Henry Adams at the Paris Exposition
Transcript of Henry Adams at the Paris Exposition
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Falling Between Two Paradigms: Henry Adams at the ParisExposition--
A Rhetorical Approach to the Problem of Incommensurability1
In a chapter that might equally be described as the climax
or the anticlimax of his autobiographical work, The Education of
Henry Adams, the writer pictures himself intellectually prostrate,
“his historical neck broken” (381), before the forty-foot dynamos
on display at the Exposition Universelle in Paris in 1900. The scene
is climactic because it concretely enforces Adams’s half-
humourous claim, repeated many times throughout the book, that
his education—indeed, his life—has been a failure. Not only is he
ill-equipped as an interpreter of the past; here is
incontrovertible evidence that he is at an even greater loss to
understand the present or to make conjectures about the future.
But the scene is also anticlimactic because, in spite of the
efforts described in the chapters that come immediately after
“The Dynamo and the Virgin,” Adams is seemingly unable even to
confirm the categories of thought in which the symbolic portent
of the Dynamo might be juxtaposed with the image of the Virgin—a
figure who represents a reverential, unified, and creative
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worldview, as well as the latent vitality that inspired the
cathedrals of the high Middle Ages. Unlike the dynamo whose
utility is popularly acknowledged, the Virgin is recognized as a
practical force in his day (and ours) remotely, if at all: “this
energy was unknown to the American mind. An American Virgin would
never dare command; an American Venus would never dare exist”
(385).
Philosophically and rhetorically, the confrontation that
Adams contrives here is over-determined: it is a confluence of
many streams of thought, many historical tendencies, among which
the ostensible conflict between science (or technology) and
religion occupies only the topmost layer. More importantly, the
symbolic clash of the Virgin with the Dynamo is also a
startlingly early identification of the principle known as
incommensurability, the intellectual paradox most often associated
with the thought of Thomas Kuhn (The Structure of Scientific Revolutions,
1962) and Paul Feyerabend (Against Method, 1975). In anticipation
of these later thinkers, Adams struggles to account for the
incompatibility of the worlds that are revealed according as to
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whether one accepts the Dynamo or the Virgin as the primary
motive force in human affairs.
The great irony of Adams’s moment of humiliation can be
glimpsed in the previous sentence, however, for his education
cannot have been a failure, nor his tools faulty, if they have
enabled him to apprehend, diagnose, and theorize about what is
arguably the most significant epistemological problem of the past
century. Incommensurability, according to Randy Allen Harris,
results from the “lack of a common standard for taking the
measure of two systems with respect to each other” (3). In
virtually any field of knowledge, the discovery of
incommensurability produces profound doubtfulness, intellectual
crisis, and aporia (literally, “pathlessness”). These sensations
in turn produce a need either to reconcile the systems somehow,
or to choose between them.
Outcomes fall into various patterns. In science, when rival
theories are found to be incommensurable, the result is often
what Kuhn famously called a “paradigm shift,”2 where the
suppositions of one system are “all at once” (149) superseded by
the frame of reference provided by a newer one. As older
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suppositions prove inadequate, practitioners are either reasoned
into adopting the newer model, or they are so outnumbered as to
gradually fade from view (151; 157-8). In the realms of religion,
ethics, and politics, perceived incompatibilities may be subsumed
in a pluralism that recognizes the merits of all moral
aspirations that are compatible with free will, though they may
be incompatible with one another.3 Alternatively, rival systems
(like Islam and Western capitalism, for example) may continue to
coexist with or without mutual tolerance. Postmodernist thinkers
such as Jean-Paul Lyotard and Richard Rorty, as Harris points
out, have embraced a fourth possibility, perceiving in the very
notion of incommensurability an assurance of the unreliability of
all totalizing systems (77). Stanley Fish, himself something of
an apologist for the postmodern point of view, illustrates the
dynamic that underlies problems of incommensurability quite
graphically. In a seminal article that considers the longstanding
rivalry between another pair of incommensurable systems--rhetoric
and philosophy—Fish posits a perpetual oscillation: “Which of
these views of human nature is the correct one? The question can
be answered only from within one or the other, and the evidence
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of one party will be regarded by the other either as illusory or
as grist for its own mill… And so it would go on, with no
prospect of ever reaching accord, an endless round of accusation
and counteraccusation in which truth, honesty, and linguistic
responsibility are claimed by everyone” (208-209).
These ways of describing incommensurability and its
consequences are historically useful, and would have interested
Adams. But for various reasons, his perplexity over the
incommensurability between the Virgin and the Dynamo leads him to
an outcome that does not perfectly resemble any familiar pattern.
As I will argue, the case of the Virgin and the Dynamo is an
instance of what Harris terms “brick-wall incommensurability,” a
rare, particularly intractable (because “absolute”) brand of
incommensurability, “in which there are no points of contact
between the two items held in that relation” (116). In other
words, Adams, writing in 1902 or thereabouts,4 has taken the
vital signs of modernity and found no etiology in earlier times
by which to account for them. Extravagantly, he claims that
“between the dynamo in the gallery of machines and the engine-
house outside5, the break of continuity amounted to an abysmal
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fracture for a historian’s objects.” And if one such fracture can
occur, so, of course, can others. Consequently, the “irruption of
forces totally new” represented by the dynamo calls all
continuity into question. It is no longer credible, says Adams,
for historians to “undertake to arrange sequences—called stories
or histories—assuming in silence a relation of cause and effect.”
Rather, historical causality is now revealed to be illusory, or
at best, a mere generic convention: “Where he saw sequence,
other men saw something quite different, and no one saw the same
unit of measure” (382). The moment is thus represented as
nothing short of an intellectual watershed, the kind of crisis
(as Kuhn was later to say) that precedes the replacement of one
paradigm by another.
By way of heightening the rhetorical force of his
observation, Adams alludes (380-381) to some of the innovations
that, in his lifetime—and especially within the recent past—have
altered human experience. His examples include obvious candidates
like the steam engine (patented by Newcomen in 1705, improved by
Watt in 1769 and 1782, and superseded by the uniflow engine of
T.J. Todd in 1885); the electric tram (which came into commercial
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use between 1883 and 1888); the Daimler motor (essentially the
first internal combustion petroleum engine, patented in 1877);
and refrigeration (Adams calls it “frozen air”), which came into
its own as a commercial proposition when the first hermetically
sealed cooling unit was patented in 1894. Adams also mentions
discoveries of a more purely scientific character: the Branly
coherer, which enabled the reception of radio waves (1890); the
x-ray (discovered by Wilhelm Roentgen in 1895); the “atom,” whose
composition began to be understood when J. J. Thomson discovered
the electron in 1897; Pierre and Marie Curie’s identification of
radium (1898); and Marconi’s wireless telegraph (1899). Certainly
all these developments in physics contributed to the gradual
demise, towards the end of the century, of the “mechanical view”—
otherwise known as classical physics.6 Although Adams is not
quite yet in a position to issue a death certificate, he does
come close: “man had translated himself into a new universe which
had no common scale of measurement with the old. He had entered a
supersensual world, in which he could measure nothing except by
chance collisions of movements imperceptible to his senses” (381-
2). He is less able to foresee the profound socio-economic
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blessings and curses that the automobile will presently bestow on
Europe and North America, nor to guess at the potential of
nuclear energy—a likelier candidate than the dynamo, surely—to
open a new chapter in history. These understandable limitations
notwithstanding, the reader will search Adams’s catalogue
uneasily for the specific difference that singles out the dynamo
as the straw that broke the paradigm’s back. As Ernest Samuels
dryly remarks in his biography of Adams, “feeling a new epoch
open in his thinking, he assumed a new epoch opening in the
movement of the world” (Henry Adams: The Major Phase, 232).
And yet it is for the dynamo that Adams reserves his
mysterious adulation: when standing by its side, “the planet
itself seemed less impressive, in its old-fashioned, deliberate,
annual, or daily revolution, than this huge wheel, revolving
within an arm’s length at some vertiginous speed, and barely
murmuring—scarcely humming an audible warning to stand a hair’s
breadth further for respect of power—while it would not wake the
baby lying close against its frame” (380). In short, it is
rhetorically rather than scientifically that we are directed to
apprehend a difference in kind—not of degree, not of complexity—
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that grandly ignores the claims of empirical observation. As
Adams will have it, the dynamo is not mechanical but mystical. It
alone in the modern age is transformative and generative. He will
allow that it belongs to the category of machines that convert
one form of energy into another, but he maintains that the dynamo
is unique: “Among a thousand symbols of ultimate energy, [it]
was not so human as some, but it was the most expressive” (380).
If in the context of at least superficially similar scientific
novelties, the dynamo stands alone, how much more intellectually
intractable will it prove when juxtaposed with its archaic
opposite—the Virgin? Adams is aiming at an antithesis of the
sharpest variety, and the inference can only be that he is less
interested in the scientific, technological, or practical
applications of the dynamo than he is captivated by the problem
of incommensurability itself. The dynamo is a striking but
arbitrary symbol; the focus of inquiry is his own aporia.
Oddly, in spite of his hyperbole, Adams’s great moment of
reckoning in the Palais d’Electricité was not sudden at all. He had
spent the previous four years intermittently touring the
cathedrals of France in preparation for his study of medieval
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iconography, Mont-Saint-Michel and Chartres.7 In that work (privately
published in 1904) Adams comes to terms with a civilization be
believes wholly informed by the concept of unity. Again and again
he insists upon the interdependency of all aspects of twelfth-
century thought, belief, and behaviour to which its cathedrals
testified. Taken as a whole, Mont-Saint-Michel, for example,
“expressed the unity of Church and State, God and Man, Peace and
War, Life and Death, Good and Bad; it solved the whole problem of
the universe. The priest and the soldier were both at home here…
the politician was not outside of it; the sinner was welcome; the
poet was made happy in his own spirit, with a sympathy, almost an
affection, that suggests a habit of verse in the Abbot as well as
in the architect” (44-45). Returning to Paris about a month after
the opening of the Exposition in April of 1900, Adams’s mind
might well be especially receptive to the “shock of the new.” Yet
writing on May 27th to Lady Curzon, he expresses his initial
indifference to the spectacle: “The truth is that Paris is
nothing but a permanent Fair, and people who are much here prefer
the streets to the Exposition. I fly to the remotest corner of
the Quartier” (Letters V, 122). In spite of having toured the
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Exposition several times in the spring and summer, it is not
until October that he makes mention of the electricity exhibits.
Writing to his brother Brooks, he complains of seeing “no one to
give me an idea of the whole field, and of course no single
corner of it has value without the rest.” This is somewhat out of
keeping with his subsequent elevation of the dynamos to godlike
stature. However, he dryly speculates that “since 1840,
electricity must altogether have altered economical conditions.
Looking forward fifty years more, I should say that superiority
in electric energy was going to decide the next development of
competition” (Letters V, 152). Later in the month, we can see the
rhetorical possibilities of the Exposition gradually take shape
in his mind: “I have tried my best [he writes to George Cabot
Lodge] to study the show completely, not for archistic but for
anarchistic reasons, to test my formula that the world must break
its own neck within thirty years” (Letters V, 157).
At last, in November, just as the Exposition is closing, the
structural elements of Adams’s antithetical vision begin to fall
into place, and his diction waxes figurative. As he explains to
John Hay, he has seen things in Paris “which run close to the day
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of judgment. It is a new century, and what we used to call
electricity is its God.” Specifically, the new form of energy has
made the science of the nineteenth century obsolete—“as
antiquated as the Ptolemaic system”—and has spread “the mustiness
of decay” over the whole period of Hay’s and Adams’s youth. More
generally, it has imposed a great gulf between the unity and
stability of an earlier civilization and the rapid pace of change
to be observed in the present. He then portrays himself as a
baffled emissary from an earlier age: “You are free to deride my
sentimentality if you like, but I assure you that I—a monk of St.
Dominic, absorbed in the Beatitudes of the Virgin Mother—go down
to the Champ de Mars and sit by the hour over the great dynamos,
watching them run as smoothly and noiselessly as planets, and
asking them—with infinite courtesy—where in Hell they are going”
(Letters V, 169). Nevertheless, conspicuous by its absence in
Adams’s privately recorded impressions of the Exposition is any
truly scientific appraisal; presumably he senses the inadequacy
of his own expertise. Indeed, in the letter to Brooks Adams cited
above, he specifically laments his gentleman’s education: “We
should both have gained by knowing a little mathematics. That
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deficiency…has destroyed half the working value of our minds as
trustworthy machines” (Letters V, 152).
The rhetorical orientation of Adams’s thinking on the
problem of incommensurability was undoubtedly assisted by the
overall shape of the Exposition itself. The evidence of Alexander
C.T. Geppert makes it clear that both in purpose and appearance
the fair was explicitly metonymic. With the objective of
presenting “on an unprecedented scale…a synthesis of the entire
nineteenth century while inaugurating the twentieth” (64), the
area occupied by the exhibitions was tantamount to a city
inserted within a city, “an increasingly integral part of the
urban fabric into which it was inscribed and re-inscribed,” to
the extent that “visitors found it difficult to distinguish
between ‘inside’ and ‘outside’” (74). The internal organization
of the Exposition was also designed to draw attention to the
interplay between part and whole. Though vast in scope, the
Exposition grounds were ostensibly united by the River Seine,
along which pavilions were strategically grouped in five distinct
sites, plus an external annexe (74-6). The continuity provided by
the Seine was supplemented by a moving sidewalk (“troittoir
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roulant”), a device that further enhanced the spectator’s
appreciation of the sequence of interlocking parts. As Geppert
notes, “In a state of almost sublime contemplation, [an] observer
reported how he had felt—travelling through time and space
simultaneously, gazing at all the other passengers passing by—as
if encountering a representative sampling of humankind.” In this
frame of mind, others appeared to him “not just [as] visitors to
the exposition,” but as symbols of “the whole of humanity as it
passes through time” (79-82). The overall relationship of part
to part (and part to whole) was also graphically demonstrated on
a grand scale in stereoscopic souvenir maps of the Exposition,
which revealed “how three distinct yet related spatial fabrics…
are superimposed on one another, and…literally and reciprocally
inscribed on each other…often referring back and forth from one
layer to the next” (84).
Like many visitors to the Exposition, Adams participated in
the pastime of working out the clou to each pavilion or exhibit,8
a rhetorical exercise encouraged—or at least anticipated—by the
planners themselves. This was a more sophisticated enterprise
than merely identifying the main attractions to which the others
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were subordinated. Rather, it involved the analysis of a very
complicated syntax. As Geppert explains, “a clou had to give a
clue to make the internal, spatial functioning of the site
comprehensible….The ideal clou was designed to transcend the
respective exhibition’s present and reach out into the future—
thereby negating the two fundamental exhibition principles of
transience and comprehensiveness” (95). Thus combining the
exigencies of space (or perspective) and time (or historical
unfolding), the game of cherchez le clou involves the spectator in
the spectacle in a way that draws attention to the rhetorical
situation. Not surprisingly, the exhibits on display in and
around the Palais d’Electricité were identified by many as the
centerpiece—the clou among clous—to the Exhibition as a whole
(Geppert 96). The imposing dynamos, the illuminated waterfall,
and even the individual incandescent light bulbs--9 these
installations like no others satisfied the criteria of drawing
the spectator in, directing attention to past scientific
discoveries (of which they were the apotheosis), and
prognosticating future advances (of which they were the token).
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As we have seen, Adams has added only one element of his own
to this popular (albeit intellectual) interpretive game. And yet
his antithesis of the Dynamo with the Virgin supplies a dimension
to the analysis that transcends the immediate rhetorical
situation, and that moves beyond considerations of time and
place. By juxtaposing the clou of the modern era with that of the
medieval, he fashions a model for historical interpretation that
does not merely combine the synchronic with the diachronic—but
that appears to enable the comparison of fully articulated
systems of thought. It is itself an ingenious sort of machine
that, like the dynamo, has the potential to transform, not
energy, but meaning.
Adams’s attempt at reconciling the Virgin with the Dynamo
takes two distinct forms in the Education—distinct, but
intertwined. On the one hand he thinks as a historical idealist;
on the other, he employs the assumptions of materialist accounts
of history. In both approaches, the problem of incommensurability
is uppermost in his mind. First, Adams defines the problem in
idealist terms: “Clearly if he was bound to reduce all these
forces to a common value, this common value could have no measure
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but that of their attraction to his own mind. He must treat them
as they had been felt; as convertible, reversible,
interchangeable attractions on thought.” He then promptly
reformulates his task in the idiom of the historical materialist.
It will be a case of “translating rays into faith,” a process he
likens to an experiment in chemistry or physics. “The knife-edge
along which he must crawl…divided two kingdoms of force which had
nothing in common but attraction. They were as different as a
magnet is from gravitation, supposing one knew what a magnet was,
or gravitation, or love” (383). In his first guise, it will be
incumbent upon Adams to show that the Virgin and the Dynamo have
conditioned consciousness in commensurate ways. In his second,
still using a common unit of measurement, he will need to assess
their relative impact upon events, physical structures, and the
ways in which energy has been deployed throughout history. Of
course, Adams’s facility with both these movements of mind can be
surmised from the authorial stance that gives The Education its
peculiar character as autobiography.10 As the assessing eye (or
“I”), Adams has portrayed himself throughout the book as both
subject and object, both the slightly detached creator of his
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history and its somewhat hapless victim. The third-person subject
who has lived the life that is recorded becomes, in other words,
an object of study for the recording consciousness.
Adams’s initial unfolding of the idealist strand in his
thinking begins and ends with the admission that it is impossible
to maintain a membership in the world of the Virgin while
simultaneously acknowledging the power of the Dynamo. The attempt
to do so serves only to degrade the principles of nature,
femininity, fertility, and creativity that the Virgin (and her
pagan counterparts, Diana and Venus) at one time embodied. While
once a “force” to be worshipped, the semi-divine fecundity of the
Virgin translates into the modern lexicon only by way of a
debased admiration for feminine beauty, further refracted through
a Puritanical distaste for female sexuality: “In any previous
age, sex was strength. Neither art nor beauty was needed. Every
one, even among Puritans, knew that neither Diana of the
Ephesians nor any of the Oriental goddesses was worshipped for
her beauty. She was a goddess because of her force; she was the
animated dynamo; she was reproduction—the greatest and most
mysterious of all energies; all she needed was to be fecund”
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(384).11 Contemporary ways of conceptualizing the primal force
once associated with the Virgin fail to bridge the “historical
chasm” because they are oblivious to her power to inspire—to
encourage traits in humanity, that is to say, which she herself
embodies. In the medieval mind, the Virgin was the creative
principle, and humankind her instrument. Not only has the modern
mind refused to consider itself an instrument of the divine, it
has also forgotten the roots of that relationship and sees only
its products. In his perplexity, Adams invokes the testimony of
Christian Europe: “On one side, at the Louvre and at Chartres…was
the highest energy ever known to man, the creator of four-fifths
of his noblest art, exercising vastly more attraction over the
human mind than all the steam-engines and dynamos ever dreamed
of; and yet this energy was unknown to the American mind….The
idea survived only as art” (384-5). On the other side, though
Adams does not spell this out, the Dynamo has no power to
inspire, no human traits with which to identify. Thus: “he cared
nothing for the sex of the dynamo until he could measure its
energy” (385).
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Lest the reader suspect that Adams’s individual
consciousness is at fault in its failure to reconcile the Dynamo
with the Virgin, he turns to the experience of comparably
situated observers. The American scientist Samuel Pierpont
Langley, Adams’s informal guide to the technological side of the
Exposition, gets a passing mention (his point of view on the arts
is “useless” (385)), as does Edward Gibbon, whose contempt for
what he called “the stately monuments of superstition” is put
down to his ardent endorsement of Enlightenment rationality (“one
sees what one brings” (387)). Augustus St. Gaudens, Adams’s
younger contemporary and fellow-artist, is given more leeway as a
test-case for the continued appreciation of the Virgin as life-
force. But even in the sculptor, whose style was reminiscent of
Renaissance flamboyance, there is no trace of true affinity: his
“art was starved from birth,” and to him, the Virgin “remained as
before a channel of taste” (387). The strong suggestion is that
historical consciousness crumbles at the prospect of entertaining
the coexistence of these two opposed worldviews: “The idea [of
the Virgin as a form of power] died out long ago in the German
and English stock. St. Gaudens at Amiens was hardly less
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sensitive to the force of female energy than Matthew Arnold at
the Grand Chartreuse. Neither of them felt goddesses as power—
only as reflected emotion, human expression, beauty, purity,
taste, scarcely even as sympathy” (388). It follows that when a
living reality is thus reduced—especially among artists—to a
theoretical proposition, we are in the presence of profound
incommensurability.
Adams does not explain why the attempt to hold Virgin and
Dynamo together in one act of consciousness is fated to fail. He
is operating rather like the Gestalt psychologist who simply
points to the impossibility of perceiving the same drawing as a
hare and as a duck simultaneously.12 But the implications of his
statements have been thoughtfully considered by Christopher
Perricone whose argument goes some distance toward bringing the
two figures into a commensurate relationship. (Even though it too
ultimately fails, the failure is an instructive one.) The Virgin
and the Dynamo belong to the same conceptual category, says
Perricone, because of their mutual participation in the
transformation of physical form. In all ages, the artist’s
reliance on physical form is a given: what distinguishes the
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medieval artist from the modern is the perceived agency of the
Virgin. She functions as an emblem of artistic effort in her
half-human, half-divine power to bring something transformative
into the world. Analogously, “in art, there results a bringing to
life of inert matter and insignificant form. This ‘bringing to
life’ is a metaphorical way of saying that through art experience
some of us construct and others of us reconstruct meaning out of
otherwise meaningless stuff” (258). Metaphor is at the foundation
of this creativity but, as Perricone goes on to explain, it is
metaphor understood in the deepest sense of the word: “the poet
works hard to find the right words to make the right metaphors
for what he wants to say; but his ambition is not merely for
metaphor… No, the poet seeks through metaphor, a new reality. The
metaphor is a means, a power, not just an end” (269). The dynamo
is also transformative and, up to a point, one can grant its
power to generate new things. But the analogy breaks down when we
consider its contribution to the construction of meaning. In a
revealing formulation, Perricone places the dynamo in the
category of product, not process: “Like the dynamo, the work of
art is made out of something, sometimes something of iron or
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clay, other times of words or tones. Quite simply, art works are
embodied in a material and are in this respect a power in the
minimal sense that they produce sense experience” (258).
In these two sentences, the gestalt has shifted before our
very eyes. The medieval work of art has its source of meaning in
the Virgin and derives its transformative power from a
supernatural or ideal act of creativity. It plays a role in a
vertical process; it is the echo of a prior act. The modern work
of art, by contrast, is a product like the dynamo. (Conversely, the
dynamo, like the work of art, is a product.) The two are on the same
conceptual level; one product is not a metaphor or emblem of the
other; the power of the work of art is no more supernatural than
that of the dynamo; and both come into existence through a purely
human facility for transforming the physical materials of nature
into more-or-less meaningful objects. Perricone admits the
existence of a profound gap between an understanding of art that
derives its meaning from the Virgin, and that which explains
itself in terms of technical making. Indeed, he laments a loss:
“When art loses its magical power, then we have the sort of
situation Adams describes in reference to the Virgin…. Magical
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power is the power that binds together the ideal and the real; it
is the means by which the ideal is continually fed by the real.
As soon as the magic fails, as soon as the image is mere
representation, and we know it, we are no longer seduced; the
Virgin dies” (270). But underlying this rupture, as one artistic
vision is exchanged for another, is something more fundamental:
here, in fact, is the conceptual brick wall that Adams comes up
against. It consists in the recognition that the symbols by which
each system anchors itself in consciousness are not merely
antithetical, but categorically different. The one cannot be
converted into the other, nor can either one encompass or
synthesize its rhetorical counterpart. The Virgin is metaphor;
the Dynamo can only be metonymy.
When Adams picks up the tools of the historical materialist,
his task initially appears more straightforward. His own thinking
on the forces that facilitate material production has already
included the Virgin as a real entity. As he is soon to declare in
print, the hard physical labour of quarrying stone for the
building of Chartres Cathedral took place under the spiritual
supervision of the Virgin: “Without the conviction of her
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personal presence, men would not have been inspired… Every day,
as the work went on, the Virgin was present, directing the
architects, and it is this direction we are going to study”
(Mont-Saint Michel, 105). By the same token, in the Education, he
begins the job of translating “rays into faith” with the
plainspoken assertion that the pragmatic effects of inspiration
are all that matter in this calculus: “in mechanics…both energies
acted as interchangeable forces on man, and by action on man all
known force may be measured…. Symbol or energy, the Virgin has
acted as the greatest force the Western world ever felt, and had
drawn man’s activities to herself more strongly than any other
power, natural or supernatural, had ever done” (388). All that is
required, then, is an algorithm for the conversion of one form of
energy into the other: “the historian’s business was to follow
the track of the energy; to find where it came from and where it
went to; its complex source and shifting channels; its values,
equivalents, conversions” (389). A conversion, of course, implies
a common unit of measurement; but the confident assertion that
such a thing must exist is not the same as discovering it. In
short order, Adams finds himself in conceptual difficulties that
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will impel him inevitably into the scientific study of energy. As
both the year 1900 and the Exposition come to a close, he
pictures himself covering “thousands of pages with figures as
formal as though they were algebra, laboriously striking out,
altering, burning, experimenting” (390). Several years will pass
before these endeavours can be articulated.
Before examining Adams’s continuing attempts to accommodate
thermodynamics in a theory of history, it is important to
acknowledge a certain ambiguity in his initial characterization
of the project. Paul J. Hamill Jr. is partly correct in saying
that Adams’s approach is “based on puns: on a literalization of
metaphors of power, force, momentum….It was a literary game,
played with metaphors” (8-9). There is merit, too, in his
observation that while the state of scientific knowledge in 1900
was such that a figurative understanding of physical processes
might still be considered a viable tool, its days were numbered:
“Even as Adams was formulating his images, the scientific ideas
he based them on were changing… Physics was about to enter those
mysteries of relativity and probability which have at last
removed it as a source of literary imagery” (10). But Hamill
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surely underestimates Adams in his suggestion that the “figures”
with which he anxiously covered those “thousands of pages” were
“figures of rhetoric, not numbers” (9). While Samuels’s gloss on
this passage concedes the hyperbole in the word “thousands,” he
reports that Adams’s “chief calculations related to foreign
trade, international balance of payments, and the international
production of coal and iron from tables of statistics” (655, n.
44). And as many references in the Education make clear, Adams was
no stranger to the use of numerical computation as a means toward
the understanding of physical (as well as biological and
economic) processes. He has read Darwin, has digested Comte, has
come to terms with Marx (224-5). Moreover, even as a political
historian, he has acknowledged the importance of quantitative
data. As Gary Wills reminds us, Adams’s History of the United States of
America During the Administrations of Thomas Jefferson and his History of the
United States During the Administration of James Madison open and close with
chapters that provide a detailed picture of the material
conditions of the republic before and after the period in
question (3-4)13. In short, despite his self-deprecating humour,
28
it is a mistake to patronize Adams as a dilettante in the world
of the physical sciences.
Be that as it may, the chapter titled “A Dynamic Theory of
History,” which represents Adams’s 1904 return to the problem of
incommensurability, does not so much confront the difficulty as
make it disappear—into his own distinctive (and ironic) version
of a “night in which all cows are black.”14 Conceived as “the
development and economy of forces,” history becomes the study of
“anything that does, or helps to do work” (474). It is understood
that human actions are explicable in a schema that describes all
action as the result of the attraction of physical forces: “The
sum of forces attracts; the feeble atom or molecule called man is
attracted; he suffers education or growth; he is the sum of the
forces that attract him” (474). This is not determinism; rather,
it is an admission—commonplace from Locke onwards, at least—that
humans are physical organisms reliant upon their senses for
survival, growth, and the acquisition of knowledge. On this
latter form of activity Adams places special emphasis: “Fire
taught him secrets that no other animal could learn; running
water probably taught him even more, especially in his first
29
lessons of mechanics; the animals helped to educate him… the
grasses and grains were academies of study. With little or no
effort on his part, all these forces formed his thought, induced
his action, and even shaped his figure” (474-5). The accumulation
of sensory experience has the natural effect of building an image
of cosmic unity in the human mind, an image that is reinforced by
a record of success in cooperating with natural forces. Thus,
human progress becomes a sort of self-fulfilling prophesy and
entails a tendency toward higher and higher levels of
unification: “Susceptibility to the highest forces is the highest
genius; selection between them is the highest science; their mass
is the highest educator” (475). This is the sense in which
history is “dynamic.”
The moment in history when humans bestow the name of God
upon the highest unity they know does not detract from the
supremacy of “force;” it merely introduces a new, albeit
temporary, nomenclature: “to the highest attractive energy, man
gave the name divine, and for its control he invented the science
called Religion” (476). Stripped of any metaphysical properties,
the divine (or the Virgin) is thus no more and no less than
30
consolidated energy by another name; and the motive for this
symbolic displacement of allegiances is, by the same token, “as
simple an appetite for power as the tribal greed which led [man]
to trap an elephant” (476). The ruse (though Adams does not call
it that) is seemingly a good one, for the advancement of
humanity’s control of natural forces proceeds apace. Between 3000
BC and 1000 AD the European world makes strides in “economies of
energy,” in which are included mathematics, civil law, coinage,
road-building and ship-building, the use of tools and
instruments, and writing (476-7). The forward motion of energy
(which humans have harnessed, or to which they are harnessed—it
scarcely matters) appears inevitable.
Adams is aware, of course, that this seamless version of
history-as-progress cannot account for failure, disintegration,
and collapse. As a strong—though somewhat arbitrary—example of
how the forward surge of consolidation has been interrupted or
reversed, Adams offers the abdication of the emperor Diocletian
in 305. This moment of dissolution in the midst of consolidation
is a “scandalous failure of civilization at the moment it had
achieved complete success” (477); more problematically, the
31
ensuing fragmentation of the Roman Empire cannot be attributed to
its loss of control over physical forces. On the contrary, “the
trouble seemed to be rather that the empire developed too much
energy and too fast” (478). So this historical anomaly is
overcome by positing a second, countervailing force. The Edict of
Milan in 313 is thus read as an attempt to redirect the motion of
disintegration by encouraging allegiance to a higher locus of
energy, an almost parodic colonizing of the territory of heaven
under the banners of Rome (478). For a time, the Church will
serve as a credible repository of physical energy: “The emperors
used it like gunpowder in politics; the physicians used it like
rays in medicine; the dying clung to it as the quintessence of
force, to protect them from the forces of evil on their road to
the next life” (479).
But as Adams attempts to apply his dynamic theory to the
transition between the ancient world and the modern, he resorts
more and more frequently to shoehorning and sleight of hand.
There are spirals within spirals, as we observe in the fall of
Rome: “the economic needs of a violently centralizing society
forced the empire to enlarge its slave-system until the slave-
32
system consumed itself and the empire too” (480). There are
trade-offs on a cosmic scale, as Augustine attempts to justify
the loss of imperial power by urging a corresponding gain in
faith (480-81). And there are occult forces at work, as evidenced
by the prospect of “sharing infinite power in eternal life” that
inspired the medieval mind to feats of “Romanesque and Gothic
archictecture, glass windows and mosaic walls, sculpture and
poetry” (481)—the very phenomena, in short, that Adams has been
attempting to assimilate to the physical energies of nature.
There is no escaping the inference that even as the objects of
history are held resolutely in view, and even as we insist upon
their common identity as forms of power, the ground shifts under
our feet.
Not surprisingly, it is the function of the Scientific
Revolution (the precursor, it should be noted, to the cluster of
scientific discoveries made in and around 1900) to expose the
real relation between forms of energy that has been in play all
along. Despite the efficacy of religion as the apotheosis of
physical force, an improved understanding of matter in motion
(around 1600) reveals the assimilation of physical and spiritual
33
energies to be an error, a species of “thought-inertia” (484), or
—one cannot help but add—a metaphor: “Except as reflected in
himself, man has no reason for assuming unity in the universe, or
an ultimate substance, or a prime-motor” (484). In returning to a
straightforward empiricism, the new science insists upon the
primacy of physics over metaphysics. Francis Bacon, says Adams,
“urged society to lay aside the idea of evolving the universe
from a thought, and to try evolving thought from the universe.
The mind should observe and register forces—take them apart and
put them together—without assuming unity at all…. The mind was
thenceforth to follow the movement of matter, and unity must be
left to shift for itself (484). At a single stroke, then, the
dynamic theory of history collapses into itself. The doctrine of
the unity of all forces is revealed to be a superfluous, idealist
stowaway on the raft of material conditions that has all along
supported human interactions with nature.
At the end of the chapter, the Dynamic Theory reaches a
crescendo of frustration in Adams’s evocation of the inevitable
failure, collapse, or blurring of categories witnessed by more
recent interpreters of history. Far from yielding a more serene
34
view of humanity’s engagement with energy, early modern science
has simply bestowed new conflicts, clashes, and quarrels upon a
divided world: “Europe saw itself violently resisting, wrenched
into false positions, drawn along new lines as a fish that is
caught on a hook; but unable to understand by what force it was
controlled” (485). With a final fillip to the beautiful inutility
of Adams’s theory, the science of his own day confirms the
irrelevance of human comprehension of the forces by which it is
conditioned. In a pair of sentences that imitate the
“vertiginous” spin of the dynamo itself, Adams consigns his
ruminations to eternity:
Science has proved that forces, sensible and occult, physical and metaphysical, simple and complex, surround, traverse, vibrate, rotate, repel, attract, without stop; that man’s senses are conscious of few, and only in a partial degree; but that, from the beginning of organic existence his consciousness has been induced, expanded, trained in the lines of his sensitiveness; and that the riseof his faculties from a lower power to a higher, or from a narrower to a wider field, may be due to the function of assimilating or storing outside force or forces. There is nothing unscientific in the idea that, beyond the lines of force felt by the senses, the universe may be—as it has always been—either a supersensuous chaos or a divine unity, which irresistibly attracts, and is either life or death to penetrate. (487)
35
As the author of a magnificent theory that explains very
little, Adams might have been wiser to let well enough alone, but
he makes a last attempt in the penultimate chapter of the
Education to pull the Dynamo and the Virgin together in a unified
framework. “A Law of Acceleration” renews his quest for a common
unit of measurement that will resolve their contradictions. A
unit of measurement is, by definition, metonymic. Whether it
represents manpower, coal-power, steam-power, electricity, or
nuclear energy, the numerical notation by which force is captured
can be none other than a part that stands in for a greater whole.
Adams, however, appears determined to extract a transcending
metaphor from the self-contained system that is measurement—he is
in pursuit of the measure of all measures, so to speak, a single,
rarified algorithm to which “all history, terrestrial or cosmic,
mechanical or intellectual, would be reducible” (489). There can
be no doubt that this “dynamometer” will be applied to both
concrete and abstract kinds of energy: “with thought as with
matter, the true measure is mass in its astronomic sense—the sum
or difference of attractive forces” (489-90). As a test-case
Adams proposes the rate of American coal production between 1840
36
and 1900 as an index of material and social progress. Allowing
for economies of scale, it is a rate that has doubled every
decade; conversely, the dollar value of the energy harnessed over
the same period has been cut in half (490). Promising as this
might seem as a model, Adams is forced to admit that arithmetical
calculations cannot convey the varying degrees of intensity of
energy produced by coal, let alone the “scores of new forces”
discovered in the nineteenth century, or the ways in which “old
forces had been raised to higher powers” (490). Torn between the
scientist’s need for accuracy in computation and the historian’s
desire for an elegant summation of composite patterns of
behaviour, Adams allows his dynamic theory to break down in a
lengthy but fruitless discussion of the inadequacy of various
mathematical approaches to the production and consumption of
energy. Along with these quibbles go any assurance of resolving
the incommensurability of the physical and the spiritual forms of
energy: “If any analogy whatever existed between the human mind…
and the laws of motion…the mind had already entered a field of
attraction so violent that it must immediately pass beyond…to
37
suffer dissipation altogether, like meteoroids in the earth’s
atmosphere” (496).
We should not underestimate Henry Adams, philosophically or
rhetorically. His autobiography, in the words of James M. Cox,
offers “an unforgettable encounter with the forces—political,
social, scientific, artistic, and historical—of the late
nineteenth and early twentieth centuries” (140). It is also a
masterpiece of dubitatio, the rhetorical figure that asserts real
or presumptive doubt—and that by doing so validates the
rationality of doubting facts or one’s perception of them. Born
two decades before the American Civil War, and alive and alert in
1900, Adams represents the first generation to come to terms with
the coercive powers of modern technology. He uses his doubts to
reveal the fissure between the ways of life and habits of thought
that still sharply separates the modern or postmodern mind from
the hundreds of generations of humans who existed before the age
of automation. Even to have identified this drastic
reconfiguration of perceptions as a historical problem is an
achievement; to have couched it in terms that enable discussion
38
of the underlying principle of incommensurability between
cultures and within disciplines is an intellectual feat.
But Adams’s search for solutions is hobbled by the fact that
science, at the turn of the twentieth century, really is in one
of those crises that augur an upheaval in its basic assumptions.
At the very moment that Adams is cudgelling his brain in Paris,
five hundred kilometres away in Zurich, Albert Einstein is about
to enter his annus mirabilis; 1905 will see the publication of his
theory of special relativity and three other revolutionary
papers. The ways in which the scientific worldview will presently
be transformed could not have been anticipated by Adams, but he
is astute enough to see that prominent current theories have
reached an impasse. The evidence for this judgement is contained
in his Letter to American Teachers of History (1910), a work which begins
by acknowledging the futility of his previous attempts to
reconcile the categories of human and mechanical energy. The
purpose of this somewhat turgid piece of scholarship is to alert
historians to a widening gap between their modes of thinking and
those of scientists in various fields, physics in particular.
Adams’s admission that “the energy with which history had to deal
39
could not be reduced directly to a mechanical or physiochemical
process” (11) is not meant to imply that historians and
scientists should resign themselves to mutual incomprehension.
The state of science at the time of writing is, however, obscure—
not merely impenetrable by those trained in the arts, but
seemingly also by scientists themselves. The problem is
compounded, says Adams, by the proliferation of non-negotiable
oppositions between rival schools of thought. So, for example, as
can be observed in the discipline of applied mechanics, “schools…
are apt to get into trouble by using contradictory methods.” Such
rivalries are normally sorted out by the weaker theory giving way
to the stronger but, as Adams correctly notes, it is a sign of
crisis that “in this instance, the difficulty of naming the
weaker was extreme” (28-29).
On the grand scale as well, science appears to have lost
both direction and momentum. To reduce Adams’s general claim to
its essentials, while Darwinian biologists posit an overall trend
toward the improvement of all species through natural selection,
physicists who have grasped the second law of thermodynamics
foresee the general degradation of nature through entropy.
40
Historians and other non-scientists are called to embrace one
tendency or the other; they cannot accept both. As in the
Education, Adams is at a loss to discover common ground—either
among rival scientific theories, or between historians and
scientists. Which will best describe the fate of humanity:
degradation through inevitable physical processes, or elevation
through genetic mutation? Adams scrutinizes the work of
contemporary scientists and mathematicians—most of whose names
were to become irrelevant once the principles of relativity and
quantum mechanics had gained the ascendancy. In the end, he can
only exhort students of human (or “vital”) energy and those who
wrestle mentally with energy in its physical forms to explore
their mutual interests. Any future cooperation must be
predicated, however, on a systemic accord within the scientific
world. Adams’s concluding sentences emphasize the intractability
of the problem and the calibre of mind that will be required to
solve it: “If the physicists and physico-chemists can at last
find their way to an arrangement that would satisfy the
sociologists and historians, the problem would be wholly solved.
Such a complete solution seems not impossible; but at present,
41
for the moment as the stream runs, it also seems, to an impartial
bystander, to call for the aid of another Newton” (205-6).
As is so often the case with Adams, the remark is prescient.
In addition to anticipating Einstein’s radical reconfiguration of
the physical sciences, Adams might almost be credited with the
blueprint of the subsequent “synthesis of facts and theories” (1)
by which Ernest Schrödinger imaginatively bridged the gap between
physics and biology. In a series of lectures delivered in Dublin
in 1943 (published under the title What is Life?), Schrödinger
tackles a version of the question that had so perplexed Adams:
“how can events in space and time which take place within the
spatial boundary of a living organism be accounted for by physics
and chemistry?” (3). More particularly, Schrödinger focuses on
the puzzling fact that living things, in apparent defiance of the
second law of thermodynamics, do not succumb to entropy.
Schrödinger sidesteps the brick wall that had blocked Adams’s
investigations, not by “reducing” the behaviour of living
organisms to the laws of inert matter, but by showing that the
former are (by their very nature) an exception to the latter.
Animate objects differ from inanimate ones in the sense that they
42
counteract their own ultimately inevitable tendency toward
disorder (or entropy) by metabolizing order (or “negative entropy”).
“The essential thing in metabolism,” says Schrödinger, “is that
the organism succeeds in freeing itself from all the entropy it
cannot help producing while alive” (76). It does so quite
literally by absorbing “the extremely well-ordered state of
matter in more or less complicated compounds” and by expelling
their remains “in a very much degraded form” (79). “Negative
entropy,” the stuff of life itself, has its origins in the
physical world—ultimately it is solar energy—yet, like the
gravity-defying monuments of the Christian Middle Ages (as Adams
might say), it rises above and resists the statistical tendency
of matter towards decay and death. With the benefits of such
later refinements in scientific thinking, we can now surmise that
Adams has been guilty of nothing more complicated than a category
mistake. Entropy alone cannot account for all the propensities of
physical energy; where he has seen only one tendency, there are
in fact two.
Twentieth-century developments in structural linguistics
and rhetoric seem also to consign Adams’s thinking on the Dynamo
43
and the Virgin to the realm of the category mistake. And they do
so for comparable reasons. In particular, Roman Jakobson’s
important distinction between the paradigmatic and the
syntagmatic axes of language (or between metaphoric and metonymic
operations) goes a long way toward accounting for the
incommensurability that Adams has discovered. Jakobson’s
investigation of the speech patterns of aphasiacs led him to
identify two separate disorders, one that affected the ability to
find words on the basis of their similarity, the other a
deficiency in perceiving the contiguity of word with word. His
influential essay, “Two Aspects of Language and Two Types of
Aphasiac Disorders” (1956) extrapolates from therapeutic case
studies so as to establish metaphor and metonymy not only as
“polar figures of speech” (125), but as the “gravitational poles”
(131) within both verbal and non-verbal systems of signs.
Metaphor is based upon similarity, and involves the speaker in a
selection from a storehouse of words that are somehow synonymous.
Thus, “wheat,” “corn,” and “grain” might equally stand in for
“bread.” Metonymy, by contrast, depends upon a principle of
combination: the speaker must make use of syntax rather than
44
paradigm to bind units of speech in a meaningful relationship.
“Fork,” “spoon,” and “plate” are thus metonymies for “eating.”15
Metaphor is “substitutive” where metonymy is “predicative” (129);
in other words, whereas metaphor creates identity (a = b),
metonymy forms sequence (a + b). In normal speech these two
operations are performed in tandem: but, as the existence of two
types of aphasia would indicate, they are in fact distinct; and
even fully competent speakers will be disposed towards one pole
or the other. As Jakobson notes, “under the influence of a
cultural pattern, personality, and verbal style, preference is
given to one of the two processes over the other” (129).
Jakobson locates the “primal significance” (131) of his
observations in the way they enable us to categorize systems of
signs that are vastly more sophisticated than the utterances of
individuals simply by attending to the “interaction of these two
elements.” Thus, for example, lyrics are rich in metaphor, while
“heroic epics” are more metonymic. At a higher level of
complexity, Romanticism and Symbolism exhibit the “primacy of the
metaphoric process,” while Realism accentuates metonymy and
synecdoche. The same binary distinction can be observed in the
45
visual arts: Jakobson contrasts the “manifestly metonymic
orientation of Cubism” with the “patently metaphoric attitude” of
the Surrealist school (130). And so on, in wider and wider arcs,
Jakobson illustrates the dichotomy with regard to a variety of
cultural systems, hinting that it may in fact have consequences
for “human behaviour in general” (131).
Certainly, with hindsight, its consequences for Adams’s
antithesis between the Virgin and the Dynamo are plain to see. In
the first place, if Jakobson is correct that metaphor and
metonymy are mutually exclusive linguistic acts, and if the
Virgin is metaphor and the Dynamo metonymy, it follows that there
can be no means of reconciling the one with the other. They are
not like words in different languages (which might be substituted
for one another), but components in different semantic
operations. One might as well attempt to reconcile nouns with
verbs, or see subjects as predicates, as compare the Virgin to
the Dynamo. To make this point graphically, in Jakobson’s model,
the intersection of the axis of selection with the axis of
combination is quite simply a point—that is, an abstraction, a
thing without dimension. The aporia that Adams experiences in
46
attempting to see the Dynamo in terms of the Virgin (or vice versa)
is thus a literal “pathlessness,” for no path exists. The cultural
paradigm that the Virgin sums up in her being cannot be brought
into alignment with the syntax of parts—or the stages in a
process of production--epitomized by the Dynamo.
But in the second place, more significantly, Adams’s failure
to find the common measure of his two tropes may not be a failure
after all. Very possibly, he has put his finger on the very trait
that distinguishes modern technological thinking from all that
has gone before. Where the medieval mind was steeped in metaphor,
the offspring of the age of automation are oriented towards
metonymy. Where the builders of the great cathedrals strove for
similarity, analogy, and unity, the modern mind prefers
structure, contiguity, and the functionality of the parts within
the whole. Of course, taken to an extreme, a predilection for
metonymy creates the very reverse of unity. As Jakobson points
out, an excess of metonymy leaves a listener “crushed by the
multiplicity of detail that is unloaded on him in a limited
verbal space… [and] physically unable to grasp the whole, so that
the portrait is often lost” (132). This seems to agree well with
47
Adams’s depiction of the confusion that reigned in science circa
1900.
A crushing multiplicity of detail happens as well to be the
source of Adams’s dissatisfaction with the shape of his
autobiography as a whole. In his specious “Editor’s Preface,”
(written by himself, but attributed to Henry Cabot Lodge) Adams
compares himself unfavourably to the “great artist” St. Augustine
whose moment in history conferred on him the privilege of working
“from multiplicity to unity.” As a modern writer, Adams himself
has been forced to “reverse the method and work back from unity
to multiplicity.” This scheme, he concedes, “became unmanageable
as he approached his end” (xxvii-xxviii). Nevertheless, Adams
makes a valiant effort to encompass the two opposed
predilections; he continually strives to keep a foot in both the
modern and the medieval world and to regard each with sympathy
and amusement. Even as he struggles with an intellectual
dichotomy beyond his power to resolve, he playfully pictures
himself travelling to the French cathedrals he so much admired by
means of his newly purchased Mercedes-Benz. Writing to Anne
Palmer Fell in June of 1904, he remarks ironically, “I buy it
48
that I may live at peace in the twelfth century, and go to church
regularly in a Romanesque cathedral every Sunday, and on the
Virgin’s fêtes. To get to Chartres, or from it, without a miracle
would do no one any good. I am sure the Virgin would like to be
with me. It’s just the sort of thing she most enjoyed” (Letters V,
591). This is not a solution to the problem of incommensurability
in the large sense, but it is probably as close as anyone can
come to thinking metonymically and metaphorically at the same
time.
1 This essay is in part a response to the contention of Randy Allen
Harris in his Rhetoric and Incommensurability that “if incommensurability
is a syndrome, then rhetoric—the search for ways to adjust ideas to
people, people to ideas—is the cure” (94).
2 Listing Copernicus, Newton, Lavoisier, and Einstein as having
initiated “major turning points in scientific development,” Kuhn
states that the discoveries of each “necessitated the community’s
rejection of one time-honored scientific theory in favour of another
incompatible with it. Each produced a consequent shift in the
problems available for scientific scrutiny and in the standards by
which the profession determined what should count as an admissible
problem… And each transformed the scientific imagination in ways that
we shall ultimately need to describe as a transformation of the world
within which scientific work was done. Such changes, together with
the controversies that almost always accompany them, are the defining
characteristics of scientific revolutions” (6).
3 This is the contention of Isaiah Berlin, whose influential essay
“Two Concepts of Liberty” defined political liberty precisely as a
system capable of encompassing incommensurable moral goals. Pluralism
is thus “a truer and more human ideal than the goals of those who
seek in the great, disciplined, authoritarian structures the ideal of
‘positive’ self-mastery by classes, or peoples, or the whole of
mankind. It is truer because it does at least recognize the fact that
human goals are many, not all of them commensurable, and in perpetual
rivalry with one another.” Four Essays on Liberty (1969), 171. Harris
briefly discusses Berlin’s contributions to the incommensurability
debate (70-71).
4 Ernest Samuels notes that the exact date at which Adams began to
write The Education is impossible to ascertain. Henry Adams: The Major
Phase (311). Edward Chalfant dates Adams’s decision to write the work
“conjecturally” in September 1892. Improvement of the World: A Biography of
Henry Adams: His Last Life, 1891-1918 (2001), 26.
5 According to T.J. Jackson Lears, the engine-house was powered by
steam. “In Defense of Henry Adams.” The Wilson Quarterly 7:4 (Autumn,
1983), 92.
6 For a detailed account of this transition, see the section entitled
“The Decline of the Mechanical View” in Albert Einstein and Leopold
Infield, The Evolution of Physics: From Early Concepts to Relativity and Quanta (1966),
69-122.
7 Samuels dates Adams’s renewed interest in the creative spirit of
the Middle Ages to the summer of 1895 when he first toured Chartres
Cathedral in the company of George Cabot Lodge. Henry Adams: The Major
Phase, 208
8 The practice made an impression on Adams, for four years later he
searches again for the clou to the World’s Fair in St. Louis. Writing
to Elizabeth Cameron, he declares “the clou is the electric
illumination which must be the finest thing ever done” (Letters V,
587).
9 Geppert cites Lessing and Malkowsky as noticing the unique
character of the electrical exhibits (96).
10 Several commentators on The Education of Henry Adams have probed the
dual perspectives of the narration. See, for example James Goodwin,
“The Education of Henry Adams: A Non-Person in History” Biography 6:2
(Spring 1983): 117-135; Ivan Illich and Barry Sanders, Chapter V,
“The Self” in ABC: The Alphabetization of the Popular Mind (1989): 71-83;
Joseph Parkhurst, “The Manikin and the Memorial Bronze: The Figure of
Defacement in The Education of Henry Adams.” Biography 17:2 (Spring
1994): 144-160; Andrew West, “The Education of Henry Adams: A
Bildungsroman.” South Central Review 25:2 (Summer, 2008): 91-108.
11 For an in-depth study of Adams’s “highly idiosyncratic conception”
of the Virgin, see Daniel L. Manheim, “Motives of his Own: Henry
Adams and the Genealogy of the Virgin” New England Quarterly 63:4 (Dec.
1990): 601-623.
12 Kuhn makes mention of the same example in connection with the
paradigm shift: “The subject of a gestalt demonstration knows that
his perception has shifted because he can make it shift back and
forth repeatedly while he holds the same book or piece of paper in
his hands. Aware that nothing in his environment has changed, he
directs his attention increasingly not to the figure (duck or rabbit)
but to the lines on the paper he is looking at.” Kuhn insists,
however, that this model is not a good illustration of what happens
during scientific revolutions: “The scientist can have no recourse
above or beyond what he sees with his eyes and instruments. If there
were some higher authority by recourse to which his vision might be
shown to have shifted, then that authority would itself become the
source of his data, and the behavior of his vision would become a
source of problems (114).
13 Wills attributes the many misunderstandings to which Adams has been
subjected to the distorting effect of The Education: “It is the one
Adams book regularly taught in the schools. It is taught by English
professors, who dwell on its stylistic ironies and eschatological
myths. Adams has become a wholly owned subsidiary of English
departments, while he is neglected by history departments. The
principal work on Adams was written by an English professor… Ernest
Samuels, whose three-volume biography traces a rising arc to the
summit of a ‘Major Phase’ in the final volume. All else is
preparatory to that. All else is read backward from that” (6).
14 Some have found echoes of a Hegelian dialectic in Adams’s
historical theories, but in my view these are faint indeed. Adams
never identifies an overall purposiveness in the patterns of history,
and he lacks a concept of “negation of the negation.” But see Joseph
G. Kronick, “The Limits of Contradiction: Irony and History in Hegel
and Henry Adams” Clio 15:4 (1986) 391-410.
15 My examples parallel Jakobson’s, but compress and simplify his wide
spectrum of case studies. For more detailed information, see his
investigations of the “similarity disorder” and the “contiguity
disorder” (120-128).
Works Cited
Adams, Henry. The Education of Henry Adams. Ed. Ernest Samuels. Boston:
Houghton Mifflin, 1973. Print.
------. A Letter to American Teachers of History. Washington, 1910. University
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