“French identity, radically conceived, corresponds to a failed national project. Is it not, in fact, the supreme example of collective defeat in the modern period, and thus—concretely—of humiliation by capital?”

Source: Timeline

Who Speaks For Wales?: Nation, Culture, Identity (published posthumously in 2003), p. 193

Speech in Potsdam (13 October 1926), quoted in Peter Longerich, Heinrich Himmler (Oxford: Oxford University Press, 2012), pp. 92-93.
1920s

1920s, Science and the Modern World (1925)

Alistair Cameron Crombie, Medieval and Early Modern Science (1952) as quoted by John Freely in Before Galileo: The Birth of Early Modern Science in Medieval Europe http://books.google.com/books?id=MfhjAAAAQBAJ (2012).

Source: False Necessityː Anti-Necessitarian Social Theory in the Service of Radical Democracy (1987), p. 433

Source: Killing History: The False Left-Right Political Spectrum and the Battle between the ‘Free Left’ and the ‘Statist Left', (2019), p. 96

Source: Seven Great Statesmen in the Warfare of Humanity with Unreason (1915), p. 55
Context: Of all tyrannies of unreason in the modern world, one holds a supremely evil preeminence. It covered the period from the middle of the sixteenth century to the middle of the seventeenth, and throughout those hundred years was waged a war of hatreds,—racial, religious, national, and personal;—of ambitions, ecclesiastical and civil;—of aspirations, patriotic and selfish;—of efforts, noble and vile. During all those weary generations Europe became one broad battlefield,—drenched in human blood and lighted from innumerable scaffolds. In this confused struggle great men appeared—heroes and martyrs, ruffians and scoundrels: all was anarchic. The dominant international gospel was that of Machiavelli.

Periods of 25 Variable Stars in the Small Magellanic Cloud http://adsabs.harvard.edu/abs/1912HarCi.173....1L (1912)
Context: A remarkable relation between the brightness of these [Cepheid] variables and the length of their periods will be noticed. In H. A. 60, No.4, attention was called to the fact that the brighter variables have the longer periods, but at that time it was felt that the number was too small the drawing of general conclusions. The periods of 8 additional variables which have been determined since that time, however, conform to the same law. The relation is shown graphically in Figure 1... The two resulting curves, one for the maxima and one for the minima, are surprisingly smooth, and of remarkable form. In Figure 2, the abscissas are equal to the logarithms of the periods, and the ordinates to the corresponding magnitudes, as in Figure 1. A straight line can readily be drawn among each of the two series of points corresponding to the maxima and minima, thus showing that there is a simple relation between the brightness of the variables and their periods. The logarithm of the period increases by about 0.48 for each increase of one magnitude in brightness.