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ORDER OUT OF CHAOS 116<br />

up its differences as it goes from one conversion to another<br />

and tends toward a final state of thermal equilibrium, "heat<br />

death." In accordance with Fourier's law, in the end there will<br />

no longer be any differences of temperature to produce a mechanical<br />

effect.<br />

Thomson thus made a dizzy leap from engine technology to<br />

cosmology. Hs formulation of the second law was couched in<br />

the scientific terminology of his time: the conservation of energy,<br />

engines, and Fourier's law. It is clear, moreover, that the<br />

part played by the cultural context was important. It is generally<br />

accepted that the problem of time took on a new importance<br />

during the nineteenth century. Indeed, the essential role<br />

of time began to be noticed in all fields-in geology, in biology,<br />

in language, as well as in the study of human social evolution<br />

and ethics. But it is interesting that the specific form in which<br />

time was introduced in physics, as a tendency toward homogeneity<br />

and death, reminds us more of ancient mythological and<br />

religious archetypes than of the progressive complexification<br />

and diversification described by biology and the social sciences.<br />

The return of these ancient themes can be seen as a<br />

cultural repercussion of the social and economic upheavals of<br />

the time. The rapid transformation of the technological mode<br />

of interaction with nature, the constantly accelerating pace of<br />

change experienced by the nineteenth century, produced a<br />

deep anxiety. This anxiety is still with us and takes various<br />

forms, from the repeated proposals for a "zero growth" society<br />

or for a moratorium on scientific research to the<br />

announcement of "scientific truths" concerning our disintegrating<br />

universe. Present knowledge in astrophysics is still<br />

scanty and very problematic, since in this field gravitational<br />

effects play an essential role and problems imply the simultaneous<br />

use of thermodynamics and relativity. Yet most texts<br />

in this field are unanimous in predicting final doom. The conclusion<br />

of a recent book reads:<br />

The unpalatable truth appears to be that the inexorable<br />

disintegration of the universe as we know it seems assured,<br />

the <strong>org</strong>anization which sustains all ordered activity,<br />

frem men to galaxies, is slowly but inevitably<br />

running down, and may even be overtaken by total gravitational<br />

collapse into oblivion.t4

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