’s activities. Gentleness toward oneself is not the same thing as laziness or self indulgence. Meditation is often seen and pursued as holistic practice, that is, one that is engaged in the discovery and integration of the different facets and dimensions of the self.

Good introductions to meditation include:
Any book by Thich Nhat Hanh, especially The Miracle of Mindfulness, and his Peace Is Every Step. There is a universalist, non-sectarian appeal to Nhat Hanh.
The classic of the 1960s-70s era that deeply affected many Americans, Shunryu Suzuki-Roshi’s Zen Mind, Beginner’s Mind. This small collection of talks has had a real resonance with the American spirit.
Joseph Goldstein’s Insight Meditation: The Practice of Freedom
Bhante Henepola Gunaratana’s Mindfulness in Plain English
Robert Thurman’s Inner Revolution and Infinite Life (what Uma’s dad, a Tibetan Buddhist scholar at Columbia University, has to say!)





The Critical Pedagogy Tradition: Social and Revolutionary Activism

“Tell me what you think you know, and I’ll tell you where and how you live!”

Schooling’s job is to reproduce the established order.

A society not based on justice will always be unstable and, in the last analysis, cruel.

This approach to teaching has its roots in the philosophy of Karl Marx. Here the main objective is to understand the unjust composition of society, determined by the historical evolution of economic structures (like slavery/kingship, feudalism, capitalism, coming socialism), and the historical process that is tending toward human empowerment and recognition. Every historical era has its dominant class. Corporations and great accumulations of wealth (‘capital’) provide the dynamics of today’s society, from shaping electoral politics to the kinds of occupations available. But capitalism is a human artifact, a human creation, one which distributes goods, power and recognition in a certain way. Great wealth has the effect of creating great poverty and manufacturing inequities. Schooling similarly reinforces privilege and social caste. In the Marxian view, revolutionary activism sensitizes workers (students as well as teachers, various functionaries and managers, are laborers!) to their actual condition and hence helps usher in a society based on care and mutual benefit, rather than the hoarding of resources and status for the controlling class. Literacy here, as taught by the great Brazilian teacher Paulo Freire, means learning is essentially consciousness-raising, how to read by discovering – and precisely naming – the conditions that define one’s social class (like boss and functionary, landlord and tenant, debt and mortgage). In a society ruled by wealth, power manipulates from behind the scenes. Understanding who has power and who ultimately benefits from its exercise is the key that unlocks so much.

“Knowledge” is not politically neutral! Critique of the “banking metaphor” of education whereby the teacher has all the knowledge and pours it into the empty head of the student… a commitment to mutual questioning and collective inquiry…

Where you are in the socio-economic hierarchy, your “class” location, by and large determines your beliefs… your view of the world simply mirrors your socio-economic class and aspirations… to become aware of this is to create a true learning horizon for the first time… all of a sudden all assumptions become worthy of critical examination…

Tools:
Exposes -- constant exposure of oppressive circumstances and relationships, presenting live specimens, cultural exhibits, embarrassing juxtapositions of the discrimination, hypocrisies and inequities of the current state of the society, especially in and of the media environment, which is one of the institutions, along with schooling, which props up and amplifies society’s dominant and destructive myths –
Critique/Theory -- explaining how the parts fit into the whole, the systematic articulation the contradictions of society in comparison with the visionary projection of a just society
Liberatory Praxis -- social struggle and social activism, gear for the long haul, a series of broad strategies and changing tactics (psychological, legal, popular, artistic, political and educational) that guide the growing realization of freedom of different groups (blacks, women, latinos, gays, the poor, the very young, service workers and other marginalized groups, students, white collar executives) through their respective struggles for dignity and recognition and promotes the equitable construction of the larger community as the full expression of our humanity

People:
Paulo Freire, The Pedagogy of the Oppressed, The Politics of Education, etc.
Kalle Lasn, Culture Jam (how to interpret the media as mental environment)
bell hooks, Teaching Community: A Pedagogy of Hope
Ira Shor, Empowering Education: Critical Teaching for Social Change
Joan Wink, Critical Pedagogy: Notes From the Real World
Jonathan Kozol, Savage Inequalities


5. Market Success

Late 20th Century market capitalism as outlining the path of career advancement and the unabashed goal of financial success and survival of the fittest…

A zillion American business/managerial success manuals -- from the Norman Vincent Peale all time best seller, How To Win Friends and Influence People business, to how to climb the ladder of success and stay there (Up the Organization, How to Swim With the Sharks, etc., etc.), to contemporary corporate applications of the ancient Chinese classic on strategy, Sun Tzu’s The Art of War -- are a treasure trove of advice on positive thinking, visualization for success, wily tactics, aggressively and energetically charting the mental tools and organizational skills key to your personal path to success. They spell out the necessary qualities of determination, drive, decisiveness, persuasiveness, flexibility, creativity, collaborative communication, being focused on results, displaying a winning orientation and topnotch organization skills to boot; an emphasis on innovation, the competitive edge, productivity and social utility, if not enjoyment… creating commercial abundance... Business success as sport and source of satisfaction… what’s wrong with the pursuit of the American dream?… ambition as the very motive power of achievement, a virtue instead of a vice… financial success as the source of good(s)…

People:
David Allen, Getting Things Done: The Art of Stress-Free Productivity,
and Ready for Anything: 52 Productivity Principles for Work and Life (bite sized essays that will put you at the top of your game)
Tom Peters, In Search of Excellence, Thriving on Chaos, etc. (Peters has been for decades the management guru!)
Stephen McCovey, Seven Habits of Highly Effective People
Donald Trump, The Art of the Deal (the godfather classic on how to do it)
Virginia Postrel, The Substance of Style
James Twitchell, Lead Us Into Temptation: The Triumph of American Materialism (how advertising and commerce are surprisingly creative, productive and civilizing)
Peter Senge, The Fifth Discipline: The Art and Practice of the Learning Organization


6. The Pedagogy of Technology

The close union between cognitive psychology and the stunning assimilation of computer technology in recent decades has created an information explosion and accessibility undreamed of except by the highest caliber of scholars in the past. A world of information is now readily accessible to any student of whatever age and circumstance. The advent of the Internet has made the place (school site) and the timing (school-based curricula) almost a thing of the past!

Lewis Perelman in his provocative book School’s Out argues that the advancing, even avalanching, growing edge of technological development (electronic hybrids of all sorts) almost makes school, as we have known it, an antique, like brick and mortar and the horseless carriage. He argues that the system known as schooling resembles a Soviet-style “collective farm” where everything proceeds in lock step according to standards set by the state monopoly on education. The vast and rigid machinery and bureaucracies of education now are impediments to real learning and to the ways that people actually learn. From context-based and apprenticeship learning to the seemingly perverse zig-zags of people’s genuine interests to embedded systems of expertise to “hyper-learning” media and channels, Perelman says we face a new world in which learning becomes our natural (and ‘smart’!) environment, not the painfully slow and bureaucratic certification process that has now become an albatross around our necks and hampering us by placing unnecessary barriers and hoops around what we do quickly, naturally, self-motivatedly and enjoyably. Schooling puts the barriers up and then by doing so creates the great ‘motivation’ conundrum!

Schooling is an artifact of the old assembly-line manufacturing mentality. The information age, aided and abetted by electronic media of all sorts, encourages and requires a much more agile and interesting configuration of qualities. Education is no longer slavery in a post-industrial, creativity and knowledge based society. The arts of knowledge production, navigation and connoisseurship are the premium arts of our new era. Creative adaptability and an appreciation of the cognitive skill sets of the mind are key. That long-term memory and storage can be done by computer makes us realize that we are not computers but creative synthesizers of data and phenomena. We dance with reality – or play with it – not follow it blindly and mechanically!

People:
Howard Rheingold, Virtual Reality (an vivid mapping of our new world)
Nicholas Negroponte, Being Digital
Don Tapscott, Growing Up Digital
Douglas Rushkoff, Playing the Future: What We Can Learn from Digital Kids
Ray Kurzweil, The Coming Age of Spiritual Machines (sure to traumatize you!)
Richard Florida, The Rise of the Creative Class
Mark Pesce, The Playful World: How Technology Is Transforming Our Imagination
Kevin Kelly, Out of Control: The New Biology of Machines, Social Systems, and the Economic World (where have we heard about this one before!)
Wired Magazine
Joshua Green, “No Lectures, Just Software,” The New York Times, 8.10.00


7. National Standards

Based on the notion of clearly articulated educational goals and measurable progress toward those agreed upon goals. Educational goals should represent the consensus of experts and/or acknowledged professionals in the various disciplines, like history or mathematics. They should spell out what should be achieved by students and expected at what grade level.

The National Standards Movement, originating in the late 1980s and 1990s under Bill Clinton’s leadership, purports to define the ways of measurement of knowledge performance, assessment and accountability of educational agencies like schools, with the emphasis being on superior performance in the context of global economic competitiveness. The motto: Make our students competent, make our country best!

Educational goals should be broken down into manageable and attainable objectives. [This is an example of scientific-style reasoning or the application of scientific style thinking to social problems.] Curricular objectives should have internal standards or evaluative “rubrics” by which progress or attainment can be gauged. It should be clear how and when subject material or topics are mastered.

Failure on the part of students should have a diagnostic function, that is, identify who needs help, in what areas, and how much. Likewise, teachers, schools and principals should be judged as failing or passing, and also with a view to eventual improvement. [Like corporate business accounting, student and school performance should be clearly measured and transparent.]

George W. Bush concretized this movement by initiating federal legislation, entitled Leave No Child Behind, to ensure proper standards of literacy and numeracy and to guarantee that the structures are in place to ensure proper education for all. The correlative of this is periodic, universal and systematic testing to make sure of student attainment and schools and teachers live up to their obligations. Finding out who’s failing and why, and how to fix it, is part of the bargain.

A new kind of “PTA”! – emphasis on performance, testing and accountability…
As with any scientific style, the application of exhaustive educational research is crucial. In line with this, there is the conversion of every skill or subject into a detailed list of evaluative standards or markers called “rubrics.” What is a good composition? -- Five characteristics. What’s a good research project? Look for the evaluative rubrics. How do you judge good writing or good math skills for someone in middle school? Again, what is key is spelling out specific and detailed measures of competency, successful performance.

Student and parental choice has been another hallmark of this approach: student vouchers that enable students and their families to choose successful schools instead of failing ones and new kinds of schools, like charter schools – less encumbered by teacher unions and administrative red tape, privatized commercial operation of some schools, are examples of how choice and better quality for educational “consumers” might be attained. Getting results is the name of the game!

Politically conservative writers and apologists have generally supported this emphasis on testable competency as the fundamental function of schools, in contrast to the liberal ‘permissiveness’ and too much freedom on the part of students. Basically they say that the nation has a stake in ensuring a well-educated citizenry and workforce. Students should know how to add and subtract and know the history and primary documents of the country, like the Constitution. Inculcating basic communication skills, like reading and writing, fostering math and science literacy, and making sure (by standardized testing!) there is a common fund of knowledge, is the goal and means of this approach.

People:
The writings of former Secretaries of Education William Bennett and Diane Ravitch
E. D. Hirsch, Jr.’s famous Cultural Literacy is a persuasive argument for a common fund of knowledge that all students should eventually have
Allan Bloom’s The Closing of the American Mind and Dinesh D’Souza’s Illiberal Education are ultra-conservative diatribes against what they consider liberal permissiveness, especially in higher education
See “Leave No Child Behind” at the website maintained by the US Department of Education (ED.gov)
8. Nomads and Outlaws

dissidents and rebels, deschooling advocates, civil libertarians, radicals, individualists, artists, revolutionaries, counterculturals, hackers, anarchists (or rather, polyarchists!)

This is the tradition of anti-tradition, the contrarian stance of the romantics and the existentialists, the counterculturals of all ages and historical epochs…

life is short! this fact is the only rationale! all fine sounding ideals are hooks!

claiming one’s uniqueness and passion as the only way

“to find the unknown, you have to go by way of the unknown”… if you cling to the known -- that is all you will ever know… safety will only guarantee…safety

Society’s main aim in education is socialization, replication of itself, the transmission of the status quo (under the illusion of rosy change), conformity (how easily this is proved!), productive utility, replacement value… Nor real compromise is possible… adventurous individuality doesn’t ask permission, defines its own norms and standards, has the courage to hew its own path, create its own life, its own life-curriculum (own religion, own sexuality, own canon of taste and value, rhythm of learning, etc.)… radically listening to one’s deepest and most authentic impulses as opposed to mindlessly following the fads, rituals and handcuffs of convention… one has to create a horizon outside the orbit of society to truly grow… integrity, deep harmony with oneself, is not a given – it is an achievement born of struggle… one has to truly claim one’s life…

Some heroes:
William Blake, “The Marriage of Heaven and Hell” (what innocence and experience both teach, according to this aphoristic account by a premier Romantic poet)
Max Stirner, The Unique and Its Own (the book that Karl Marx thought was one of the most dangerous works ever written!)
Friedrich Nietzsche, Twilight of the Idols and Thus Spake Zarathustra (for the intrepid and horizon-breakers only!)
Soren Kierkegaard, Concluding Unscientific Postscript (early existentialist defense of the solitary thinker versus any system that pretends to completeness)
bell hooks, Teaching to Transgress (subtitled, Education as the Practice of Freedom)
Morris Berman, The Twilight of American Culture and Wandering God: A Study of Nomadic Spirituality (where inspiration can be found in the desert culture of decline)
Laura Riding, Anarchism Is Not Enough (especially her unforgettable essay, “The Myth”)
Hakim Bey, TAZ: Temporary Autonomous Zone (why chaos and anarchism are not bad)
Deleuze and Guattari, A Thousand Plateaus (a gigantic surgery of new patterns)
Jiddu Krishnamurti, First and Last Freedom (how society is always in a state of decay)
John Taylor Gatto, An Underground History of American Education
William Wimsatt’s No More Prisons – esp “A Gourmet Guide to Self Education”






9. Futurist Pedagogy

A new tradition which has its roots in science fiction and political forecasting in scenarios, the futurism of the 1920s and the future studies of the 1960s, philosophic reflection on deep trends and technological explosion (e.g. genetic engineering)…

Reality is constantly self-creating itself… perhaps a small group of tendencies steadily (and by jumps!) multiplying, intensifying, expanding, and constantly reconfiguring by the dual and simultaneous process of interiorization (growth of consciousness) and exteriorization (growth of scaffolding infrastructures and embodiments) that together propel the evolution of our species in the cosmos as it is lured to new realms of experience (which are continually being created)… what we concentrate on, we make real…

Tools:
There has always been an interest in the future, from prophetic biblical dreams, to Greek and Roman oracles and omens, to divination via the I Ching and reading tea leaves to intriguing and perplexing psychic phenomena like clairvoyance. Since the early modern era with its emphasis on scientific experimentation, there has grown up a tradition of empirically based prediction (specifying experimental outcomes to be confirmed or disconfirmed, weather forecasting, etc.). More recently there has been, especially with the advent of computers, extensive use of graphic and complex simulation techniques. Modernity has also given rise to the utopian imagination and the alternative imagination. And of course science fiction represents a vast repertoire of depictions of the far and intimate future: alternative universes and parallel worlds.

Imagination: conceiving of things other than what they are… Two kinds of imagination have been cultivated in the burgeoning field of futurist pedagogy: one, the critical imagination which surveys the fundamental tendencies in human nature which in fact construct the icons and technologies of every society from pyramids and cathedrals to personal computers and space probes (and thus creates the full spectrum of the human), and two, the visionary imagination which creatively envisions that which is deeply possible… between these two, it elaborates a montage of major scenarios that pose dramatic choices in and for cultural and human/species evolution.

People:
Henri Bergson, Creative Evolution
Alfred North Whitehead, Process and Reality
Pierre Teilhard de Chardin, The Phenomenon of Man, and The Future of Man
Karl Popper, A World of Propensities
Bertrand de Jouvenel, The Art of Conjecture
Ernst Block, The Spirit of Utopia
Buckminster Fuller, Operating Manual for Spaceship Earth, Nine Chains to the Moon
Alvin Toffler, Future Shock, The Futurists (ed.), and The Third Wave
Stanley Kubrick, “2001 A Space Odyssey” (film)
Thomas Berry, The Dream of the Earth
Joanna Macy, World as Lover, World as Self (Buddhist teacher on mandala)
Donna Haraway, “A Cyborg Manifesto” (notorious and famous essay on the coming hybrid forms of existence)
Donnella Meadows, “Which Future?” (Generation NExT, Winter 1995/96, Page 59)
Marina Benjamin, Rocket Dreams
Ken Wilber, The Atman Project
Robert Aitken, “Envisioning the Future” from his Original Dwelling Place
Charlene Spretnak, “News from Scotopia” from her Resurgence of the Real: Body, Nature, and Place in a Hypermodern World
Michael Zey, The Future Factor
Bruce Sterling, Tomorrow Now






10. Religious Education

Religious education can mean one of two, sometimes very different, things: the training in the dogma (beliefs) and rituals of a given religion or tradition (Catholic, Protestant, Jewish, Muslim, Hindu, etc.) – or, the development of the spiritual sensitivity as it manifests in children and as it unfolds throughout life.

Is it possible to have spiritual sensitivity without some kind of early religious training in a particular tradition? Good question! Suppose the early training is ultimately rejected in favor of non-sectarian spiritual exploration? What happens then? What’s best for a child growing up? How are “values” best taught? How can you not have religious training/education (things implicitly worshipped) as the child grows up? Is atheism a valid position? What are the goods and bads of religion, historically speaking? How can parents (and teachers) best respect and nurture a child’s innate religiousness? Isn’t some kind of “parochial” education, or narrowness, necessary till the child has wings of his/her own? But isn’t force always damaging? Or is it? What do you mean by force?… respect?… encouragement?… How is fanaticism best avoided? What do we mean by “enlightenment” today?

There is endless catechetical literature in each religion’s tradition -- how to become a good Catholic or Jew or Ba’hai or Mormon…

Lawrence Kohlberg has done important work in tracing the stages of the evolution of our moral sensibility.
Jerome Berryman has edited a tantalizing little book of conversations between Sam Keen and Jim Fowler entitled, Life Maps: Conversations on the Journey of Faith which extends Kohlberg’s profiles of life-stage maturation of basic attitudes
Evelyn Underhill, The Life of the Spirit and The Life of Today
Jiddu Krishnamurti, Flight of the Eagle
Frederic and Mary Ann Brussat, Spiritual Literacy (an anthology of readings)
Arthur Magida and Stuart Matlins (eds.) How to Be a Perfect Stranger (2 vols.)
Dolores Leckey, The Ordinary Way: A Family Spirituality
Robert Aitken and David Steindl-Rast, The Ground We Share (a dialogue between two prominent traditions)


Dan Novak, University of Rhode Island (February, 2005)

Wednesday, July 11, 2007

The Odyssey of Western Education

All education is training or preparation for reality. But preparation for what reality?

Different cultures build their educational systems around the demands of certain environments. Survival as a hunter-gatherer in the rainforest or in the arctic tundra or in a southwestern desert is very different from social inculcation in an ancient empire or medieval France or early industrial England or modern corporate-dominated, information-rich America. And what of the 21st century? - ecological disaster, political chaos, global networks, material plenitude, poverty, spiritual renaissance, interplanetary expeditions...? What will be the primary environment we as a species will be preparing for and/or reacting to?


Major Markers or Quantum Leaps in Collective Human Development: A Mapping of Global History

1. Tribal..... nomadic groups, hunting skills, warriorship, shamanism..... (prehistory to 10,000 B.C.)
2. Ancient Empires..... kings, scribes, priests, caste-system..... (e.g., Egypt, Mesopotamia, Persia)
3. The Greeks..... city-states, democracy, discovery of rationality, individuality.....
4. Christianity and the “Axial Era” or birth of Major Religions..... rise of non-ethnic, non-tribal religions claiming universality.....
5. Modernity..... rise of the scientific method, modern technology, nation-states and social/political revolutions.....
6. The Consciousness Revolution of the 1960s-70s..... the birth of planetary human awareness?

[7. ??? THE NEXT STAGE IN COLLECTIVE HUMAN DEVELOPMENT?????????- 'Postmodernism'...'Information Age'... Automation...Community on a large scale reborn... Plenitude...Scarcity...Genetic Engineering... Nanotechnology...Interplanetary voyages... Riots...Terrorism... Pax U.N./Americana...Evolutionary/Cosmic Regression or Metamorphosis... Loneliness and the New Solitude...the Unenvisioned, Unknown and/or Unanticipated?........... More of the Same?……………………]




Three worldviews dominant in Western culture: their traditions, typical methodologies and pedagogical applications:

I the Classical/Conservative/Intellectualist Tradition (Greek rationality and logic)

II the Scientific/Empirical/Behaviorist Tradition (applications of the scientific method)

III the Experientialist/Consciousness/Awareness Tradition (any of the “inner” disciplines of concentration, meditation and/or contemplation)




There were three symbolic manifestoes reflecting these traditions, three 'toolboxes' on how to investigate and learn about the world:

(Note: in Greek means tool or instrument)

1. Aristotle's Organon (~ 4th Century B.C.), his writings on logic and correct reasoning, especially deductive reasoning

2. Francis Bacon's Novum Organum (1620 A.D.), an early modern celebration of the new scientific method of the more productive approach of inductive reasoning, testing and observation

3. P. D. Ouspensky's Tertium Organum (the "third path or way") (1940 A.D.), an exposition of the "inner" path of awareness or development of consciousness of the Sufi mystic and teacher George Gurdjieff; representative of many Eastern paths (yoga, taoism, Buddhism) which, during the 1960s-70s, would be imported into and assimilated in the West.


The Main Idea!!!

*WORLD (What is the world like? -- three different images!)
*THE MIND (What is the mind like? -- three different takes!)
*PRIMARY TOOL/DISCIPLINE/METHOD (three different toolkits!)
*LEARNING AND TEACHING (three different approaches!)
*PRODUCTS AND ACHIEVEMENTS (three different standards of success!)


A Brief Bibliography

Bowen, J. (1972-81). A History of Western Education. (3 Volumes)
Csikszentmihali, M. (1991). Flow (The Psychology of Optimal Experience).
Cromer, A. (1993). Uncommon Sense (The Heretical Nature of Science).
Ferris, T. (1989). Coming of Age in the Milky Way.
Hanh, T. N. (1976). The Miracle of Mindfulness.
Hicks, D. (1981). Norms and Nobility (A Treatise on Education).
Kimball, B. (1986). Orators and Philosophers (A History of the Idea of Liberal Education).
Novak, D. (1996). The Curriculum of Consciousness (A History of the Disciplines From the Greeks to Post-Modernity). (Thesis)
Schubert, W. (1986). Curriculum: Perspective, Paradigm, and Possibility

[DN/1998, 2007]

Saturday, July 7, 2007

A Futurist Manifesto -- Notes From the Telecosm

A FUTURIST MANIFESTO – NOTES FROM THE TELECOSM


An Exercise in “Far-Seeing”…
A Projection of Five Major World-Scenarios…
An Exploration of Some Global, Planetary, and Postmodern Themes…
A Preliminary Reconnaissance-Sketch of Possibilities…
For Philosophers and Babies only…


Preliminary Calisthenic. Nation states in the future will be like North Carolina or Wales or Szechwan: municipal, regional and/or local designations denoting an appealing charm complex of cuisine, language dialect, and history/tradition. Harmonious contact and thorough-going tourism will supplant the terrorism of non-contact and estrangement…


1. Major Regression. A widespread reversion to barbarism, mercenary armed forces, and a new feudalism; the triumph of fragmentation and chaotic heterogeneity; futuristic fiefdoms; nomadism…

2. Empire. The triumph of over-unification, uniformity, and stimulating and/or pacifying homogeneity (McDisneys)… Global commercialism reigns; “the society of the spectacle” (large scale programmed events); wealth and power continue to concentrate, anonymitize and recede into the background while new foreground versions of bread and circuses capture and encapsulate our attention…

3. Centrifugal Cultures. An array of postmodern tendencies and technologies will define varieties of posthumanity (“in situ futures”); the triumph of radical diversity and divergence [see Mark Dery’s Escape Velocity, and Paul Virilio’s The Art of the Motor]… “Humanity”, a temporary abstraction housing a congeries of different impulses and temperaments, makes a leap (a la Nietzsche) and becomes different species in an acceleration that befits an expanding universe… the confluence, exponentializing and hybridizing of technological streams… This will result in obvious (space “ships”) and unobvious (cyber-realms) multiple leavings of the home planet. [See Roger Shattuck’s Forbidden Knowledge, esp. Part Two, “Case Histories”, and Michael Zey’s recent The Future Factor.] There will be, for example, genetic, cyber-, and spacefaring hybridizations, as well as new strains and braided variations… Technology, as McLuhan saw so clearly, simply empowers all tendencies and abilities and raises them to new qualitative and exponential degrees, resulting in radically new and unprecedented environments… Different visions and worldviews, but more significantly, different actual in-process constructions of what it means to be human will be far more important
than nation state ideological quarrels and aggrandizements…

4. Planetary Enlightenment. Balanced Human/Planetary Evolution. The triumph of harmonious differentiation and coordinate unification… Ecology and consciousness, technology and wisdom, evolving in tandem… A billion flowers blooming in a cosmic meadow… A collective human transformation a la Teilhard de Chardin, Arthur C. Clarke, Olaf Stapledon, Douglas Harding, and Tarthang Tulku [ See The Phenomenon of Man, Childhood’s End, Star Maker, The Hierarchy of Heaven and Earth, A New Diagram of Man in the Universe, and Time, Space, and Knowledge, A New Vision of Reality, respectively.] There is something deeply benign and much larger than our conscious intent being built (in stark contrast to a complete surveillance society wherein “intelligence” represents the convergence of an umbrella of police and military agencies worldwide, coupled with continuing technological refinement) -- say the intelligent and sensitive infrastructure of global community where no pain or distress goes unnoticed or unaddressed, a proper sensitive sheath or ensoulment of humanity… Perhaps this vision of the beloved community is an archetype of the fundamentalist, utopian, or prophetic imagination… Teilhard: “On the cosmic level, only the vastly improbable is true.”

5. The Alternation Cosmology. The Steady State / Unsteady State Scenario. The world will never stop being “the world!”… No matter how sublime the possibilities of cosmic pottery, things will always and forever have a “surd” quality, an irrationality factor and/or unfathomableness, at their base… We are always off-balance. Here the world always changes and yet remains the same, remains the same but nonetheless constantly changes… Here, the Buddhist “samsara”, the merry-go-round of existence, the reincarnation of all tendencies and types, the world-structure and composition essentially the same… The world remains quintessentially defined by tension and the inevitable generation of opposites and contraries… Perhaps, as in Hinduism and Buddhism, some resolute and doughty souls emerge now and then from the existential morass and matrix of selfish desire, and its exquisite permutations of anguish, to the eternality and safety of a beatific state… Regardless, there have always been different “worlds” (‘maya’, ‘lila’, etc.) played out in exacting detail in what is ostensibly the same arena (for example, different kinds of death prepared for and consequently experienced). Our dreams prescribe our realities. Different temperaments, philosophies and worldviews have always defined different human species masquerading as one. The kaleidoscope of evolution tends to obscure the “eternal recurrence of the same.” Be different worlds as they may, tendencies will always develop in relative isolation from each other, and despite temporary dominances, will always create the conditions of instability. The world will always be volatile. The world will always be ec-centric, off-center, throwing us off-balance, making us forever vulnerable to minor, cometary and tidal influences and uncertainties. Towers of Babel, Twin Towers, and space colonies will always topple or eventually dis-integrate. Ultimately gravity will triumph. Upsurges of novelty will constantly upset the devil but not change the nature of the game. [See James Carse’s profoundly stimulating Finite and Infinite Games, and of course Herman Hesse’s classic The Bead Game. Also, see Simone Weil’s theologically incandescent Gravity and Grace.] So, Siddhartha the Buddha: ‘Existence is inherently unstable… Work out your salvation with diligence.” And Jesus, “The Kingdom of God is within you.” Or, as with some sages like Ramana Maharshi, Bankei, Krishnamurti, Thich Nhat Hanh and others, we should REALIZE that we are ALREADY in the wondrous kingdom, our deep home.


A postscript and brief commentary:

The above represents a dramatic enlargement of scope, a suggested kind of inquiry, in which to consider the current maelstrom of tactical and instrumental-weaponry thinking. We need to have a vivid conception of a global community as a source, a hope, and a counter-vision to paroxysms of patriotism and paranoia. We need the quiet but unmistakable leavening of the “third force” of conscience, the wholeness of moral knowledge, that sees the loving solidarity we must journey to.
The above represents a context for thinking about:
- terrorism as an ineluctable feature of highly technicized societies [See Andrei Codrescu’s The Disappearance of the Outside, A Manifesto of Escape, and Robin Morgan’s prescient first chapter, “Everyman’s Politics: The Democratization of Violence,” in her The Demon Lover, On the Sexuality of Terrorism.]
- the preservation and growth of international law in the coming era of diffuse Orwellian conflicts
- refining the mechanics, soft and hard, of a complete surveillance regime with international police and other agencies dovetailing (versus truly intelligent and sensitive infrastructures)
- an array of postmodern critiques and incipient cultures forging ahead to new domains of experience
- the convergence of spiritual traditions that go far beyond denominationalism and sectarianism to the ‘mystical heart’ of religions; a hearty ‘no-religion’ that sees the sacred latent in all things



Dan Novak, September 9, 2002

Friday, July 6, 2007

Groupwork and Community Building

A LEARNING COMMUNITY MANDALA (Dan Novak, 2000)

COORDINATE #3: GROUPWORK, PARTNERING, TEAMWORK, COOPERATION, COLLABORATION, COMMUNITY-BUILDING

The Group as an Energy Field, a Field of Interaction

Every group is electric. Every group is a field of energy, even if the energy is weak. So-called 'empty space' is never empty! It is actually filled with feelings and perceptions! - with suspicion and expectations. What is the energy like in a given group? What is the nature of the psychic space between and among a given group? Reserved, curious, adventurous? Any group, of whatever kind, size or variety, has both tone and voltage. It has a tone: it is, by virtue of its interactions, aggressive, mild, accepting, exclusive, freely moving, rigid and constricting, boring, adventurous, playful, fearful, warm, curious, etc., etc. Whatever the atmosphere is, that's the nature, the feeling-tone of the group's energy. Some groups, as alluded to above, are static-y, dissonant, untogether, members out-to-lunch. Other groups have a high degree of interaction, coherence, resonance. Groups have a voltage level: some very weak, others high voltage due to powerful resistances and/or direction flow. What creates the charge, what dampens the flow, what excites the current?

Group energy dynamics are often much more interesting than a given problem being addressed! Any group, like any live being, has a tone quality and an electric charge, weak or strong. The average energy field functioning of many if not most groups is like a 'scrambling effect' rather than a reinforcing effect as the groups struggle to solve their conundrums. This is part of what could be called the group 'beta-field' in which personalities and styles typically clash and collide. Playful/happy/productive aspects are often called group synergy. Such a group energy is in the direction of the group 'alpha-field' of mutual reinforcement and alignment and fertile harmony. In any case, a group's atmosphere is crucial to its success in whatever it undertakes. A group can become dysfunctional, can meander aimlessly, and explore excitedly, can have a direction, can be seized with a mission. There is always a guiding tone in a group whether created by default, an official mandate, a leader, a conflict, an engaging interest, and/or an immanent or transcendent principle (e .g., the mission of environmental or social justice).


Some Common Types of Groups ("forms of sociation"):

irrelevancy (side by side but complete separation, no connectivity, parallel but no contact)
mere collection or mere spatial or geographic proximity
simple affiliation (simply being a member of a class or group)
chaos + and chaos -
conflict
domination by a powerful person or in-group
pack
clique
hierarchical or bureaucratic organization (often with hidden sub-cultures)
a sports team
Amerind or tribal ceremonial circles
true community and solidarity



The Possibility of a Learning Community

The essence, task and challenge of a class in a classroom in a traditional course, with authority located in the teacher and the text (representing the subject or discipline) is to convert that scene and setting into a truly voluntary and energetic learning association. Having a common objective guarantees nothing. Individual competition is the norm in our society. Sometimes the attainment of real teamwork is the highest achievement of a group. Sometimes genuine community. Usually a host of conflicting demands preclude this, but it can happen in an atmosphere of trust, respect and openness. Sometimes the catalyst is simple sharing - sharing what is personally meaningful. Sometimes rounds of self-disclosure, particularly of one's own vulnerability or weakness, provides the essential link or bond that creates a certain unmistakable comraderie. Sometimes a series of exercises designed to develop cooperation, as a felt sensation, helps. Sometimes deliberate community-building intentions and techniques change the atmosphere from everybody-for-themselves to a group consciousness. Sometimes only conflict and crisis provide the threshold for the group to transform into something special. Sometimes the commitment to each other only arises out of shared difficulties and collisions in a prolonged effort toward a collective goal. There is no magic recipe. Sometimes it's a galvanizing event, the pressure of an outside circumstance, that forges a true community.
By far the most common way groups are held together, other than operating in some authoritative structure (like an institution or business or governmental or service agency), is that of domination. By force of personality or talent one person dominates the activity of the group and creates its agenda, with members either docile or complicit. The greatest challenge for such a group is for the members to become truly equal, self governing and fully participating.


One useful model for intensive groupwork is M. Scott Peck's four stages of community-building: (See esp. his The Different Drum Chapter V)
1. pseudo-community - the mores that obtain in an officially constituted or organized group; surface pleasantries and interactions
2. chaos - the struggle for power and influence latent in any group
3. emptiness - the paralysis and despair of a group at the end of its tether
4. true community - a group that has gone through vulnerability to acceptance




A SHORT BIBLIOGRAPHY on group dynamics, groupwork and community:


Willard Bion, Experiences in Groups (The Tavistock Model)
Martin Buber, I and Thou
Elias Canetti, Crowds and Power
*Jack Gibb, Trust (A New Vision of Human Relationships...)
*Robert Grudin, On Dialogue
**William Isaacs, Dialogue and the Art of Thinking Together
R. D. Laing, Self and Others
Harrison Owen, Spirit: Transformation and Development in Organizations
and his Open Space Technology
Parker Palmer, The Company of Strangers
**M. Scott Peck, The Different Drum (Community Making and Peace)
and his, A World Waiting To Be Born (Civility Rediscoverd)
Georg Simmel, Sociology [Kurt Wolff, editor]
Jean Vanier, Community and Growth

Thursday, July 5, 2007

A Profile of the Empirical Scientific Worldview

THE EMPIRICAL SCIENTIFIC WORLDVIEW

Profile

MOTTOES: 'Forward to the future!', 'no limits to progress!', 'progress is our most important product', 'understand Nature in order to command her'...

TIME: the mid 17th century, 1600s C.E. (the common era) to the late 20th century

PLACE: Western Europe and America, particularly the United States

PIONEERS AND HEROES: Copernicus, Galileo, Newton, Darwin, Freud, Einstein

MYTHIC FIGURE: Prometheus, the titan who stole fire from the gods and gave it to mankind; a figure symbolizing forethought

IMAGE/FEELING/FLAVOR: the world is a gigantic machine whose intricate workings can be analyzed and understood by systematic testing (the scientific method), and which can described most elegantly and effectively by the language of mathematics... movement is everywhere! and seems to shake out into marvelous patterns (in the past referred to as the "laws of Nature")...the physical universe is the sum total of all the forces that scientists discover: from the realm of subatomic particles to the evolution of planets, earth-crust, animal species and to the similarly evolving and expanding galaxies...

QUOTES: "And yet it moves!..." (referring to the movement of the earth around the sun - reputed to have been whispered by the defiant Galileo at his inquisition-trial).
"I value the discovery of a single even insignificant truth more highly than all the argumentation on the higher questions which fail to reach a truth." (Galileo)
"Science is what you know, philosophy is what you don't know." (Bertrand Russell)

LIFE MAXIMS: Question authority! Be critical and sceptical. Don't accept things just because people or authorities say so. Common sense as well as authorities can often be very wrong! People once "knew" the world was flat, and that one race was superior to another. Think of statements more as hypotheses to be verified rather than as statements of fact. Nothing is more precious than independent thinking unless it is your right to be different. Don't be afraid to develop your own individuality. And remember, tolerance and suspension of judgment allow for a society that respects differences and at the same time promotes fairness, impartiality and objectivity.

SOME CONTEMPORARY ADVOCATES AND CHAMPIONS: Carl Sagan, Stephen Jay Gould, Steven Hawking, Richard Dawkins; James Trefil and Alan Comer; Jean Piaget, B. F. Skinner, Marvin Minsky, Seymour Papert, Jerome Bruner and Howard Gardner




Philosophy

METAPHYSICS/NATURE/REALITY: We may never know the ultimate nature or constituents of reality, but what we do have is our unquenchable curiosity and the latest current scientific summaries of theory, testing and research: quanta of energy, "laws" of mechanics, evolution and genetic exchange, entities like quarks, black holes, etc. If something has a measurable effect, chances are it's real. Consistent and reliable measurement of something is an indication of its genuine reality. Mathematics is the best shorthand way of describing how events relate (correlate) to each other. There are no isolated or permanent substances. Nature seems to be a stupendously gigantic evolving totality. Nature in its immense diversity is final frontier. There is no "beyond" Nature.

SURD/DEVIL/PRINCIPLE OF DISORDER/SOURCE OF ERROR: the fact that the universe is not a 'perfect', that is, the fact of the asymmetry or 'brokenness' of the universe rather than its perfect symmetry; the poet Lucretius' idea that atoms whirling in the void had a certain tendency to 'swerve'; Maxwell's 'demons', that is, entropic tendencies toward disorder or homogeneity; the Darwinian notion that Nature tends toward endless variability and profusion; drift, chance and/or random mutations; random 'fluctuations' in the cosmic vacuum or the sheer nothingness sea of quantum potentiality...

Francis Bacon catalogued four perennial sources of human error, four 'idols' or basic causes of human misconception and mischief: 1. 'idols of the tribe', the generic human propensity to see order no matter what (e.g. palmistry or astrology), 2. 'idols of the cave', our individual blind spots, 3. 'idols of the marketplace', the abuses of language and human discourse, e.g. the notion that to every word corresponds an actual thing, 4. 'idols of the theatre', the unending parade of poorly digested theories that we get as a result of our education and/or conditioning by the media, continually changing fads and fashions.

Bacon said in effect that ignorance of how our minds actually work, and of the habitual environmental influences to which they are prone, makes us liable to error. The critical and deliberate methods of science are the great corrective to the human condition of prejudice, rash judgment and vain speculation.

THE MIND: the 'enchanted loom' of our brain cells, the circuitry of our bio-computers, the sum total of our neural pathways and networks, creating personal and collective images (models, simulations and holographic projections) of the outside world. The brain itself is a product of evolution.

PRIMARY DISCIPLINE OR INSTRUMENT: the scientific method - putting our native ingenuity to work recording observed correlations, developing theories, testing them and making recommendations for future research, thus identifying interesting problems as well as solving them... the famous circuit of identifying a problem, framing an hypothesis, designing an experiment to check the facts, confirming or disconfirming the hypothesis and drawing tentative conclusions, perhaps - if really successful - for inclusion into theory... scientific procedure is the opposite of hit or miss... everything hinges on the application of right method versus random guesses or biased opinion or vain impossible-to-test speculation... the patient work of a community of inquirers over generations produces highly reliable knowledge that yields both prediction and the power of technology... science is the invention of invention, not just a particular discovery, but of how discoveries are made...

ESSENTIAL COSMIC DYNAMIC: all is in constant motion and evolution; patterns of order are temporary achievements; there is no standing still...

IDEAL PERSON: the person who embraces growth and change as an attitude toward life; a questioner, a sceptic; a person of competence - an expert, a specialist, a professional - one who applies scientific knowledge and/or the scientific method to his/her field

IDEAL SOCIETY: a politically democratic, liberal and capitalist society, wherein individual freedoms, economic incentives, technological and social progress, the spirit of scientific inquiry (directed reason) and the ethos of self improvement are all protected by law, respected and celebrated...

Core Disciplines and Historical Curricula

Physics and mathematics are the premier disciplines, calculus (the mathematics of different rates of change) and Newtonian physics having been developed in the 17th century...
the 18th century saw innumerable applications of the 'new science', e.g. Laplace's celestial mechanics... the secularist movement known as the European Enlightenment which questioned traditional theology and philosophy as well as royal, noble and clerical prerogatives in the political sphere... amateur and patroned scientific societies with their important journals were founded... the new sciences slowly became a part of university curricula guided by Galileo's distinction between "natural philosophy" (physics) and "moral philosophy" (ethics and philosophy generally)... curricula developed along these two parallel tracks and culminated in the culture wars of the 19th century (literature vs. science in the famous Matthew Arnold-Thomas Huxley debate) and C. P. Snow's notion of 'two cultures', the literary-artistic and the scientific-mathematical, suspicious of and somewhat hostile to each other...

If Newton saw the mathematical form of natural forces, Darwin in the 19th century saw that Nature as a whole had a history...the rise of historical geology (Lyell) and historical consciousness in philosophy (Hegel) gave rise to all sorts of sciences - linguistics, anthropology, sociology, etc. - because everything from language to cultures were now seen in historical perspective... late 19th century German/Prussian scholarship and laboratory science defined new standards of rigor in all the sciences and cultural studies, e.g. in the new science of psychology (which was originally called 'psycho-physics')...

In the 20th century there have been numerous attempts to apply the spirit, methods, and results of science to education:

- Taylorism, crude assembly-line style analytical breakdown of tasks into efficient and manageable components,

- sophisticated Skinnerian behaviorist versions of the above,

- the triumph of quantitative models of psychological measurement: IQ (Benet) and educational testing generally (Thorndike),

- various trends in the teaching of science and math (e.g. the Sputnik scare in the 1950s led to Congressional reports like "A Nation at Risk"); various calls for higher national and uniform educational standards, especially on the primary and secondary levels,

- the rise of computer-assisted and based learning arrangements, the development of computer-inspired models of artificial intelligence, and the researches of cognitive and developmental science generally.

While science as a cultural enterprise in the past has been associated with revolutionary and progressive movements (e.g. the European Enlightenment and Dewey's social progressivism) - and still has an orientation toward futurity, e.g. alliance with almost science fictionary and cosmic evolutionary themes (from Jules Verne and H. G. Wells to Carl Sagan and Olaf Stapledon) - more recently it has echoed some educationally conservative themes such as an emphasis on the "basics" (reading, writing and mathematics) and the cultural/civic significance of a common fund of shared knowledge (numeracy and scientific literacy).


Pedagogy

STAGES OF DEVELOPMENT / DIVISIONS OF SCHOOLING: increasingly an emphasis on teaching in a 'developmentally appropriate' way, which has come to mean taking into account a host of relevant variables from 'age-appropriateness' to stage of cognitive and moral development to handicaps and socio-economic status as they constitute readiness in a student... the sequence of 'elementary-intermediate-advanced' refers both to chronological unfoldment and to levels of mastery of subject matter...

THE STUDENT: student as empty container needing to be filled, versus student as active developing/unfolding organism...some versions of "scientific pedagogy" - e.g. the tradition from British Empiricist John Locke to behaviorist B. F. Skinner - see the student as a kind of 'tabula rasa' or blank slate which experience and/or deliberate conditioning shapes almost entirely; other versions, notably John Dewey in his classic How We Think, and particularly in the developmental camps, e.g. Howard Gardner, see the student as innately active and curious and reaching out to form images of, understand, and shape the world...

THE TEACHER: poser of questions, rather than dispenser of answers; advanced researcher or scientist, one versed in the techniques of formulation and inquiry; an expert, specialist or competent professional; a coach

TEXT: Nature itself is the primary text. ('The language of nature is written in the script of mathematics.' - Galileo) Geologists speak of the 'record' or story told by the strata of the rocks (or the events implied by the different layers and formations). Well tested theories are texts in that they need to be interpreted, and are guides to ongoing research and experimentation. A text is a piece of writing that has the structure: a CLAIM made and EVIDENCE that supports the claim. Finally, school textbooks should not only contain the latest updates of knowledge, but should be graded and sequenced for maximal and effective assimilation by students (they should be developmentally appropriate). School texts should be more keyed to questions and the processes of inquiry rather than to right answers. They should thus resemble lab manuals, specifying experiments and activities to be performed before conclusions are made.

MAIN AVENUE OF LEARNING: According to John Dewey in How We Think the methods of science ape the actual processes of our everyday thought. For Dewey the process of thought is really the act of, or acts involved in, problem solving. Without disturbance and obstructions we would not think. The pregnant pause of thinking - no matter how brief - is actually the attempt at problem solving. And the hallowed history of science is nothing more than an outgrowth of the human-biological need to adjust to and accommodate the world and make it more satisfying.

Humans and animals both encounter barriers of all sorts and find sometimes ingenious and sometimes inadequate ways around them. All organisms continually scan, monitor, measure and evaluate their environments as they respond to difficult and easy conditions. The art of pedagogy is to constantly set up challenges (prefabricated or simulated problems) to stimulate thinking and thoughtful responses (problem solving skills).

So the best way to learn is to be actively involved, to be questioning, to be probing - not to be waiting passively for something to happen. The best way to learn is to become conscious of the problem solving sequences that constitute true science: pausing (not being too hasty in accepting something as automatically true without critically examining it); identifying problems (specifying goals, noticing discrepancies); the art of framing or defining problems (posing statements as hypotheses capable of being disproved!); designing ways of testing, comparing and measuring; and formulating conclusions cautiously, keeping generalizations in line with the evidence and data assembled.

Perhaps, in the last analysis, the main conduit of learning is simply pattern recognition or concept formation, how we make that leap from data to seeing meaningful pattern... In some schools of cognitive psychology the key path to learning is attention, codification and skill. For other behavioral schools, it is the setting up of favored behavioral pathways. It's not what you say or think that counts, but what you do, are able to do and want to do.

ESSENTIAL ACT OF LEARNING: is not assimilation, because that can be done automatically, but evaluation - the comparison of an actual state of affairs (the "facts") with a projected or desired state of affairs (a goal or "hypothesis")... if there is a gap or discrepancy, then there is the need for more thinking... if they fit, we are satisfied and say, "yes, good!" (we evaluate)... evaluation (judgments of yes, no or maybe) is a constant biological process... true learning sees a connection and says yes! (that is, sees it as part of a larger picture)...

ELEMENTARY SKILLS: literacy and numeracy; problem solving; the arts of creative and critical thinking; the arts of collaboration or working in teams and groups

SCHOOL: formerly a physical place or structure; whatever field or lab settings (and equipment) that support projects of inquiry; now and increasingly, the computer software and infrastructure that support the 'virtual' spaces and interactive communities which in turn direct the flow and evaluation of information...

STANDARDS: excellent results in science and mathematics; success in emulating the procedures of scientific inquiry; success in research publications, in peer reviewed journals

EVALUATION: assessment based on performance; demonstration of competency; mastery of material targeted or assigned

Reading, Writing and Mathematics

READING: In both science and reading, it is questions that guide the process. And expectations. Reading takes place on the base of a common structure of information, common referents, common expectations. But difficulties and gaps arise. Reading is like deciphering a code, a continual process of translation, a matching of texts and expectations. Beyond the simple skills of pattern recognition, it is active reading that breathes life into the process: it is having questions to be answered and purposes to be achieved. Reading is what animals do: they purposefully scan their environments: more sophisticated scanning is moving quickly over informational terrain looking for something (something that neatly fits ino an existing pattern, or something that creates a new pattern of meaning or gestalt). To have a problem, hypothesis or purpose is what initiates reading - not passing eyes over print or film or rocks.

WRITING: is framing an hypothesis or propounding an idea or solution to a problem or controversial question, in other words, making a CLAIM and backing it up with strong supportive material or EVIDENCE. Presenting evidence can for example mean giving reasons for one's position. But more importantly, it answers the question, "How does one know?" The best kind of evidence, according to the canons of science, is drawn from the field - from direct sources, reports from the field, experiments, statistically valid samplings and observations, documented research studies, etc. Writing is not simply stating or asserting something. It is making a case, a clear and strong case for one's position.

MATHEMATICS, OR PROBLEM SOLVING GENERALLY: All problems are "word problems". Beyond simple pattern recognition or simple arithmetic calculation (1 + 1 = 2), all problems are algebraic (al jebr in Arabic originally meant bonesetting, or uniting two parts that belong together). That is, there are knowns and unknowns in any givven situation and they are linked by a question. "How can I borrow the car if mom is for it and pop is against it?" "If you have an --- and a ---, how can you find a ---?" Pieces of information lying around does not constitute doing math. Neither does manipulating pieces of information. Nor does the presence of unknowns constitute mathematics. (Think of the untold unknowns that surround us!)

A problem is a question, desire or demand that links certain knowns with certain unknowns. Mathematics does not have to do with numbers, or definite values, per se. Nor is it specific answers to specific questions. Or even right answers. It is the art of framing questions and setting up contexts in which hitherto unrelated things are related. It is the art of making connections. It is the art of discovery.

Dewey was right in seeing everyday life as rife with problems, as a "force-field" of competing tugs, vectors and directions - complete with allies and enemies, desirings and avoidances. Everyday life is rarely neutral in tone; it is charged with competing values and significances. We problem solve as we breathe.

Summary, appraisals and directions

IN SUM, scientific pedagogy is based on the scientific worldview: it is 'objectivist' in that it strives for universal validity (as defined by universally aspired to theory) within the limits of state-of-the-art instrumentation. It is results or performance based and is oriented toward quantitative measurement (precisely defined or 'mathematical' relationships) and sees applications of the scientific method the surest road to human progress. The heart of science is an active stance toward Nature, and experiment is nothing more than actively posing questions (and solutions!) to Nature. Toleration of differences and freedom of inquiry are a must. Science is the extrapolation of everyday inventiveness, and modern technology is the codification and exponential acceleration of invention. It is perpetual restlessness and questioning. It is the desire for the complete knowledge and control of Nature and the systematic betterment of society.

WEAKNESSES, CRITICISMS, PROBLEMS: too great a faith in science and technology as the engine and norm of human progress... lack of recognition of other valid modalities of knowing, e.g., art and religion...too sharp a division between scientific facts on the one hand and human values on the other... if (when!) the genetic code is broken (the 'genome project') who or what will decide its potential uses?... atomic bombs and frankensteins...

STRENGTHS: the only thing that has cut through endless ages of superstition and human misery (e. g. disease) has been science... patient, humble, dogged inquiry and cumulative research... maintaining suspension of judgment till reliable evidence is accumulated... technology is not a menace but simply the amplification and focusing of human powers...

PROMISING LINES OF RESEARCH AND VISION OF SUCCESS: continued brain research and continued study of computer-inspired artificial intelligence...robotics, droid mentors and a new privileged leisure/learning class... continued technological enhancement on all fronts, from miniaturization (e. g. of personal computers) to internet access and scholarship and conferences to distance learning possibilities... knowledge of all sorts will be 'embedded' in a thousand ways into an increasingly omni-smart environment...



BIBLIOGRAPHIC OVERVIEW AND SAMPLING

Classics of science: Copernicus to Harvey to Einstein (See the very readable and lovely little book, Great Scientific Experiments, Twenty Experiments That Changed Our View of the World, by Rom Harre)

Empiricist and positivist philosophers of science: David Hume, John Locke, John Stuart Mill, Karl Popper (British); August Comte (French); Ernest Mach and the school of Logical Positivism (German)

Great popularizers: Carl Sagan (astronomy and anthropology), Stephen Jay Gould (essayist, biologist and paleontologist, apologist for evolution), Stephen Hawking (the lion-king of contemporary astrophysics), Richard Dawkins (polemicist, 'the selfish gene')
Alan Cromer, Uncommon Sense (a teacher defends the historically unusual nature of science as the only counterpoint to our native egocentricity: methods of investigation common to all that ensure 'objectivity' - a consensually corroborated external world), James Trefil, many popular books stressing both the accessibility and importance of scientific literacy for our culture; a collaborator with E. D. Hirsch, Jr.

A host of 20th century pioneers in scientific pedagogy: Edward Benet and Edward Thorndike (the fathers of educational testing and measurement), B. F. Skinner (father of American Behaviorism), and Jean Piaget (pioneer in the study of intelligence in children)

Jerome Bruner, Essays for the Left Hand (on creativity and intelligence)
Howard Gardner, Frames of Mind (the theory of multiple intelligences) and his The Unschooled Mind (How children think and how schools should teach)
Seymour Papert, Mind Storms (the computer game of logo as a natural way to learn) and his The Children's Machine (rethinking school in the age of the computer)
Lewis Perelman, School's Out (the exponential and hybrid possibilities opened up by the latest technologies and having profound import for what we call schooling)

the n-number of patient investigators and researchers (see the ERIC, the Educational Resources Information Center system)

Tuesday, July 3, 2007

Language and Power

LANGUAGE AND POWER

Society is unfair. Society discriminates in good and bad ways. Society is made up of criss-crossing groups that each have their own power structure. A societal elite is a group – visible or invisible – that is top dog, whether by money, sex, or power, one that tends to control society as a whole and dictate the rules of admission and exclusion. Access to any group is restricted. “Losers” are those who don’t get into the club they want.

Your language determines your success sphere in life.

Your language determines the group you belong to and also determines the group (or club) you want to be a part of… If you can’t speak a certain language, you can’t get through a certain door… You must be able to speak a certain language before you can get into a certain club… There are very specialized audiences out there… geared to listen to very different things… Groups only hear things communicated in a certain way.

“Power” is the ability to use one or more of these languages well and effectively, i.e. to have access to and be accepted into a particular club, with its unique set of rewards.

There are, in the main, 5 types of languages, 5 primary clubs:

n everyday life, informal, colloquial, family and friends, highly elliptical and often unconsciously poetic… anything goes…
n the professions: specialized languages and procedures, often very precise and exacting as part of the delivery of services or the disciplines of learning
n the elite power or wealth club: special winks and access codes; exclusive networks provided by big money and/or highly influential contacts
n the language of the citizen: critical thinking and action to achieve a publicly desired effect – like trying to influence a change in some major organization or institution (as with a governmental policy or a school board decision)
n the language of religion, a spiritual path, or deep personal practice: scriptural or ritual observances; the practices of silent awareness; the cultivation of virtues -- integral attitudes like openness, consideration, respect and reverence; dedicated action and/or deep human/social engagement

(Conceivably one could add the language of art (and sports as well?): putting things in unusual contexts (poetry, painting, photography, film and theater), or strenuously participating in games that have no social consequences other than enjoyment; the appreciation of excellent and emotionally charged arrangement or performance.)

LANGUAGE, MANNERS AND SCHOLARHIP

“Language” in the most general sense includes the gestures we call manners. Knowing what to do in an acceptable sense, e.g. knowing when not to speak, and when and how to speak, is part of the communicative behavior that tells people, and especially the group (club) that is significant to you -- whether the street corner or the university or the board of business trustees or the backroom corridors of power – who you are and what you want. Most importantly, your demeanor -- the conduct of your language/manners – will ordinarily determine whether your request(s) are listened to, seriously considered, and finally granted.

Scholarship, or the citation format used in specialized academic language, is the use of research procedures and protocols like APA and MLA. Scholarly format is basically simple courtesy, being considerate of your reader. Such form/format is a set of agreed upon manners that will enable you to especially impress the readers you want to impress.

There are three kinds of readers: friendly, hostile, and neutral. There are friendly critics who are indeed interested in what you have to say and who strive to help you make your presentation (or paper or report or whatever) stronger and more persuasive. There are, however, hostile critics who will do anything to find fault with what you saying or asking for. There is no pretext is too small for them to criticize and find an excuse for your whole presentation to fail or not be taken seriously. And then there are those who are neutral, in the sense of being indifferent. That is, they are not particularly interested, involved or invested in what you have to say. They can be persuaded, but you have to show them why what you are saying is interesting, important or has useful consequences.

Good scholarship or research is simply the courtesy of clearly showing some special someone(s) how you came to your conclusions, why you came to believe what you believe, and letting them know clearly the sources you used in arriving there.

Good scholarly dress includes references to good, reliable and/or authoritative sources, how to quote, use or cite such sources in your paper, and finally listing them at the end. In other words, you leave a good and clear trail so that, if your paper is good, others can follow up on it. Or maybe you will in the future. Confused, muddy stuff won’t help you or anyone else.

Good form, manners in the best sense, is consideration for the other.

Making a presentation or writing a paper that has poor form is like going to an interview with non-matching, inappropriate, sloppy and/or dirty clothes. It’s like going to a job interview and not having any information about the job and its requirements.

CLUES!!…. WHAT TEACHERS LOOK FOR TO SEE WHETHER YOUR PRESENTATION/PAPER IS GOOD OR MERITS FURTHER CONSIDERATION

Most teachers, bosses, colleagues or committees have huge responsibilities and a tremendous workload. They look for external clues that tell them quickly or right away whether the paper they are looking at contains anything of value. Rightly or wrongly they look at appearance first. If a paper is riddled with spelling errors and poor English construction or is utterly disorganized (maybe how you go from one thought to another is totally unclear), they don’t want to go any further. They don’t want to waste their time. The student doesn’t have it together. Poor content, even poorer form.

Then there are many internal (form, format) clues that tell an experienced reader a lot about a paper, presentation or performance ……
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PRODUCT VS. PROCESS

THE DIFFERENCE BETWEEN THE FINAL POLISHED PRODUCT AND THE PERSONAL / CREATIVE / PRODUCTIVE PROCESS -- BOTH ARE IMPORTANT!

A GOOD PRODUCT satisfies a series of task demands and rigorous (club) requirements… the form or packaging of the end product or outcome is a result of quality control, and satisfies the customer or audience for whom it is intended…
GOOD PROCESS is anything that helps you become aware of what you are doing (especially your habitual way of doing projects) and ways of doing your work better… Thus, knowing when you are starting off with a question, interest, irritation and/or fascination… ask yourself what your personal stages (5? – the I Ching has 64!) are of doing any project productively (e.g. what do you do to get out of being stuck?), being open to tips, helpful strategies and rules of thumb… above all, openness to sharing with peers and getting constructive feedback from mentors…