Time and the first
debt
…
cursed is the ground for thy sake; in sorrow shalt thou eat of it all the days of
thy life; Thorns also and thistles shall it bring forth to thee; and thou shalt
eat the herb of the field; In the sweat of thy face shalt thou eat bread, till
thou return unto the ground; for out of it wast thou taken: for dust thou art,
and unto dust shalt thou return.[1]
—Genesis 3:17–19
Nations
are not powerful because they possess wide lands, safe ports, large navies,
huge armies, fortifications, stores, money, and credit. They acquire those
advantages because they are powerful, having devised on correct principles the
political structure which allows the flow of energy to take its proper course.
The question is how; for the generator and the possible transmission lines and
available outlets to either benefit or destruction are always the same. The
only difference between past and present in respect of energy is quantitative,
a higher potential available at a higher flow, which makes a wrong hook-up more
appalling in its effect by the given ratio, becoming apparent literally in a
world explosion. The principles of the conversion of energy and of its
appropriate mechanism for human use cannot change; these are universals.[2]
—Isabel Paterson, God of the Machine
There are many places one
might take as the proper point of departure in discussing time. We may, for
instance, look to the human infant, as Piaget did, and there study the
ontogenesis of temporality; or we might start with some set of fixed priors, as
McTaggart did with his Hegelian commitments. But we may also turn back much
further, albeit less so than Hawking:
The
active non-biological systems, like a star, active planet, magmatic or
hydrothermal system, simply dissipate free energy into surroundings. Unlike
them, the biological systems actively extract free energy from the environment
and concentrate it. … the principal transition from non-living to living
systems in the thermodynamic context comes to the inversion of the
balances—from negative to positive.[3]
Of course, taken from the
perspective not of quantity but quality, we may see this somewhat differently.
We, like the non-biological systems, still lose energy to our surroundings—and
we also use it in our activity. This is the origin of scarcity, wherein we are
first oriented towards the future. At this point the past is unreal, we have no
sense for it. All we know is hunger, for this is what keeps us alive. We need
constantly to eat or we will starve. The paradox is
that to acquire energy also itself requires energy. There seem two basic
strategies, with their prototypical forms as animal and plant: we may either
wait or go to it. Plants rely primarily on the sun,
some even eat insects that wander their way; they also need water and nutrients
from the soil. Here we will focus on one aspect in
particular, that of energy; leaving aside others which operate on more
or less the same paradigm. Scarcity propels us into the future; that is, it
compels desire. All this because we have borrowed our life, only thus has our
balance gone from negative to positive. This is the primordial debt:
A
man, being born, is a debt; by his own self he is born to Death, and only when
he sacrifices does he redeem himself from Death.[4]
With
this owed, we exist in a state of cyclical scarcity. This is the basic rhythm
of life, the temporal structure of desire. Most simply, but for reasons other
than energy, our sleep is entrained by the solar cycle; hence we too are
cyclical, desiring sleep when night falls. But we cannot sleep anywhere, often
we must be careful.
This
is the second aspect: while we have thus acquired a debt by our coming into
life, we nevertheless treasure it. We must ensure ourselves against the death
that lies without as much as that within. This means avoiding harm—predators,
poisons, hazards, etc. The root of ‘avoid’ is to empty, which entails change
and motion. For the living being, this means movement. Even plants move, as
when by phototaxis they seek light or when their roots grow towards water.
There are two aspects here: growth and activity. Each of these requires energy
and resources, plainly the plants have invested most of their evolutionary
surpluses into the former. Animals, in contrast, have developed down a
different line which emphasises physical movement and activity. While we are
initially rooted in the world as they, this is only temporary during initial
gestation and development. Man is then thrown into the world when his umbilical
cord is cut; with this, he must move. Of course at
first, food is brought to him. But man is an unusual animal in this regard,
many enter the world already able to survive for themselves. For us, in
contrast, we are still rooted in our mother—albeit now symbolically and
functionally, as in terms of the flow of energy and resources. And once we are
grown, then we must move. We learn from those that came before us; first by
observation and imitation, later also instruction. From this and our experience
of movement, hence our experience of the environment, we come to know this world—how
to avoid threats, find resources, etc. This knowledge entails a temporality, as
that of mere object persistence.
But
even before this we may come to associate qualities with things: desire, fear,
etc. This is also an aspect of temporality, yet here it is the past which
reaches into the present; whereas with scarcity, it
was the present reaching into the future. Taken together, the past thus aids
the present in its movement towards desire—in other words, it entails an
unconscious corpus of practical knowledge. None of this, of course, is absolute
or perfect. Our activity here is similar to that of the reproducing cell, in
that this activity is also creative; albeit for a
different reason. We simply cannot record everything, nor would this be particularly
useful. Instead we order our relations somehow,
thereby providing a form associated with certain cues and contexts. This is
then creatively reproduced in our activity. As with sexual reproduction, some
aspect of identity is here adumbrated by possibility; yet there is the creative
component in which chance and circumstance shape the outcome. We may react
automatically, as if prompted by some surprise; other times our response may be
more considered—anchoring in a similar scenario and
then adjusting to the circumstances. This seems possible by virtue of the
finitude of knowledge, that always the world supplies half of the equation. Of
course, we may well be mistaken or even simply ignore the world and seek to
impose ourselves upon it. Sometimes this may be successful, other times it may
fail. Suppose, for instance, that we see a berry we think is familiar and
desirable. We eat it and fall sick, having mistaken an altogether different
berry for one we knew; then we may come to distinguish the two, to determine
the cause and rectify our categories. Or perhaps by chance we are not sick, was
it truly a different berry then or was it the same? To us it may as well be the
same, but suppose an expert was watching us; they might perceive a different
berry. That we can be mistaken shows that there are always two aspects:
ideality and actuality. Ideality entails understanding or knowledge of the
quality of an aspect in actuality—in other words, it is always an educated
guess—whereas actuality is the objective truth of the matter, insofar as we can
determine that.
Yet
turning back to the primitive biological cell, we see a third temporality: by
its reproduction the cell obtains a continuity characterised by identity in
difference. The cell contains the code necessary to replicate itself, yet each
replication is liable to variation. Always there are two aspects to this: the
identity of continuity and the difference of change—somehow the child is not
their mother, somehow they are, somehow it is
inexpressible. There is no way to ascertain which of these aspects is the
ultimate reality, here we must be accepting of many-sidedness. What matters is
that this is a dialectical process of creative reproduction. There is a
revolution here, or an apparent one, when cells synchronise. While sexual
reproduction required the more complex synchronisation of separate cells,
something similar is present for those with asexual reproduction, as where
bacterial strains exhibit mutualistic behaviour. Some strains exhibit
functional mutualism, as when one produces necessary nutrients for the other,
which might be thought of as symbiosis rather than coordination proper; and yet
cooperation in terms of spatial distributions—in other words, mutualistic
behaviour—has also been observed.[5] This coordination of
behaviour we will call synchronisation, whereas functional mutualism is symbiosis.
These two categories are crucial in the development of complex biological
organisms. The same two aspects can be seen elsewhere also, as in the symbiotic
relation of organs or branches of government and the synchronisation of their
functions. Synchronisation is here a fundamental concept: it is
the dynamic capacity to coordinate activity in time and space so as to assemble functional units towards some end.[6] Spatial proximity is the
simplest means of easing communication, for there must be some signal to evoke
synchronisation. This depends on the quality and quantity of available
communications infrastructure—including speed, difficulty, distance, etc.
The
synchronisation of functional units may take two forms, either continuous or
intermittent.[7]
The former is less common, though we may well see its basic form in the fact
that the possibility of synchronisation must be continuous. This might be
compared to the difference between a fibre-optic cable (continuous) and the
signal which it carries (intermittent). The same is true of our brain and
heart, the intermittent synchronisation is dependent on the continuous
connectivity by which the possibility of synchronisation is established. We are
here concerned with intermittent synchronisation more than the mechanism of its
bare possibility. This can be thought of as the actual coordination in which
activity is synchronised, whatever the means by which
that is accomplished. Of course, the means of connectivity—and particularly,
its extent—are important; we will thus touch on this topic more than once. This
will become particularly important following the development of clock time, not
to mention its spatial propagation by electrical signalling. The form of a
means, such as a clock, determines the mode of the signal by which it tends to
initiate synchronisation. But we will return to this later. For now, we must
note that intermittent synchronisation entails the temporary coherence of a
functional unit towards some end. This may involve cells, organs, and in particular for humans, coordination between individuals
acting as groups and societies; it is the latter category with which we are
foremost concerned. Our interest is the ways in which synchronisation functions
towards the ends implied by the image outlined here: life as scarcity,
survival, activity, reproduction, etc. Our focus will be on the synchronisation
of human activity in social groups and societies for the purpose of acquiring
energy; or more broadly, the relationship between energy and work. For man not
only expends energy himself that he might acquire more from the environment, he has also come to harness alternative forms—other men,
horses, engines, etc.
But
for any of this to be possible, society must somehow enlist the private
interests of its population. The bare minimum coherence required to avoid
collapse operates akin to herd immunity, so long as failure is contained then
it is usually manageable. What needs to be avoided is social contagion
resulting in total desynchronisation. Suppose a small band of troops enter
combat; and from an objective perspective, it doesn’t look good—one of the men
notices this, he turns and flees. So long as nobody else sees this, they may
fight on; but there is a risk that this loss of morale may spread through the
unit, at which point they may be routed by panic. This is different, of course,
to their suffering a bloody defeat; they may still win if they’re lucky. The idea
here is that morale—or for an individual, confidence—entails the maintenance of
synchronisation under stress. Beyond that there is also basic functional
coordination; that is, synchronisation under ordinary conditions—more practical
knowledge of what ought to be done than confidence. And below this, biological
life: the obvious prerequisite for any component of a social unity. That this
is the basis, the bare minimum, is emphasised by Kropotkin’s exhortation:
“Bread, it is bread that the Revolution needs!”[8] This is a telling point, at the centre of the
state we find the first scarcity—the primordial debt. People are dragged along
by their stomachs; and beyond that, by their minds. The latter may disregard
the former, as in hunger strikes, but at some point
the body will fail, collapse, and ultimately die. Whether collapse occurs
before death depends primarily on morale; those that die in hunger strikes are
carried to the edge by their beliefs in spite of
everything else.
Societies
thus use mind and body alike to tug people in desired directions, primarily to
either prevent interference (out-of-phase synchronisation) or assemble
functional units (in-phase synchronisation). One way this is done, as the
corollary of Kropotkin’s argument suggests, is by holding their primordial debt
against them; or rather, we may speak of the people as always necessarily
collaborating in the joint enterprise of society. The only ones that do not
collaborate are those who avoid social structures or opt out entirely—suicide
is the ultimate negation of the world. To the extent that we wish to continue,
we must somehow have food. Some return to primitive hunter-gatherer lifestyles,
dumpster diving and urban scavenging; others are lucky enough to have social
safety nets, whether family or something more formal like an unemployment
benefit. This is the simple demand at the heart of society: all must eat. Here
we find the basic temporality of all social structures, the basic rhythm of
social life. There are other rhythms also: water, sleep, menstruation, etc.
Then above this, there are those rhythms which resolve these demands. We must
work, for instance, so that we have something to eat, somewhere to sleep, etc.
Of course, this is not enough for long-term stability. To ensure people are
maximally engaged, they must have something more than the bare nutrition
necessary to sustain life. Dietary factors will influence the physical and
intellectual productivity of a nation. And yet more than that, confidence and
morale will influence the level of commitment. Marx saw religion as serving
this role, and it does, among other things; but so
does ideology, Marxism and Catholicism equally offer moral and emotional
absolution.
Such societal narratives are
also important as solid scaffolding for synchronisation within large groups.[9] Indeed, they seem to be
necessary: no lasting civilisation has been without some religious or narrative
core. Most basically, this entails a shared language; compare here the Tower of
Babel, where the curse on their tongues caused the immediate dissolution of
their civilisation. The functional synchronisation of a society, in other
words, always requires some communication infrastructure. This can be anything
from song and the spoken word to newspapers or email. Advances in
communications technology increase the rate at which more distal elements can
be coordinated. Meanwhile transport infrastructure provides the other half of
this aspect, with one primarily entailing a coordination in time and the other
in space. While the capacity to actually go somewhere
is crucial, communications infrastructure is necessary for stability and
certainty in the flow of commerce. A side-effect of advances in this,
particularly that of the penny post, was the creation of regular national newspapers
like the Spectator.[10] Anderson argues that
these allowed the ritualistic synchronisation of isolated individuals at a far
larger scaler than was ever before possible:
We know that particular morning
and evening editions will overwhelmingly be consumed between this hour and
that, only on this day, not that. … The significance of this mass
ceremony—Hegel observed that newspapers serve modern man as a substitute for
morning prayers—is paradoxical. It is performed in silent privacy, in the lair
of the skull. Yet each communicant is well aware that
the ceremony he performs is being replicated simultaneously by thousands (or
millions) of others of whose existence he is confident, yet of whose identity
he has not the slightest notion. Furthermore, this ceremony is incessantly
repeated at daily or half-daily intervals throughout the calendar. What more
vivid figure for the secular, historically clocked, imagined community can be
envisioned? At the same time, the newspaper reader, observing exact replicas of
his own paper being consumed by his subway, barbershop, or residential
neighbours, is continually reassured that the imagined world is visibly rooted
in everyday life.[11]
Of course, the story has gone
on since then. Globalisation and the Digital Revolution have together heralded
a new era, that of the ‘global village.’ But all this must be left aside for
now. Instead our aim here is to understand something
of the nature of that peculiar form of time so characteristic of modernity—that
of the “secular, historically clocked, imagined community.”[12] Or Walter Benjamin put
it: “modernity, the time of hell.”[13] Broadly, we will sketch
the dialectic by which temporality has been reproduced and developed between
the Neolithic and Industrial periods. This will begin with the shift from
nomadic hunter-gathers to static agriculturalists, from which point we will
trace in outline the historical development of these into the Industrial
Revolution. Throughout we will follow the thread of temporality through an
array of apparently disparate topics: biology and thermodynamics, food and
energy, economics and morality, etc. And at end, we
will adumbrate the particular temporality which today
is obscured by its apparent universality and necessity.
Taking
scarcity as our point of departure, we might look to that which preceded the
Neolithic era. Here man apparently existed in small groups as a nomadic
hunter-gatherer. We might characterise the pattern of synchronisation—in other
words, the temporal order—as roughly that expressed by the Greek term kairotopos.
The first part of this name comes from Kairos, the Greek god of time as timing,
of the qualitative moment of opportunity—described as having a shaved head
except for a long forelock, the idea being that you had to be agile to catch
him by it and thus ‘seize the opportunity.’ The other half of this word is
‘topos,’ the Greek term for place. Taken together, we see that time is defined
by the qualitative integration of a spatiotemporal point. When and where, in
this case, are equally important. This can be seen reflected in the temporal
orders of hunter-gatherer societies. Most of the time, these existed as small
groups moving separately. They would leave one area and move to another, setting
up camp and “eat their way out”—methodically gathering from their campsite
outwards until supplies were exhausted.[14] At around 19km, such subsistence
activities would require an overnight trip. This is like the hard limit to the
area that they would exhaust in ordinary circumstances. At this point, they
move to the next location. This is simpler for them than us, as they value
portability above all else and carry little beyond necessity. Indeed, so
important is this mobility that they will euthanise any unable to travel. And
that makes sense, this is their mode of subsistence—it is life itself, scarcity drives their hunger and carries them ever
onwards. They cannot afford to stop, that would mean an entirely different way
of life for which they are not equipped. Perhaps they would survive, maybe they
could develop agriculture—most seem to have preferred to minimise the risk.
Some have portrayed the lives
of hunter-gatherers as an awful horror, one in which they were “pressed down
upon the subsistence level.”[15] Yet there is good reason
to think things were not so bad, at least before the industrialised world came
on the scene. When European colonists arrived in Africa and Australia, for
instance, they quickly took over much of the best land. Aborigines were
prevented from camping at water supplies; indeed, efforts were made to curb
nomadic activity entirely. To judge them on fair terms, we might find their
historical actuality less terrible than the image we have come to know by
cultural bias and historical tragedy:
If
such peoples are now described as poverty-stricken, their resources “meagre and
unreliable,” is this an indication of the aboriginal condition—or of the
colonial duress?[16]
If we turn to the culture
symbolism of hunter-gatherers, we find that the relation with nature is
characterised far differently from the inside than we might suspect.
Bird-David, for instance, directs us to the root metaphor of the Nayaka, a
South Indian tribe of gatherer-hunters: “nature as parent.”[17] This provides a key
symbol which entails an elaborative schema coherent with the structure of
Nayaka existence:
…
the root metaphor formulates the unity of cultural orientation underlying many
aspects of experience, by virtue of the fact that
those many aspects of experience can be likened to it.[18]
Our
point here is that these symbolic structures act as a narrative scaffolding for
intersubjective coherence, and hence facilitate functional synchronisation,
within the relevant social group. This says nothing of the origin, and
especially not that these ideas explain the behaviour. Indeed, it seems far
more likely that equivalent subsistence activities preceded the development of
the myths which correspond to them. Either way, it is not our aim to explain
this here—at most it can be assumed to have emerged by a dialectic of
exaptation from prior structures through creative reproduction over time.
Nonetheless, root metaphors can thus be fruitfully used to compare the cultural
structure of a people; particularly when read in line with more plainly
philosophical and sociological knowledge.
Here we might return to the
worldview entailed by the root metaphor of the Nayaka gatherer-hunters, that of
nature as a parent:
Nayaka
look on the forest as they do a mother or father. For
them, it is not something “out there” that responds mechanically or passively
but like a parent; it provides food unconditionally to its children. … Similarly,
the Mbuti Pygmies refer to the forest as giving “food, shelter and clothing
just like their parents.”[19]
And
indeed, for them this is true; it is the source of all the necessities of
subsistence as much as any luxuries or other materials. This is certainly a
different picture to the pity with which European colonists often looked on the
nomadic tribes they encountered. Along with this root metaphor goes also a mixture of trust in the generosity of
nature-as-parent and confidence in the capacity to overcome difficulties. We
might further explain this by the fact that nomadic hunter-gatherers, unlike
settled groups, can far more readily move to a new location. The
agriculturalist, in relative contrast, has all their eggs in one basket. This
threat of general failure has commonly been reduced by distributed cultivation, wherein scattered plots are preferred to a
single general field. Similarly, the nomadic mode of subsistence described here
can be seen as an intensification of this principle, that the spatial
distribution of dependence reduces the risk of catastrophic failure.
Of course, it would not be
feasible to simply search at random; and that is not what happens. Instead these groups are well-informed by the wealth of
practical knowledge passed down. Livingstone described the Kalahari Bushmen,
for instance, as being “so intimately acquainted with the habits of game that
they follow them in their migrations, and prey on them from place to place.”[20] This is a temporal order,
in other words, that is somehow embedded within nature; roughly what we have
here characterised as kairotopos. Of course, the mentions of habits are
important also: time can be conceived linearly, as in the progress of a
journal, and also cyclically. That this was also an
important element in hunter-gatherer culture can be seen in their equivalent of
‘calendrical’ festivals. These are not situated as a measure of time but as the
quality of a specific time and place, and it is this which also provides their
form:
At
Moorunde, when the Murray annually inundates the flats, fresh-water cray-fish make their way to the surface of the ground … in
such vast numbers that I have seen four hundred natives live upon them for
weeks together, whilst the numbers spoiled or thrown away would have sustained
four hundred more …[21]
Again,
this draws us back to the question of energy. These festivals are great
gatherings because nature-as-parent has thrown a feast which can support
population densities far beyond the usual dispersal of small groups. Those that
have familiarised themselves with her rhythms gather in great numbers then and
there, and in the face of such abundance who among them could doubt the
generosity of nature.
We have described this as
practical knowledge of a kairotopic order, that the group moves so often and
rarely returns to the same place renders time interwoven with space. Another
way to put this is to say that the temporal order of hunter-gatherers is
entrained to the natural rhythms of the environment. To early European
colonists, and indeed many since, this was seen as no temporal order at all: “A
man who spends his whole life following animals just to kill them to eat, or
moving from one berry patch to another, is really living just like an animal
himself.”[22]
There was a sense, in other words, that a natural temporal order was seen as
really being no order at all:
The
general consensus was that a reliance on nature had
made ‘wanderers’ of these intractable nomads, leaving them ‘without any system
of order or government.’[23]
Of
course, there was an order—it was simply something very different to that which
the Europeans had recently encountered, one which they saw as somehow beneath
them. And yet, for hunter-gatherers, this order was certainly true; it simply
reflected a very different mode of social organisation based on a fundamentally
different means of maintaining the energy flow necessary for subsistence. To
understand this difference, and see further the
interrelation of basic economic activity with temporal orders, we might now turn
to the substantial shift in spatiotemporal orders which characterised the
Neolithic era. We can see, moreover, that just as the hunter-gatherer order
characterised by kairotopos was aligned with their mode of subsistence; so too
was the particular spatiotemporal order of Neolithic
agriculturalists.
For agriculturalists, in
contrast, time is better characterised by the god Chronos. This god is
typically represented as an old man, usually carrying a scythe—as representing
the harvest. There is also Kronos, a god who is often confused with Chronos but
is commonly held to be separate. Kronos is notable in
particular for having devoured his children, an idea which was carried
through to the Roman equivalent in Saturn. Here we note the twin meaning:
Chronos as harvest symbolising the generative aspect of time; and in his
description as an old man, the degenerative aspect of time. We might see
Kronos, then, as equivalent but with a greater emphasis on the negative side of
this bivalent symbol. Indeed, Kronos has also been associated with the harvest.
Similarly, Ovid describes time as “devourer of everything, and you, hateful old
age, you destroy everything and bit by bit you consume all those things which
have been mangled by the teeth of the passing age.”[24] This is precisely the
image, albeit as abstraction rather than personification, which is central in
the mythological characterisation of Kronos devouring his children. Bongiovanni
notes, moreover, that we find in the uncertain etymology of these words the common
derivatives of grinding and grain:
These
parallel lines of development are reconcilable in the basic meaning of the PIE
root *g̑erH- ‘crush, grind, wear down,’ which by extension denotes also the
material substance that is crushed or ground, viz. grain, and also, in a
corollary sense, the physiological condition obtained as a consequence of the
act of wearing down, viz. old age, wherefore it seems only natural to conceive
of time here as the causative agent. This begins to explain the symbolism of the
rotating sky as a cosmic mill in Scandinavian and other mythologies.[25]
We
may begin to see, therefore, how Chronos/Kronos are intimately related to the agricultural
developments that followed the Neolithic shift to relatively static
agriculture. There is, moreover, the interesting observation that this is
associated with the metaphor of a ‘cosmic mill.’
As the hunter-gatherers
outlined above took ‘nature as parent’ we might look to the mill as a primary
metaphor in agricultural societies. Of course, as with the parental metaphor,
we must presume again that activity preceded the narrative which merely
scaffolded a coherent understanding of this experiential basis. For this we
must turn to the spatiotemporal ordering characteristic of agricultural
societies. Once again, during the Neolithic era early agriculturalists were
mainly engaged in subsistence activities. The primary demand remained, as
before, the effort to outpace scarcity and maintain the continuity of life;
what differed was the means by which this was
achieved, thereby entailing an entirely different experience of the
spatiotemporal rhythms of nature and life. We have noted at the outset that
this was better characterised by Chronos than the kairotopos of
hunter-gatherers. For one, agriculturalists are relatively static in comparison
to hunter-gatherers; hence time begins to come loose from space—or rather, the
spatial component of ordering is less dependent on temporality. The difference,
in brief, was that where hunter-gatherers had to move to find food, early
agriculturalists more often had to wait. We can see the symbolic culmination of
this in the mill metaphor gestured at above by Bongiovanni:
Rydberg
makes the point that, because the mill was perhaps the first large-scale
mechanism invented, its rotating motion aptly served as a metaphor for that of
the starry firmament. This motion must have been early recognized regular,
predictable, and independent of the capricious interference of gods or other
powers. The conception of Kronos as a god of the rotating sky, governing the
periodicity of the seasons and the harvesting of grain, merges in the image of
the mill with the conception of time as a force that wears down by a
metaphorical grinding action.[26]
This we can understand in line
with the notion of a ‘key symbol’ or ‘root metaphor’ as outlined above: it
acquires its meaning through symbolic correspondence with the experiential
basis of a social group. The world was thus organised into seasons, which also
provides, as ‘hora,’ the root of the English word, hour. This was a world
characterised by reciprocity and regular order: “To every thing there is a
season, and a time to every purpose under the heaven: a time to be born, and a
time to die; a time to plant, and a time to pluck up that which is planted.”[27]
There are two aspects to the
morality of exchange in any society, that between man and nature; and that
between men. Turning to the Nayaka and their agriculturalist neighbours, the
Bette Kerumba, we can see the material–symbolic symmetry of these two
relations.[28]
For the Nayaka, as we have noted, nature is as parent; for the Bette Kerumba,
in contrast, nature is as ancestor. The broad difference here can be described
as that between generosity and reciprocity. And more, we see this difference
reflected in their energy economies: the Nayaka experience nature as a parent giving
freely, whereas the Bette Kerumba by necessity reap only what they sow. This is
then paralleled between individuals, with each of these metaphors serving to
structure the morality of exchange within these societies. For the Nayaka, if
another asks then the right thing to do is simply give it to them—there is here
no thought of any expected return, only a tacit trust in harmony of
intermingled flows as in a tight-knit family. The Bette Kerumba, and those like
them, in contrast, have been described as ‘gift economies,’ though this is
somewhat misleading; we might more accurately characterise them as having an
economic morality of reciprocal exchange. This differs from generosity in that
reciprocity entails some form of calculation, however rough and ready this may
be. If you give someone a bow, for instance, and they return a handful of
mongongo nuts—then that is hardly a reciprocal exchange. Where before the
emphasis was on the relationship as one of generosity, here it is the activity
of exchange which is centred—and hence, the relative values involved. Here we
may see the beginning of virtual credit–debt relations:
Kinship ties and bargaining are
considered to be incompatible, and all goods are handed over as free
gifts offered from motives of sentiment. Discussion of value is avoided, and
the donor does the best he can to convey the impression that no thought of a
counter gift has entered his head…. Most of the visitors … go home with items
at least as valuable as those with which they came. Indeed, the closer the
kinship bond, the greater the host’s generosity is, and some of them return a
good deal richer. A careful count is kept, however, and the score is afterwards
made even.[29]
All this plainly requires some
way in which value, even if not discussed explicitly, is measured, compared,
and remembered. This is particularly important, Sahlins notes, in the dealings
between social groups, wherein “the circumstances are radically Hobbesian, not
only lacking that ‘common Power to keep them all in awe’ but without even that
common kinship that might incline them all to peace.”[30] Here the stability of
inter-group relations is maintained not by law but rather by the exchange
itself:
The
economic ratio is a diplomatic maneuver. “It requires a good deal of tact on
the part of everyone concerned,” as Radcliffe- Brown wrote of Andamanese
interband exchange, “to avoid the unpleasantness that may arise if a man thinks
that he has not received things as valuable as he has given….”[31]
This
necessity also motivates what might be called a ‘virtual market’—wherein supply
and demand are factored into the equation. The prompting for such calculations,
however, is not to maximise material gain but instead to secure intergroup
stability. This entails an emphasis, in other words, on the social relation
itself rather than objective economic value. And the same is true internally,
wherein the appropriate terms of exchange vary significantly according to the
hierarchical and relational distances involved. The function of synchronisation
here was not material profit but social harmony; hence it was a necessarily
complex calculation taking as its basis the social relation rather than fixed
values or economic objects.
The metaphoric reciprocity of
agricultural activity, of reaping what one sows, is thus found to be reflected
in the dominant morality of exchange; yet it echoes also elsewhere, as in
ritual and religion. This is particularly obvious in Christianity, which
features an abundance of agricultural imagery: “for whatsoever a man soweth,
that shall he also reap.”[32] But here we notice
something else also, an effort to resolve the tension we have noted between
Chronos/Kronos; that is, time as harvest and reaper alike:
For
he that soweth to his flesh shall of the flesh reap corruption; but he that
soweth to the Spirit shall of the Spirit reap life everlasting. And let us not
be weary in well doing: for in due season we shall
reap, if we faint not. As we have therefore opportunity, let us do good unto
all men, especially unto them who are of the household of faith.[33]
Here we find in altered form
many of the ideas we have already addressed; for instance, of internal
reciprocity—now conceived as within ‘the household of faith.’ Moreover, the
requisite exchange is now phrased in spiritual terms as a duality of spirit and
flesh. The Christian life is here understood in terms of agricultural metaphor:
life as season, death as harvest. This aligns well with the imagery of Death as
the servant of God, a ‘grim reaper’ with hourglass and scythe. But most
importantly, here again we find the principle of reciprocity and, in particular, its relation to eternity. Christianity can
thus be understood as entailing a reciprocal relation with God, wherein one
‘soweth to the Spirit’ so as to ‘reap life everlasting.’
Here it can be seen to address the psychological, as opposed to biological,
face of our primordial debt:
The price is the knowledge of mortality—each human
being anticipates his own demise. Because of this ability to look forward in
time, every man and woman is aware that they are subject to the process of
decay and, ultimately, death.[34]
We may note also another key Christian
metaphor: that of the shepherd. This entails the understanding of God as
guiding and protecting mankind as flock, as well as our own duty to emulate
this. But moreover, it also suggests some proper orientation or path.
Similarly, as with the Nayaka, the Christian conception invokes ‘God the
Father.’ This originary role endows the creation narrative with the force of
revelation; it is the circumference of a mythic order within which all else
resides—past, present, and future alike. And more, what is the case thus also
determines what ought to be: that so-and-so is your father, for instance,
entails not only a simple fact about a person but also determines what counts
as proper conduct in this relation. Christianity entails, in other words, not
only an existential debt but also our place in creation and hence the proper
mode of sacrifice: “I beseech you therefore, brethren, by the mercies of God,
that ye present your bodies a living sacrifice, holy, acceptable unto God,
which is your reasonable service.”[35] This echoes the notion of
a primordial debt, here imbued with moral and spiritual meaning. Hence perhaps
the fundamental role of the religion in structuring time, as with the seven-day
week and the Sabbath; church bells signalled the temporal order, Benedictine
monasteries were pioneers of time-discipline, etc.
To
return to the topic of energy, the history as outlined for the shift from
hunter-gatherer to agricultural subsistence resulted, with technological advances,
in the possibility and importance of surplus stores. Where the nomadic
lifestyle was inimical to surplus property, the static agriculturalist
lifestyle made it possible; and more, necessary—there had to be sufficient food
to supply a static population until the next harvest. This is to say, in other
words, that static agriculturalist societies have higher fixed costs. Yet they
can also offer a much higher return on investment in terms of input–output
ratios. This is precisely because of their spatial distribution: by
mechanically harnessing the photosynthetic capacity of plant-life, man was also
able to maximise the density of its energy output. To do so required foremost
that he make way for the sun, which deity he was thereafter dependent upon. This
was accomplished primarily by the use of fire to clear
that which would obstruct planting and obscure photosynthesis, which had the
side-effect of providing nutrients for the ground. By the power Prometheus
brought we thereby sacrificed the old gods of the forest, making way for an
altogether different way of life. With this we exposed ourselves to a new
dependence, like Adam and Eve we were thus bound to work the land. Once the
forest had intervened between us and the world; so long as we remained in symbiosis,
the world tended to be characterised by generosity and often enough even
abundance. Now festivals were instead structured according
our new dependence upon the sun and soil: reap and sow, reciprocity. For this new patterns of synchronisation were necessary, a new
spatiotemporal order. Through intermittent synchronisation of activities,
labour and ritual alike, the biological and social orders were thus maintained.
Alongside this ran the dialectic of scarcity, yet now the same equation, given
new variables, solved to give new values. See, for instance, the prominence of
fertility rites—symbolically and demographically, reproduction had become a
major value.[36]
Today
we see the senicide and infanticide of hunter-gatherer populations as barbaric,
even if we may abstractly understand its necessity. We can explain our disgust
on the reversal of values here, also—elders no longer had to be abandoned due
to the necessity of movement. At the same time, demographic growth had become
much more desirable. The costs were reduced and
advantages increased significantly, now parents that needed to work could leave
their children with older people that were unable to work. This was perhaps a
factor also in the formation of a culture in which elders and ancestors were
respected or even venerated. They were able to live much longer and became the
living repositories of culture as song and story and tradition—often all woven
into one. Primitive populations without written language lacked any alternative
for preserving information. Similarly, ancestor worship can be seen to reflect
the new importance of tradition in agricultural society. This was a temporality
which recognised its debt to the past in terms of cultural inheritance and
practical knowledge. What we might think of as mere technical operations
involved elaborate ceremonies and symbolic exchanges of reciprocity with an
ancestor or some such supernatural entity. For these the proper enactment of a
patterned whole was of the utmost importance, not as steps in a mechanism but
the totality of ritualistic form. Such instances of intermittent
synchronisation must be seen as functional units not only for the purpose of
agriculture, for instance, as by ritual and the sowing of seeds, but also as
reproducing the intersubjective reality of the social organism. There are thus
two layers of entropy in the static agriculturalist society: the biological
body and the body politic. For each, it was equally necessary that integrity
and continuity be maintained. This required the coordination of internal forces
against the death within, scarcity, and that without, enemies and external
threats. In this way social reality was reproduced as the society
simultaneously produced the means of ensuring its continuity.
Humans
are renowned among the species for their over-imitation, as can be seen in the
former importance of tradition.[37] Even now this largely
remains, as language itself might be thought of as ‘traditional’ in this sense;
to constantly question the basic meanings of words or argue they ought to mean
something entirely different. This traits adds value
in two senses: it aids in the fidelity of transmission between generations; and
it thereby provides a sound basis for what has been termed cumulative
culture—or the ‘ratchet effect.’[38] Ultimately this concerns
the possibility of progress, of more or less ordered changed within continuity.
And in the time since man first settled in static societies, this has been a
central factor in the evolution of cultures. We can see this, in particular relation to our purposes, in the ways in which
energy has been harnessed. At first primitive agriculture depended on fire and
human labour; later additions include oxen, horses, watermills, windmills, etc.
All of these entail harnessing alternative power
sources; the flow of a river, for instance, or the indigestible diet of oxen.
These have thus reduced the amount of labour required of humans; or rather, it
has increased their power—that is, their capacity for work over
time. This has increased the remaining moiety, which can then be
invested elsewhere; as with population growth,
monument construction, military production, etc.
We
can see that since the advent of static agriculture era man has expanded his
access to power in the environment, harnessing streams
and horses alike. Yet wind and water mills added little, and animals were still
dependent on the same source: solar energy. On the other side, that of surplus
rather than production, man has also advanced. This can be seen as something as
simple as using pigs to store energy or converted indigestible crops into
edible meat. Similarly, we have developed all sorts of containers from amphoras
to grain siloes. The stability of stored foodstuffs requires they be protected
from the environment, animals, spoilage, etc. Yet this also increased the need
and desire for military power, that the society might protect itself from
looting as well as expanding by force if necessary. Altogether, the
agricultural society is in a constant state of scarcity and their success will
depend on how well they can maintain growth and stability. Here geographical
factors will also enter into the picture; England’s
natural insularity, for instance, let it avoid the balance of power politics
which characterised continental European states.[39] This meant that it was
able to invest more in expansion, infrastructure, technology, etc. European
states on the continent, in contrast, ended up with high fixed costs in order to maintain the standing army’s necessary to stave
off their belligerent neighbours. All of these factors
require specialisation and the division of labour, thus making for a much more
complex state. Yet throughout this, the state must maintain coordination of all
these parts. Each functional unit must synchronise as necessary to fulfil its
part, then these must be coordinated towards ends which serve the interests of
the state.
This begets a civilisational
dialectic that Toynbee calls “challenge and response.”[40] Societies need not only
maintain themselves against entropy but must also successfully coordinate in
response to challenges as they arise. We might here turn to the central
challenge of Europe prior to the Industrial Revolution: the advent of modern
warfare. And here again, as in the turn to static agriculture, this new age was
born amidst smoke and fire:
Once
better confined and directed, the force of exploding gunpowder begun propelling
increasingly heavier projectiles at larger distances. Manufacture of such guns
begun in China just before the year 1200, and the true guns were cast in Europe
only a few decades later.[41]
The introduction of guns
destabilised the balance of power in Europe, with all hands in a frenzy to
acquire the necessary capacity to produce advanced weaponry and gain the
advantage. As a result, “casting of field guns became one of the first
mass-production industries of the modern world.”[42] This required an immense
amount of iron, which led to deforestation of almost all England for charcoal
by the middle of the eighteenth century. For all their weapons and other
advances, European was at that time still as much an organic economy as that of
the early Neolithic era; it was thus wholly dependent on land as the source of
food and material products—in other words, “the production horizon … was set by
the annual cycle of plant growth.”[43] While the amount of solar
energy is immense, this is necessarily channelled through the inefficient
process of photosynthesis. This also ties these economies to environmental
conditions such as rainfall and temperature, thus limiting the supply of arable
land. The energy derived from wind and water, moreover, made little difference
to this basic dynamic:
Mechanical power was principally provided by human and
animal muscle. Thermal energy came from burning wood or charcoal.[44]
While cautious to attribute
the cause of the Industrial Revolution to any single fact, Wrigley argues that
“one necessary condition for the escape from the constraints of an organic
economy was success in gaining access to an energy source which was not subject
to the limitations of the annual cycle of insolation and the nature of plant
photosynthesis.”[45]
It makes sense, therefore, that the 1750s, when iron was first experimentally
produced using coal, is “generally considered as the starting point of the
Industrial Revolution”—which Chen characterises as “a successful technology
response to a resource crisis by vastly increasing the use of coal in iron
making and steam engines.”[46] Of course, as seems to be
the nature of the beast, successfully meeting this challenge immediately gave
rise to another. As with the shift to static agriculture, the Industrial
Revolution bent the path of progress and thus required large-scale changes in
the orientation and coordination of functional units. Most notably, the new
limit was not energy but time.
One
key shift required by the Industrial Revolution, therefore, was the need to enlist
the population’s interest in a new economic order more suited to the world that
was emerging. This has been called by De Vries the “industrious
revolution”—which he sees as necessarily preceding the Industrial Revolution.[47] We may read this instead,
in line with our account thus far, as a challenge inherent in the possibility
of industrial society; rather than preceding the Industrial Revolution,
therefore, industriousness was instead an aspect key to its realisation. While
coal offered a way to escape from the limits of organic economies, to unleash
this potential required the optimal use of other resources—and
in particular, that of labour. The Industrial Revolution cannot,
therefore, be understood simply as imposition or necessity; instead
it necessarily entailed also an enlistment of self-interest among the populace.
There are two stories to be told here, the first is that of those early capitalists pioneers animated by the ‘spirit of capitalism’
and the second, that of the people who laboured under them.
Here we will turn first to
Weber’s famous ‘spirit of capitalism’—“that attitude which seeks profit
rationally and systematically”—which he describes as originating in a worldly ascetic
mode of economic rationalism as adopted by early-modern Protestants.[48] We can understand this as
a permutation of the ‘primordial debt’ in line with the Christian understanding
of reciprocity and sacrifice: “a living sacrifice, holy, acceptable unto God,
which is your reasonable service.”[49] This gave rise to a class
of men animated by an intense self-confidence in their piety; all the while
conducting themselves such as, on most traditional understandings, was
“proscribed as the lowest sort of avarice and as an attitude entirely lacking
in self-respect.”[50] Most notable for our
purposes, these early capitalists were characterised by a pious temporality of
sacrifice:
Waste
of time is thus the first and in principle the deadliest of sins. The span of
human life is infinitely short and precious to make sure of one’s own election.
Loss of time through sociability, idle talk, luxury, even more sleep than is
necessary for health, six to at most eight hours, is worthy of absolute moral
condemnation. It does not yet hold, with Franklin, that time is money, but the
proposition is true in a certain spiritual sense. It is infinitely valuable
because every hour lost is lost to labour for the glory of God.[51]
This is, as we have noted,
contrary to most traditional understandings of temporal ethics. Indeed, we more
often find precisely the opposite standard:
There is a strong ethic that haste is unseemly, the
mark of a person too concerned with material advances who may not be paying
sufficient attention to social obligations. People who hurry their activities
are often the subject of gossip. They are regarded as less refined…[52]
The result, says Weber, was
the imposition of this idiosyncratic work ethic on the population at large by
virtue of its economic utility. Those animated by these principles, for
instance, need have little regard for traditional notions of virtue. For the
Christian, salvation is the highest value; or to paraphrase Pascal, it is the
only infinite value. All other values and principles, in contrast, were
mundane and ultimately illusory. This explains why Franklin maintains that
“those virtues, like all others, are only in so far virtues as they are
actually useful to the individual, and the surrogate of mere appearance is
always sufficient when it accomplishes the end in view.”[53] One untrammelled by
anything other than their own self-interest can, of course, go far in this
world. That is not to say that these early capitalists were not disciplined or
intelligent, yet they certainly had an early advantage in this regard:
… some young man from one of the putting-out families
went out into the country, carefully chose weavers for his employ, greatly
increased the rigour of his supervision of their work, and thus turned them
from peasants into labourers. On the other hand, he would begin to change his
marketing methods by so far as possible going directly to the final consumer,
would take the details into his own hands, would person- ally solicit
customers, visiting them every year, and above all would adapt the quality of
the product directly to their needs and wishes. At the same time
he began to introduce the principle of low prices and large turnover. There was
repeated what everywhere and always is the result of such a process of
rationalisation: those who would not follow suit had to go out of business.[54]
Of course, this would serve
only to further assure these early capitalists of their proper and pious
conduct. What better proof of righteousness than their being rewarded by God,
acting here in his function as the ‘invisible hand of the market.’ Those that
fell behind or went under were seen as failing not because of any particular ruthlessness but simply because they were not
disciplined enough, hence were undeserving and destined for damnation. As a
result, these early capitalists initiated a shift in market dynamics towards
the necessity of rationalisation which was in perfect alignment with the
requirements of their era. But in doing so, they also crowded out all other
alternatives and rewrought the entire economic order:
The Puritan wanted to work in a calling; we are forced
to do so. For when asceticism was carried out of monastic cells into everyday
life, and began to dominate worldly morality, it did its part in building the
tremendous cosmos of the modern economic order. This order is now bound to the
technical and economic conditions of machine production which to-day determine
the lives of all the individuals who are born into this mechanism, not only
those directly concerned with economic acquisition, with irresistible force.
Perhaps it will so determine them until the last ton of fossilized coal is
burnt. In Baxter’s view the care for external goods should only lie on the
shoulders of the “saint like a light cloak, which can be thrown aside at any
moment.” But fate decreed that the cloak should become an iron cage.[55]
And yet here we must qualify
Weber’s argument somewhat, for it was not that the iron cage was entirely an
imposition. The process of rationalisation also entailed enlisting, by hook or
by crook, the self-interest of the labouring population. This brings us to
another key aspect: money—which Graeber convincingly
argues is not per se a commodity but is rather downstream of the virtual credit
which animates reciprocity. Usually reciprocity was
able to be sorted between individuals, but as society expanded and came into
contact with culturally distant people, law came to resolve conflicts as a
third-party. This was a capacity granted by virtue of law’s place as a social
institution of which acceptance was tantamount to membership in a society. Law
further functioned by the power of its recourse to the state monopoly on force;
that the state provided this support can be seen to follow from the alignment
of economic rationalisation and the new demands of industrial economies and
balance of power politics. Indeed, the same capacity for force which maintained
stability against external threats also maintained order internally, usually by
mere appearance—coming into action rarely, as when Cromwell put down uprisings
in Scotland and Ireland. This link between law, state, and money can also be
traced in the development of laws which established the debt of guilty parties:
Compensation in the Welsh laws is reckoned primarily
in cattle and in the Irish ones in cattle or bondmaids (cumal), with
considerable use of precious metals in both. In the Germanic codes it is mainly
in precious metal ... In the Russian codes it was silver and furs, graduated
from marten down to squirrel. Their detail is remarkable, not only in the
personal injuries envisioned—specific compensations for the loss of an arm, a
hand, a forefinger, a nail, for a blow on the head so that the brain is visible
or bone projects—but in the coverage some of them gave to the possessions of
the individual household. Title II of the Salic Law deals with the theft of
pigs, Title III with cattle, Title IV with sheep, Title V with goats, Title VI
with dogs, each time with an elaborate breakdown differentiating between
animals of different age and sex.[56]
We can see these codes of
compensation as early price schedules, the first step towards a system in which
value was determined objectively. The difference between this and the market,
however, is that the market is not regulated centrally by statute but rather by
the ‘invisible hand of the market.’ Here the state says nothing of the price of
things, instead it guarantees the value of money and thus, on Graeber’s view,
creates the market. To support this, he points to instances where European
nations put in place monetary systems in territories. These seem counterintuitive
in that the state thus produces money to give to people; and then in the form
of taxes, to take some of it back. What seems to matter is less the form of the
taxes received by government but the effect on the population:
… one of the first things that the French general
Gallieni, conqueror of Madagascar, did when the conquest of the island was
complete in 1901 was to impose a head tax. Not only was this tax quite high, it was also only payable in newly issued Malagasy francs. In
other words, Gallieni did indeed print money and then demand that everyone in
the country give some of that money back to him.[57]
This tax was called, moreover,
the “impôt moralisateur”—it was an ‘educational’ or ‘moralising’ tax. What this
amounted to was a forced reordering of economic value,
centring on the dependence of people to biological scarcity and agricultural
rhythms, to synchronise local activity with the demands of the international
market:
Since the “educational tax” came due shortly after
harvest time, the easiest way for farmers to pay it was to sell a portion of
their rice crop to the Chinese or Indian merchants who soon installed
themselves in small towns across the country. However, harvest was when the
market price of rice was, for obvious reasons, at its lowest; if only sold too
much of one’s crop, that meant one would not have enough left to feed one’s
family for the entire year, and thus be forced to buy one’s own rice back on
credit, from those same merchants later in the year when prices were much
higher. As a result, farmers quickly fell hopelessly into debt (the merchants
doubling as loan sharks). The easiest way to pay back the debt was either to
find some kind of cash crop to sell—to start growing coffee, or pineapples—or
else to send one’s children off to work for wages in the city, or on one of the
plantations that French colonists were establishing across the island.[58]
The people, in other words,
were forced to reorient their values towards the market and mesh with this
system if they were to survive; as with all law, the ultimate guarantor of
taxes and money alike was the state with its monopoly on force. And yet, as we
have noted, this was no mere imposition; it was also an offer of enlistment:
The
colonial government were also quite explicit (at least in their own internal
policy documents), about the need to make sure that peasants had at least some
money of their own left over, and to ensure that they became accustomed to the
minor luxuries—parasols, lipsticks, cookies—available at the Chinese shops. It
was crucial that they develop new tastes, habits, and expectations; that they
lay the foundations of a consumer demand that would endure long after the
conquerors had left, and keep Madagascar forever tied to France.[59]
The idea here is the same as
that of the ‘industrious revolution’—as Hume put it: “Furnish him with the
manufactures and commodities and he will do it himself.”[60] Or more callously yet:
“Men are forced to labour now because they are slaves to their own wants.”[61] Altogether this seems to
have been a success; in 1802, for instance, Cornish men who had taken on
further employment between their shifts in the mines were described as having
“become careful and thrifty both of their time and money.”[62]
Remember,
that time is money. He that can earn ten shillings a day by his labour, and
goes abroad, or sits idle, one half of that day, though he spends but sixpence
during his diversion or idleness, ought not to reckon that the only expense; he
has really spent, or rather thrown away, five shillings besides.[63]
We have already addressed, in
brief, the mode of economic exchange in hunter-gatherer communities—specifically
that of the Nayaka. This is characterised by giving freely as between siblings
with the understanding, though no explicit expectation, that things will
someday even out. This can be compared to the primitive agricultural mode of
exchange, or the ‘gift economy,’ wherein there is a tacit expectation of
reciprocity.[64]
Significantly, for the corresponding gift to be properly reciprocal this
implies some calculation of value. We might imagine, in other words, that the
giving of a gift under a reciprocal regime of exchange implies the creation of
a virtual debt–credit relationship. Graeber suggests, contrary to the standard
history of economics, that this ‘virtual money’ actually
preceded barter and the use of coinage:
… our standard account of monetary history is
precisely backwards. We did not begin with barter, discover money, and then
eventually develop credit systems. It happened precisely the other way around.
What we now call virtual money came first. Coins came much later, and their use
spread only unevenly, never completely replacing credit systems.[65]
On this view, in other words,
“money is not a commodity but an accounting tool.”[66] Take, for instance, the ancient
Sumerian economy which was centred around vast temple and palace complexes. By
around 3500 B.C., “temple administrators already appear to have developed a
single, uniform system of accountancy” in which “the basic monetary unit was
the silver shekel.”[67] But this was not yet
equivalent to money in our sense, for “while debts were calculated in silver,
they did not have be paid in silver—in fact, they could be paid in more
or less anything one had around.”[68] We see, therefore, that
the point of establishing the correspondence between the weight of a silver
shekel and, for instance, a bushel of barley was simply that this allowed for
the systematic determination of reciprocal exchange:
Units
of currency are merely abstract units of measurement, and as the credit
theorists correctly noted, historically, such abstract systems of accounting
emerged long before the use of any particular token of
exchange.[69]
What
is it to say then, as Benjamin Franklin did, that time is money? Some have
interpreted it quite simply: time is a commodity. And yet on the view outlined
above, this doesn’t make sense. Or we might instead say: units of time ‘are
merely abstract units of measurement’—yet that seems to tell us nothing at all.
Here we might gain some further perspective on this question by comparing
English to Wolof; of particular interest in that the two languages seem to
differ on precisely this point.
The
notion of ‘wasting time,’ for instance, familiar to us, is entirely foreign to
Wolof speakers. The single instance Moore records, the exception which proves
this rule, entailed the use of English loan words: “Yaangiy wést suñu
taym”—that is, ‘You are wasting our time.’[70] But here, ‘wést’ and
‘taym’ are borrowed from English; waste and time, respectively. There are two
Wolof words which we will here inspect to see where this difference lies. The
first is jot, which can be used similarly to ‘time’ in the sense of one
‘having’ or ‘lacking’ it.[71] But this is conceived as
a subjective and internal resource, as the capacity to do something in the
sense of being free from obligations. As one Wolof speaker put it, “Jot is free
will; it’s your self-possession.”[72] One important difference
between jot and time, for our purposes, is that jot is not measurable in units:
“whereas you can ask a person if she has jot, you cannot ask her ‘how
much’ jot she has.”[73] More broadly, “jot
denotes neither a period of time, an entity that can be measured in units, nor
a substance that exists independently of the person who has it.”[74] To compare, we can
examine the metaphoric relation between labour and time—which Lakoff and
Johnson take as the basis of ‘time as a quantifiable resource’ in English.[75] This points to some
further crucial differences in Wolof temporality. Where in English we might
speak of owing a quantity of time, for Wolof speakers “what is owed is
specifically an amount of work, which is quantified in terms of time”—for
example, “I owe her a morning’s work; the afternoon is mine.”[76] Or take the notion of an
employer ‘giving’ time to their worker; here Wolof speakers talk more in terms
of being freed from obligations, and hence having jot, rather than any sense in
which time is a quantifiable resource.
As already noted, one cannot
speak of ‘wasting time’ in Wolof. But here we will turn to the next Wolof word:
jamano, which is “typically used to talk about a period of time that is
associated with someone or something.”[77] This can mean, for
instance, a cyclical time period, a generation, or a
life stage—and it is the last of these senses that jamano can be wasted. Where
time in English is conceived of as an abstract entity which can always be
wasted, Wolof limits this to more concrete entities: “if you do not fulfil the
responsibilities of the stage of life you are in, you are wasting your jamano.”[78] What is wasted, in other
words, “is a temporal attribute of a person rather than an impersonal period of
time.”[79] Moore concludes that the
basis of this difference seems to be that “Wolof does not have a word for time
with an ‘amorphous external substance’ sense that would be appropriate to treat
metaphorically as a resource.”[80] This would explain why
Wolof speakers nevertheless may use time to quantify labour, for instance, and
also talk about wasting specific time-periods. As to the reason for this
difference, Moore admits they cannot say—instead gesturing, in line with Lakoff
and Johnson, to “complex cultural constructs such as clocks and hourly wages.”[81] To follow this line,
therefore, it is to these that we now turn.
While clock and watch are
familiar for us, we might again turn to the edges to see them anew. John
Campbell, for instance, an early British missionary to Africa, sought to
demonstrate his pocket-watch upon first encountering the locals:
…
[the Bushmen] evidently concluded it must be a living animal, and my offering
to hold it near their ears, to hear its sound, seemed to convince them it was
some dangerous creature, by which I intended to injure them, for they almost
overturned the hut in order to escape from the watch.[82]
Similarly,
when Heinrich Lichtenstein showed his watch to a Xhosa envoy, telling him that
“this instrument kept pace with the sun—the man “gave it back again without
saying a word, almost as if offended that he should be told anything so utterly
incredible.”[83]
Despite our familiarity, or perhaps precisely because of it, we might here do
well to look more carefully at the nature of clock time. This entails not only
a mechanical investigation of clocks—particularly the ‘horological revolution,’
to which we will soon turn—it also requires we also investigate the cultural
context in which the clock arose. We must thus begin some way back and give a
brief overview before arriving at anything like the clocks we know today.
Early clocks and watches did
not tick, and were instead described as a ‘jar’—that
is, a “harsh inharmonious sound.”[84] But in 1680, Sherman
points out a new representation in the writing of John Aubrey:
One
time being at Hom Lacy in Herefordshire, at Mr. John Scudamore’s, he happened
to leave his watch in the chamber windowe—(watches are
then rarities)—The maydes came in to make the bed, and hearing a thing in a
case cry Tick, Tick, Tick, presently concluded that it was his Devill….[85]
However inharmonious the
earlier sound was, this new phenomenon seems to have been more jarring yet—at
least, to maids and Bushmen. Aubrey was writing at a time when the ticking of a
clock was a recent phenomenon indeed, having been around for a few years at
most and rare at that. The crucial mechanical advance responsible for this
aural shift in the pulse of clockwork was that of Huygensian chronometry. The
earlier aural of experience of clockwork is captured by Robert Hooke, a rivel
of Huygens: “I never yet heard a clock or watch … whose balance [i.e.,
regulator] did not very sensibly beat vnequally.”[86] This irregularity was the
result of interactions between the regulator and the rest of the clockwork
mechanism, which meant that the component intended to regulate the time-piece
was also reflexively regulated by the whole. To overcome this, Huygens drew on
a design first formulated by Galileo:
… a pendulum of a given length and weight, once set in
motion, will complete every successive swing in precisely the same period, even
if the arc of the swing should narrow or widen. Huygens, linking this
intrinsically isochronous instrument to the clockwork (a project Galileo had
envisioned but perhaps never actualised), immediately imparted to the machinery
a new accuracy and auditory impact. The first clocks built to his designs lost
only fifteen seconds a day, and rendered isochronism audible by a newly steady
sound. Even Hooke grudgingly conceded that Huygens’s pendulum “performes very much….
[A]s to sense [i.e., as far as sense can detect] his Pendulum seems to vibrate
in equall time.”[87]
The key to this ‘horological revolution,’
Sherman argues, is more than Huygens’ admittedly huge leap forward in terms of
mechanical regularity:
Technically,
Huygens accomplished simply a change in scale…. From
the vantage of the senses, though, the change in scale amounted virtually to a
change in kind: the new clocks were the first to make the progress of time
available to the senses by way of a running report. As a form of language Tick,
Tick, Tick provides an emblem for a new construction of time as series within
series, concentric and cumulative, beginning with the small intervals clicked
out at the clock’s core, and radiating outward to the markings on the dial, to
encompass a whole system of measurement and calibration: ticks, seconds,
minutes, hours, and (on calendrical clocks) days and years as well.[88]
We can here understand this as
the entrance of a new primary metaphor for time; alongside, for instance, the
‘river of time.’ But there had never before been anything like this, though
Huygens’ pendulum clock “imported a regularity underwritten by a law of
nature,” the experience of time that it engendered was something which had
never beforehand been found in nature—hence perhaps the fearful reactions of
maids and Bushmen alike.[89] Galileo had used his own
heartbeat, for instance, in the timing of his initial pendulum experiments.[90] He also harnessed the
informal irregularity of songs to the same ends; but though Galileo envisaged
the pendulum clock, such a thing had never before been experienced. What
matters, here, is that this experiential pattern was regular and rapid enough
to enter into the perceptual present:
The psychological present is a
period of time during which experience is perceived rather than
remembered. The psychological present usually lasts 2 or 3 seconds, with an upper
limit of about 5 seconds, depending on the events involved.[91]
Moore provides an interactive
example which may be helpful in grasping this point:
…
beat out a rhythm on a table or hum one; for example, the rhythm of “I wanna
hold your hand,” the Beatles tune. Notice that you perceive the rhythm as a
gestalt that endures for more than the duration of one of its beats.
Hearing/feeling the rhythm as a rhythm is not a matter of remembering the
previous beat while you are experiencing the current beat. According to
Fraisse, if the succession of sounds in a rhythmic structure is slowed down,
the structure will disappear: “The rhythm is found to disappear when the
interval between sounds is about 2 seconds.” This means that, in the context of
Fraisse’s investigation, if the interval between sounds reaches about two
seconds, successive beats are no longer occurring within the psychological
present and therefore cannot be perceived as a rhythm.[92]
The perceptual present,
therefore, sets the boundaries within which a rhythm can be perceived as a
patterned whole. Note, moreover, that the duration of the perceptual present
precisely aligns with the temporal metaphor here under consideration. We can
see how Huygens’ chronometric advance could then have readily given rise to
more than a simple quantitative shift in regularity and precision; it was
instead such that the newly regular clockwork rhythm fell within the perceptual
present. This meant, in other words, that rather than being perceived a series
of events—that is, by memory or intellectual construction—the ticking of a
clock was perceptible as a patterned whole: Tick, Tick, Tick.
Might
this mysterious ticking noise, so startling then and yet second nature now, be
the missing piece between Wolof and English—that which provides the sense of
time as an “amorphous external construct”?[93] Of course, this metaphor
is not in itself sufficient; it is only the first requirement. To constitute a
primary metaphor requires “a direct experiential basis … which motivate[s]
highly predictable sets of data.”[94] What is needed, in other
words, is some coherence between this patterned whole and the rhythms of
ordinary experience. Recall that Moore pointed us to ‘complex constructs
including clocks and hourly wages.’ We have thus far investigated the former,
finding that Huygensian chronometry provided a new primary metaphor for time,
one in which time could be readily understood as a steady series of homogenous
units. Now we might turn to the second aspect: that of hourly wages. Here we
find a simple—and today, almost universal—realisation of the metaphorical
understanding of time as money. Moreover, this key symbol provides a narrative
that allows individuals to synchronise their actions with the demands of the
economy. This set the stage for a new dynamic temporal order: the economic
climate.
Clocks,
of course, had been around well before Huygens and were already widely used.
People were already familiar with church bells and other public clocks. This
explains the “otherwise puzzlingly rapid diffusion of clocks and watches
between 1660 and 1730.”[95] The difference is that
with Huygens’ pendulum clock, a new metaphor for time emerged: Tick, Tick,
Tick. This understanding framed time as a steady series of homogenous units;
and moreover, as we see even more obviously in the numbers on a digital
clock-face ‘ticking over,’ it rendered time as pure quantity. The idea, then,
is that this alignment of time and money as ‘abstract units of measurement’ and
‘accounting tools.’ From this it was a simple step to, for instance, conduct a
‘time audit’—which is essentially what industrial pioneers like Henry Ford and
Frederick Taylor were doing. People were further expected to turn the same lens
upon their own lives, as most obviously in the ‘spirit of capitalism’ but also
later as the increasingly rationalised economic environment rendered true by
utility what was once held by faith. This entailed, for instance, the narrowing
the sphere of reciprocity; and the maximising of economic relations with all
that fell outside of it.[96] The idea is that this
renders the other a formless ground, placing the emphasis instead on the object
as figure: “capitalism amounts to the negation of reciprocity because it
attributes value to things, not social relationships.”[97]
But more than that, the
Industrial Revolution soon left the people of modernity far less tightly
tethered to the seasons and annual photosynthetic cycle. Little surprise, then,
that seasonal and religious festivals have since been hollowed out and replaced
by sales and celebrations that better reflect the new consumer economy.
Similarly, as people were tempted into cities to find work, the natural world
and its rhythms were left further and further behind. Meanwhile, clock and
schedule became more important for ensuring synchronisation within increasingly
dense cities and with commercial activity taking place at ever-greater
distances. To provide a stable framework for complex and long-distance
synchronisation, however, clock time first had to be standardised and made
reliable. But well before this, there an indirect with synchronisation the flow
of movement and cues—working hours, inns, churches, markets, etc. Even in the
countryside, Thoreau noted the onset of this clockwork-like synchronisation:
The startings and arrivals of the [train] cars are now
epochs in the village day. They go and come with such regularity and precision,
and their whistle can be heard so far, that the farmers set their clocks by
them, and thus one well conducted institution regulates a whole country.[98]
Eventually
British railways began carrying standardised clock time into the provinces, all
synchronised by “electrical impulses transmitted along the major rail
networks.”[99]
Clock time thus spread outwards as if Greenwich Observatory had become a
pacemaker for all England. And indeed, with the successful calculation of
longitude, it had in a sense become the centre of the world—ships of all
stripes at sea thereafter reckoned their location by reference to Greenwich
time. Everywhere people were “continually reassured that the imagined world is
visibly rooted in everyday life.”[100] And particularly in the
United States, with the advent of the trans-continental railway, “to the degree
they thought about it at all, most Americans came to understand standard
clock-time as ‘Time’ itself.”[101] Here the Kronos myth is
reversed; the child devours its father.
With the
Industrial Revolution, and the labour to support it, moreover, the effective
energy flow had rapidly increased. Coal processing allowed for the
mass-production of iron and steel and steam engines made coal mining more
efficient—and then in 1825, the first passenger train. Everywhere there was
acceleration: production, transport, communication, etc. Of this new
temporality, “the train was an apt symbol: fast, linear, unidirectional, and
confident of its destination.”[102] Everywhere the world ran
like clockwork, perhaps nowhere more so than the factories wherein men became
mere appendages to machines. The rationalisation of labour was not only a
matter of enlistment and propaganda but even turned to eye the labourers
themselves. This reached a crescendo with Taylor’s principles of scientific
management; the embodied movements of workers came under the purview of
stopwatches and clipboards, with ideals mathematically determined and
enlistment obtained by bonuses for efficiency. Meanwhile, as things continued
to pick up pace, progress and efficiency became the new principles of the day,
drawing further support from Darwinian notions of linear time and the
mechanical world order taking form before their eyes:
Men who were born at the beginning of the [eighteenth]
century had seen, before they had passed the age of thirty, the rapid
development of steam navigation, the illumination of towns and houses by gas,
the opening of the first railway.[103]
The effects of this
acceleration on the environment are well known, it is clearer by the day that
fossil fuels have been akin to Pandora’s box. Having opened it, we are now
dependent on them; and yet if this keeps up then some catastrophe seems
certain. Indeed, many catastrophes have already arisen; our focus on climate
change is partly its easy symbolism, partly our anthropocentrism. As we noted
at the outset, life comes with a primordial debt. And now it appears that our
great hope has really entailed yet another mortgage on the future. But these
aspects are well known, less obvious is the effect that this derangement has
had on humanity. Jacques Ellul has captured in his The Technological Society,
better than anywhere else of which I am aware, the existential and metaphysical
impact of this fetishisation of the clock and cult of economic rationalism:
The
first private clocks appeared in the sixteenth century. Thenceforward, time was
an abstract measure separated from the traditional rhythms of life and nature.
It became mere quantity. But since life is inseparable from time, life too was
forced to submit to the new guiding principle. From then on, life itself was
measured by the machine; its organic functions obeyed the mechanical beck and call
of machinery. Time, which had been the measure of organic sequences, was broken
and dissociated. Human life ceased to be an ensemble, a whole, and became a
disconnected set of activities having no other bond than the fact that they
were performed by the same individual. Mechanical abstraction and rigidity
permeated the whole structure of being.[104]
Anderson,
Benedict. Imagined communities: Reflections on the origin and spread of
nationalism. Verso books, 2006.
Bird-David,
Nurit. “The giving environment: another perspective on the economic system of
gatherer-hunters.” Current anthropology 31, no. 2 (1990):
189-196.
Brandon,
S. G. F. “The deification of time.” In The Study of Time, pp.
370-382. Springer, Berlin, Heidelberg, 1972.
Bongiovanni,
Roberto Peter. “The Interchange of Plain Velar and Aspirate in Kronos/Chronos:
A Case for Etymological Equivalence.” (2014).
Chen,
Jing. The physical foundation of economics: An analytical thermodynamic
theory. World Scientific, 2005.
De
Vries, Jan. “The industrial revolution and the industrious revolution.” Journal
of economic history (1994): 249-270.
Ellul,
Jacques, John Wilkinson, and Robert King Merton. The technological
society. Vol. 303. New York: Vintage books, 1964.
Graeber,
David. Debt: The first 5000 years. Penguin UK, 2012.
Hintze,
Otto, and Felix Gilbert. “Military Organization and the Organization of the
State.” The Historical Essays of Otto Hintze (New York: Oxford
University Press, 1975) (1975): 181.
Keller,
Mara Lynn. “The Eleusinian mysteries of Demeter and Persephone: Fertility,
sexuality, and rebirth.” Journal of feminist studies in religion 4,
no. 1 (1988): 27-54.
Kompanichenko,
Vladimir N. Thermodynamic Inversion: Origin of Living Systems.
Springer, 2017.
Kropotkin,
Peter. The conquest of bread. Penguin UK, 2015.
Li,
Lingjun, Tian Wu, Ying Wang, Min Ran, Yu Kang, Qi Ouyang, and Chunxiong Luo.
“Spatial coordination in a mutually beneficial bacterial community enhances its
antibiotic resistance.” Communications biology 2, no. 1
(2019): 1-13.
Lindroos,
Kia. Now-time/image-space: temporalization of politics in Walter
Benjaminś philosophy of history and art. No. 31. Jyväskylän yliopisto,
1998.
Lippmann,
Walter. Public opinion. Vol. 1. Transaction Publishers, 1946.
Macrakis,
Michael S. Scarcity’s Ways: The Origins of Capital: A Critical Essay on
Thermodynamics, Statistical Mechanics and Economics. Vol. 176. Springer
Science & Business Media, 2013.
Meissner,
William W. Time, self, and psychoanalysis. Jason Aronson,
Incorporated, 2007.
Moore,
Kevin Ezra. “The spatial language of time.” Metaphor, metonymy, and
frames of reference (2014).
Nanni,
Giordano. The colonisation of time: ritual, routine and resistance in
the British Empire. Manchester University Press, 2017.
Nowak,
Andrzej K., Robin R. Vallacher, Ryszard Praszkier, Agnieszka Rychwalska, and
Michal Zochowski. In Sync: The Emergence of Function in Minds, Groups
and Societies. Springer Nature, 2020.
Ortner,
Sherry B. “On key symbols.” American Anthropology, 1971-1995: Papers
from the American Anthropologist 4 (2002): 142.
Paterson,
Isabel. The God of the Machine. Transaction Publishers, 1993.
Quigley,
Carroll. The evolution of civilizations: An introduction to historical
analysis. Liberty Fund, 1979.
Sahlins,
Marshall. Stone age economics. Taylor & Francis, 2017.
Sangren,
Paul. History and magical power in a Chinese community. Stanford
University Press, 1987.
Sherman,
Stuart. Telling time: clocks, diaries, and English diurnal form,
1660-1785. University of Chicago Press, 1996.
Tennie,
Claudio, Josep Call, and Michael Tomasello. “Ratcheting up the ratchet: on the
evolution of cumulative culture.” Philosophical Transactions of the
Royal Society B: Biological Sciences 364, no. 1528 (2009): 2405-2415.
Toynbee,
Arnold J. A Study of History: Volume I: Abridgement of Volumes I-VI.
Vol. 1. Oxford Paperbacks, 1987.
Weber,
Max. The Protestant ethic and the “spirit” of capitalism and other
writings. Penguin, 2002.
Whiten,
Andrew, Gillian Allan, Siobahn Devlin, Natalie Kseib, Nicola Raw, and Nicola
McGuigan. “Social learning in the real-world: ‘Over-imitation’ occurs in both
children and adults unaware of participation in an experiment and independently
of social interaction.” PloS one 11, no. 7 (2016): e0159920.
Wright,
Lawrence. Clockwork man: The story of time, its origins, its uses, its
tyranny. Barnes & Noble Books, 1992.
[1] Genesis
3:17–19.
[2] Paterson, God of the Machine,
p. 13.
[3] Kompanichenko, Thermodynamic
inversion: origin of living systems, p. vi.
[4] Graeber, Debt, p. 64.
[5] Li et
al., “Spatial coordination in a mutually beneficial bacterial community
enhances its antibiotic resistance.”
[6] Nowak et al., In Sync: The Emergence of Function in Minds, Groups and Societies.
Strange indeed that Christiaan
Huygens, the inventor of the pendulum clock, was the first to report the
phenomenon of synchronisation between nearby pendulums—and more, that his
invention would enact this with pendulum clocks on a societal level.
[7] Nowak et al., In Sync: The Emergence of Function in Minds, Groups and Societies.
[8] Kropotkin, The Conquest of Bread.
[9] Nowak, p. 184.
[10] Sherman, Telling Time, p.
112.
[11] Anderson, Imagined Communities,
p. 35–6.
[12] Anderson, p. 35.
[13] Benjamin in Lindroos, Now-Time
Image-Space, p. 11.
[14] Sahlins, Stone Age Economics,
ch. 1.
[15] Quigley, The Evolution of
Civilisations, p. 133.
[16] Sahlins, ch. 1.
[17] Bird-David, “The giving
environment,” p. 190.
[18] Ortner, “On key symbols,” p. 1340.
[19] Bird-David, p. 190.
[20] Livingstone in Nanni, The
Colonisation of Time, p. 131.
[21] Eyre in Sahlins, ch. 1.
[22] Braidwood in Sahlins, ch. 1.
[23] Nanni, p. 131.
[24] Ovid, Metamorphoses
15.234-6.
[25] Bongiovanni, “The interchange of
plain velar and aspirate in Kronos/Chronos: a case for etymological
equivalence,” p. 67.
[26] Bongiovanni, p. 71.
[27] Ecclesiastes 3:1–2
[28] Bird-David, p. 190.
[29] Hogbin
in Sahlins, ch. 6.
[30] Sahlins, ch. 6.
[31] Sahlins, ch. 6.
[32] Galatians 6:7.
Note also that what one soweth, one shall also
reap; hence it is a individual relation reciprocity, entailing a right
extending through time.
[33] Galatians 6:8–10.
[34] Brandon, The Deification of Time,
p. 371.
[35] Romans 12:1.
[36] Keller, “The Eleusinian mysteries of
Demeter and Persephone.”
[37] Whiten et al., “Social
learning in the real-world.”
[38] Tennie et al., “Ratcheting up the
ratchet effect.”
[39] Hintze,
“Military Organization and the Organization of the State.”
[40] Toynbee, A Study of History.
[41] Smil in Chen, The Physical
Foundations of Economics, p. 62.
[42] Smil in Chen, p. 63.
[43] Wrigley, Energy and the English
Industrial Revolution, p. 9.
[44] Wrigley, p. 14.
[45] Wrigley, p. 21.
[46] Chen, p. 64.
[47] De Vries, “The industrious
revolution and the industrial revolution.”
[48] Weber, The Protestant ethic and
the “spirit” of capitalism, p. 27.
[49] Romans 12:1.
[50] Weber, p. 21.
[51] Weber, p. 104.
[52] Raybeck
in Glennie & Thrift, Shaping the Day, p. 89.
[53] Weber, p. 18.
[54] Weber, p. 30.
[55] Weber, p. 123.
[56] Grierson in Graeber, Debt,
p. 70.
[57] Graeber, p. 57–58.
[58] Graeber, p. 58.
[59] Graeber, p. 58.
[60] Hume in de Vries, p. 259.
[61] Steuart in de Vries, p. 259.
[62] Quoted in de Vries, p. 260.
Prior to
this, they had apparently been “idle, careless, indolent, envious, dissatisfied
and disaffected.”
[63] Franklin in Weber, p. 14.
[64] Sahlins, Stone Age Economics.
[65] Graeber, p. 47.
[66] Graeber, p. 52.
[67] Graeber, p. 45–46
[68] Graeber, p. 46.
[69] Graeber, p. 52.
[70] Moore, The Spatial Language of
Time, p. 300.
[71] Moore, p. 276.
[72] Moore, p. 273.
[73] Moore, p. 281.
[74] Moore, p. 282.
[75] Lakoff & Johnson in Moore, p.
283.
[76] Moore, p. 284.
[77] Moore, p. 292.
[78] Moore, p. 321.
[79] Moore, p. 294–295.
[80] Moore, p. 298.
[81] Moore, p. 297.
[82] Campbell in Nanni, p. 30.
[83] Nanni, p. 30.
[84] Sherman, p. 2.
[85] Aubrey in Sherman, p. 1.
[86] Hooke in Sherman, p. 4.
[87] Sherman, p. 4.
[88] Sherman, p. 5.
Note that many such early watches, while adding
the second hand, merely expressed an aspiration to accuracy; yet if the
argument here is correct, it was more the perceptual experience than the actual
accuracy which mattered.
[89] Sherman, p. 4.
[90] Glennie & Thrift, Shaping the
Day, p. 2.
[91] Moore, p. 78.
[92] Moore, p. 78.
[93] Moore, p. 70.
[94] Moore, p. 207.
[95] Glennie & Thrift, p. 177.
[96] Sangren, History and Magical
Power in a Chinese Community, p. 72.
[97] Sangren, p. 71.
[98] Thoreau in Nanni, p. 52.
[99] Nanni, p. 52.
[100] Anderson, Imagined Communities,
p. 35–6.
[101]
O’Malley in Nanni, p. 52.
[102] Nanni, p. 51.
[103] Bury
in Lippmann, Public Opinion, p. 59.
[104] Ellul, p. 329.