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is an association of people sympathetic to the idea that academic inquiry
should help humanity acquire more wisdom by rational means. Wisdom is
taken to be the capacity to realize what is of value in life, for oneself
and others. It includes knowledge, understanding and technological know-how,
and much else besides. Friends of Wisdom try to encourage universities
and schools actively to seek and promote wisdom by educational and intellectual
present, Friends of Wisdom communicate with one another in the main by
email (JISCMAIL). If you wish to join, click
HERE, and then click on "join or leave the list",
or email: email@example.com
Copyright Nicholas Maxwell All Rights Reserved
By Nicholas Maxwell
Much of my working life has been devoted to trying to get across the point that we urgently need to bring about a revolution in the aims and methods of academic inquiry, so that the basic aim becomes to promote wisdom rather than just acquire knowledge.
To begin with, I wanted to understand the nature of the universe. When still a boy I became enthralled, mystified and horrified by theoretical physics - space-time curved, particles no more than waves of probability, the real world so utterly different from the way we ordinarily experience it. It was the mystery, the utter strangeness, of the physical universe that caught my imagination. None of this, by the way, should be taken to mean that I was horribly precocious. Not at all. I failed my 11 plus exam, not once, but twice!
Then, with adolescence, I began to feel it was much more important to understand the hearts and souls of people, the way to do that being via the novel. Instead of reading Jeans, Eddington, and Fred Hoyle, I plunged into the worlds of Dostoevsky, Kafka, Stendhal, Chekhov, D. H. Lawrence, Virginia Woolf and Flaubert. My real education began. I would become a novelist and dare to reveal dark secrets of the human heart no one before had uttered. I would depict worlds with such imaginative power that they would seem more real than reality itself. But my parents insisted that, first, I must go to University, to secure my future economically (of no significance to me at all at the age of 17). The educational system, fiercely classificatory in those days, had labelled me "science" and not "humanities". (And in any case I knew doing English at University would ruin any chance I might have of becoming a novelist.) I had read Eddington, who informed me that physics is really mathematics, and for a time, earlier, I had been dazzled by this invisible, esoteric world of mathematics. So off I went to University College London to do mathematics, convinced I could write my novels between and after lectures.
But I was miserable; I didn't know what to write about; and mathematics seemed both hollow and very difficult. It did not seem to be about anything. I passed all my exams but, abruptly, in my second year, my grant was stopped because I had not attended enough lectures.
So I did my National Service. I became a Sergeant in the Educational Corps. And then I went to Manchester University to do Philosophy. I had failed miserably as a physicist, and as a novelist, but I was interested in philosophical problems, so I would do that for three years, and then join the grey shuffle of ordinary, uncreative life (as I then saw it).
But then, in the summer of 1961, while working in a factory during the day, I began to keep a diary, noting down my thoughts and feelings. And the outcome was a series of psychic explosions which tore me apart and changed the rest of my life. I decided that my earlier desire to be a great theoretical physicist and master the universe, and my desire to be a great novelist and master of human life, were both, when pushed to the limit, aspects of the desire to become God. Not only was this absurd; it was undesirable. Far more desirable was to be something that, up to then, had seemed too insignificant to deserve any consideration at all: myself. This long-neglected, fragile, worthless scrap of almost nothing now seemed to me to be, for me, the most precious thing in existence, something holy and sacrosanct. But what was it? What was I? I had no idea. Having ignored myself, in some sense, for so long, in my striving to become acquainted with, identified with, some profoundly significant otherness (ultimate physical reality, ultimate human reality), my self had become a stranger to me. It felt like a young plant, fragile from neglect and lack of nourishment, needing attention and care to grow and flourish.
When we are born, I wrote in the diary, we do not know how to distinguish
"me" from "not me": there is just things happening.
But then we do discover how to make the distinction, and we discover we
are tiny and vulnerable in a vast, strange, and sometimes terrifying world.
We falsely half remember the earlier state as a time when we were "everything",
and our life project, in one way or another, becomes to return to this
earlier, God-like state. One strategy is to try to convert the "not
me" into "me", by conquering it, knowing and understanding
it, acquiring power over it, or even literally trying to swallow it. Another
standard strategy is to do just the opposite: shrink the "me"
until it disappears, and there is only "everything". This is
the strategy of the mystic who seeks mystical union with God; it is the
strategy of the humble, and of those who commit suicide.
My earlier projects to know and understand the nature of the universe
by means of physics, and to know and understand humanity by means of literature,
now seemed variants of the strategy to expand and expand the circle of
identity. Pushed to the limits of absurdity, it was as if my ultimate
aspiration had been to become God. But an infinitely more worthwhile goal
lay before me, up till now neglected as worthless: to become myself. "The
riddle of the universe" I wrote "is the riddle of our desires".
The fundamental question of philosophy is not "How do I acquire knowledge?"
but rather "What do I want? How should I live?".
In the end I found having a great message for the world such a contradiction that I finally hit upon the idea: there are only stories or myths. One is that of science; another is that of personal experience. Not till I read Karl Popper did I free myself of this nonsense - so fashionable in some quarters.
I vowed that when I got back to Manchester University in the autumn, I would tell the Philosophy Department about my earth-shaking discoveries of the summer - especially, that philosophy should be about how to live, and not about how to acquire knowledge. I found I could not even open my mouth. Ecstasy gave way to persistent black despair.
The visions of the summer of 1961 had gone, but I continued, somehow, to believe I had discovered something of great significance, even though now I no longer knew what it was. I decided to devote my MA thesis to the question: How can the world of physics be reconciled with the world of experience, feeling and art? I was aware that I was grappling with the two worlds of my abandoned childhood megalomaniacal ambitions: to grasp the physical universe by means of science, and to grasp the human world by means of the novel.
In those days philosophy in England was dominated by "Oxford" philosophy, conceptual analysis in the manner of Wittgenstein, Ryle and Austin, the sterility of which filled me with horror. However, I discovered the works of two contemporary philosophers which were of great help to me: Karl Popper and J. J. C. Smart. Here were two philosophers who took science seriously, and were concerned to tackle profound problems with intellectual integrity (not being content to dissolve pseudo-problems). I became a visiting graduate student at the London School of Economics and attended Popper's Seminars. I was profoundly impressed.
I was especially impressed by the following line of argument running through Popper's early work. In The Logic of Scientific Discovery, Popper defends falsificationism, the view that scientific knowledge is irredeemably conjectural in character, scientific theories being falsifiable, but not verifiable. According to this view, scientific knowledge grows by a process of conjecture and refutation. Conjectures are subjected to an onslaught of attempted empirical falsification. When a theory is falsified, we discover the need to develop a better theory, and it is this which drives science forward, and makes scientific progress possible.
Falsificationism was then generalized by Popper to become critical rationalism. This holds that, quite generally, we cannot justify or prove our theories or beliefs. The best that we can do is subject them to sustained criticism, in this way giving ourselves the best chance of discovering error, where it exists, this making it possible for us to improve our theories and beliefs. In particular, we need to look critically at the capacity of our ideas to solve the problems they were invented to solve, and we need to consider whether rival ideas do better. Criticism demands that a number of rival ideas are available; criticism does not make sense unless there is the idea that the view being criticized is perhaps false, some other view being correct. Science is just a special case of all this, empirical falsification being just an especially devastating form of criticism.
Popper then applied critical rationalism to social and political problems, and problems concerning the nature of the social sciences in The Poverty of Historicism, and in his greatest work The Open Society and Its Enemies. In these books Popper mounts a ferocious criticism of the totalitarian doctrines of Plato and Marx, and sets out to demolish historicism - the doctrine that there are laws of historical development. But Popper also transforms the whole idea of what "the rational society" might be. Given pre-Popperian notions of rationality, the rational society could only be some kind of highly oppressive, rule-bound society dominated by reason, a kind of rational totalitarianism. But given Popper's new notion of critical rationalism, a rational society is one which sustains diversity of beliefs, values, ways of life, and one which values learning through criticism, criticism only being possible if there is a diversity of ideas around. The rational society is, in short, granted critical rationalism, one and the same thing as the open society. At a stroke, reason has ceased to have totalitarian connotations, and has become basic to liberalism.
Impressed by Popper's integrity and passion, I decided it might be possible
after all to work inside academia with honour. I finished my MA thesis,
taught Philosophy of Science for a year at Manchester University, and
then joined the Department of History and Philosophy of Science at University
College London as a Lecturer (later Reader). I taught and pursued my research
at UCL for some 28 years, taking early retirement in 1994, so that I could
devote myself to my work.
Dismayed by the lack of any response to these papers, I gave up publishing for a time, and concentrated on pursuing my interests. I began to appreciate that Popper had not done what he claimed to do, solve the problem of induction, not because he failed to show how theories can be verified, but because he failed to do justice to the scientific aim of discovering explanations for phenomena. This discovery led me back into the business of publishing papers. I spelled out the point in a paper that appeared in 1972 called "A Critique of Popper's Views on Scientific Method" (Philosophy of Science 39, 131-52).
But then, with mounting excitement, even before the "Critique" paper was published, I realized that the implication of the argument was that we needed a whole new conception of science. In persistently only accepting unified, explanatory theories, to the extent of rejecting infinitely many theories more empirically successful but grossly disunified, science in effect made a big, persistent, and highly problematic assumption about the universe: it is comprehensible, in the sense that it is such that explanations for phenomena exist to be found. The fundamental aim of science, in presupposing that the universe is comprehensible, is so profoundly problematic that it has been repressed and replaced with the apparently unproblematic aim of seeking truth, nothing being presupposed about the truth. But this latter view is hopeless; it creates the unsolvable problem of induction. Science is much more rational if big, problematic, implicit metaphysical assumptions concerning comprehensibility are made explicit, so that they can be criticized and, we may hope, improved. Science must be depicted as accepting, as a part of (conjectural) scientific knowledge, that the universe is comprehensible, more or less specific empirically untestable (and thus metaphysical) theses about how the universe is physically comprehensible being criticized and improved as scientific knowledge improves, associated methods being improved as well. There is something like positive feedback between improving scientific knowledge and improving aims and methods - improving knowledge-about-how-to-improve-knowledge - the methodological key to the ever-accelerating progress of modern science.
Then, walking home one day from UCL, it suddenly struck me: this idea of representing the real problematic aims of science in the form of a hierarchy, aims becoming increasingly vague and unproblematic as one goes up the hierarchy, a framework of relatively unproblematic, fixed aims and methods being created within which more specific, problematic aims and methods can be improved as knowledge improves - all this has implications for any worthwhile human endeavour with problematic aims. Just as Popper had generalized and applied falsificationism, so too I could generalize and apply my much better conception of scientific method of aim-oriented empiricism. I could follow in the footsteps of Popper, but starting from a radically improved initial view, the outcome would be a radical improvement over what Popper had to say.
Even more striking, for me, was my realization that I had rediscovered my great explosive idea of the summer of 1961: philosophy should be about life; the riddle of the universe is the riddle of our desires. But my initial idea had been radically transformed. It was no longer just philosophy which should be concerned with our problems of living, but the whole academic enterprise. "The riddle of our desires" had become "the profoundly problematic character of our fundamental aims in life, both personal and institutional, including even the aims of science". The outcome of generalizing aim-oriented empiricism to form a general conception of rationality, aim-oriented rationality, and then applying this to the task of creating a better world, was an entirely new conception, not just of science, but of academic inquiry, with the implications for all of life. I have even written a long paper (never published) called "science as the methodological key to the salvation of humanity", the basic idea being that scientific method, when accurately captured as aim-oriented empiricism and properly generalized to become aim-oriented rationality, is indeed the methodological key to the salvation of humanity.
Initially, I wrote up an account of my new conception of science: this was published as a two part paper called "The Rationality of Scientific Discovery" (Philosophy of Science 41, 1974). In the winter of 1972 I visited Pittsburgh University, and lectured for three hours (my watch had stopped) on my new conception of science. During the visit I had a long debate with Larry Laudan about my new aim-oriented empiricist conception of science; he held onto his problem-solving view (but later published views which showed the influence of my ideas).
Back in England I finished a manuscript called "The Aims of Science" setting out my new view. After years being considered for publication by Macmillan's it was finally rejected. Then, in three weeks, I wrote my first book What's Wrong With Science? (Brans Head Books, 1976), which takes the form of a debate between a scientist and a philosopher, and is perhaps the most vivid and accessible account of my overall view. At last a more thorough exposition of the whole argument appeared in my second book From Knowledge to Wisdom (Blackwell 1984, pbk. 1987 & 1988). This got some terrific reviews, in Nature for example, and one by Mary Midgley (see reviews), and a few less terrific reviews, mostly from uncomprehending philosophers.
I then plunged into the task of trying to develop a comprehensible version of quantum theory. Quantum theory may seem a far cry from wisdom, but in fact there is a connection. My new conception of science holds that science presupposes that the universe is physically comprehensible; furthermore, it provides us with a rational, if fallible, method for the discovery of new fundamental physical theories. Quantum theory is bafflingly incomprehensible; furthermore, because of the failure to solve the quantum wave/particle problem, the orthodox version of the theory is couched as a theory about the results of performing measurements. Orthodox quantum theory (OQT) is silent about what is going on physically when no measurement is being performed. But this has the disastrous consequence that OQT consists of two mutually incoherent parts: a quantum part, and a part made of some of classical physics for a treatment of measurement. OQT is, as a result, ad hoc, disunified, vague, ambiguous, non-explanatory, limited in scope, and resistant to unification with general relativity (as I have pointed out in a series of publications on quantum theory: see publications). It struck me that the transition from classical to quantum physics might be, in essence, the transition from determinism to probabilism. If so, what needed to be done to develop a decent, unified, explanatory version of quantum theory was to specify precisely, in quantum mechanical terms, when probabilistic transitions occur. Electrons, atoms and other quantum systems are neither waves nor particles: they are a new kind of probabilistic entity I dubbed the propensiton. Propensitons interact probabilistically, I conjectured, when new so-called "particles" are created, new bound or stationary systems, as a result of inelastic interactions. All measurements that actually detect quantum systems invariably involve interactions of this kind, to leave a record of what has occurred. My new propensity version of quantum theory is free of the above defects of OQT, recovers all the empirical success of OQT, and furthermore is experimentally distinct from OQT, although the relevant crucial experiments, difficult to perform, have not yet been done. This work is recorded in papers in the American Journal of Physics, Foundations of Physics, British Journal for the Philosophy of Science, culminating with a paper published in Physics Letters A in 1994. An account of the work is also to be found in chapter 7 of my book The Comprehensibility of the Universe (OUP, 1998, pbk, 2003).
Over the years I have written countless papers expounding the basic thesis and argument of From Knowledge to Wisdom. I have given endless lectures expounding the idea in different ways, in the UK, in the USA, in Germany, Holland, Ireland, Austria, Spain and Canada. Much has changed since my book From Knowledge to Wisdom first appeared in the Orwellian year of 1984, but we are as far away as ever from putting wisdom-inquiry into academic practice. As I see it, there is hardly any more important task confronting us, as far as the long-term interests of humanity are concerned, than to bring about the revolution in aims and methods of our institutions of learning, so that the basic aim becomes to promote wisdom. See side bar above.
In 1994 I took early retirement from UCL because of horrible things
going on in my Department. I retired to be able to get on with my work.
For a time I was a visiting Academic at the London School of Economics.
I have published four books since retiring: The Comprehensibility
of the Universe, The Human World in the Physical Universe, Is Science Neurotic?, and Cutting God in Half - and Putting the Pieces Together Again. The first develops further aim-oriented
empiricism and, most important, shows how the problem of explicating what
the simplicity or unity of a physical theory is can be solved within this
framework - a problem even Einstein was unable to solve, although he thought
a solution should be possible. The second book sets out to solve the problem
of how our human world, imbued with colour and other perceptual qualities,
consciousness, free will, meaning and value, can exist embedded in the
physical universe. In this book I put forward a suggestion as to how it
may be possible to explain correlations between sensations and brain processes.
The book also reinterprets Darwinism so that evolution gives a better
account of how human consciousness, free will, meaning and value have
evolved in the physical universe. Is Science Neurotic? argues that
science is neurotic because it represses problematic assumptions, associated
with the aims of science, having to do with the comprehensibility of the
universe, values and politics. It is not just natural science that is
neurotic; social inquiry and the humanities are, if anything, even more
neurotic (neurosis being interpreted throughout as a methodological condition
that arises when aims are repressed or misrepresented). Academic inquiry
as a whole is neurotic in that it seeks to acquire knowledge rather than
promote wisdom. This book updates and further develops the argument of
From Knowledge to Wisdom.
In 2007 I published a revised and expanded second edition of From Knowledge to Wisdom (Pentire Press, London).
At present I am at work on my next book, a collection of articles entitled Karl Popper, Science and Enlightenment.
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