Freedom and Necessity in Marx's Account of Communism

This paper considers whether Marx's views about communism change significantly during his lifetime. According to the ‘standard story’, as Marx got older he dropped the vision of self-realization in labour that he spoke of in his early writings, and adopted a more pessimistic account of labour, where real freedom is achieved outside the working-day, in leisure. Other commentators, however, have argued that there is no pessimistic shift in Marx's thought on this matter. This paper offers a different reading of this debate. It argues that there are two visions of the good life in Marx. However, it suggests that these two visions cannot be understood in terms of a simple shift between a ‘young’ and ‘mature’ Marx. Rather, it claims that Marx moves between these two visions throughout his writings. In this way, it suggests that Marx's intellectual development on this issue is best understood as an oscillation rather than a shift. Once this interpretive claim is advanced, the paper then moves on to consider some potential causes and implications of Marx's life-long oscillation between two different conceptions of the good life.     

On Marx,Hegel, and Critical Theory in Postwar Germany: A Conversation with Iring Fetscher

This paper consists of an introduction to the life and work of Iring Fetscher by the interviewer, followed by a conversation with Fetscher, and notes. In the interview, Fetscher discusses his relationship to Marxism, Hegelianism, Lukács, and the Frankfurt School, as well as his critique of Althusser. The contribution of Fetscher, an extremely well-known German specialist on Soviet and Marxist thought, is here discussed in greater detail than anywhere else to date in the English-language scholarly literature.     

如何看待马克思和恩格斯的思想差别

怎样恰当地看待马克思和恩格斯在思想上的重要差别?“分工说”和“情境说”的解释都是不充分的;把恩格斯视为“第一提琴手”的观点妨碍了客观地看待这种差别;马克思思想的总体取向及马克思、恩格斯在不同意义上谈论马克思学说同达尔文进化论的相关性,表明马克思并未像恩格斯那样肯定自然辩证法;马克思、恩格斯之间的长期合作亦不能排除彼此误解的可能性。     

Words, hemispheres, and dissociable subsystems: the effects of exposure duration, case alternation, priming, and continuity of form on word recognition in the left and right visual fields

Three experiments explore aspects of the dissociable neural subsystems theory of hemispheric specialisation proposed by Marsolek and colleagues, and in particular a study by [Deason, R. G., & Marsolek, C. J. (2005). A critical boundary to the left-hemisphere advantage in word processing. Brain and Language, 92, 251–261]. Experiment 1A showed that shorter exposure durations for lower-case words (13 ms) are associated with reduced right visual field (RVF) advantages compared with longer exposure durations (144 ms). Experiment 1B compared report accuracy for lower case and mixed case words at the same exposure duration (144 ms). The RVF advantage was reduced for mixed case words due to case alternation having more of an adverse effect in the RVF than in the LVF. Experiment 2 tested a different prediction of dissociable neural subsystems theory. Four-letter words were presented in mixed case in the LVF or RVF for 100 ms. They were preceded at the same location by a prime which could be in the same word in the same alternation pattern (e.g., FlAg–FlAg), the same word in the opposite alternation pattern (e.g., fLaG–FlAg), or an unrelated letter string in the same or opposite case alternation pattern (WoPk–FlAg or wOpK–FlAg). Relative to performance in the letter string prime conditions, which did not differ significantly between the two visual fields, there was more of an effect of word primes in the RVF than in the LVF. Importantly, the benefit of a word prime was the same whether the prime was in the same alternation pattern or was in the opposition alternation pattern. We argue that these results run contrary to the predictions of dissociable neural subsystems theory and are more compatible with theories which propose that a left hemisphere word recognition system is responsible for identifying written words, whether they are presented in the LVF or the RVF, and that letters are processed to an abstract graphemic level of representation before being identified by that system.