In humans, conscious perception and cognition depends upon the thalamocortical complex, which supports perception, explicit cognition, memory, language, planning, and strategic control. When parts of the T-C system are damaged or stimulated, corresponding effects are found on conscious contents and state, as assessed by reliable reports. In contrast, large regions like cerebellum and basal ganglia can be damaged without affecting conscious cognition directly. Functional brain recordings also show robust activity differences in cortex between experimentally matched conscious and unconscious events. This (...) basic anatomy and physiology is highly conserved in mammals and perhaps ancestral reptiles. While language is absent in other species, homologies in perception, memory, and motor cortex suggest that consciousness of one kind or another may be biologically fundamental and phylogenetically ancient. In humans we infer subjective experiences from behavioral and brain evidence. This evidence is quite similar in other mammals and perhaps some non-mammalian species. On the weight of the biological evidence, therefore, subjectivity may be conserved in species with human-like brains and behavior. (shrink)

While behaviourist psychology had proven its worth to the US military during the Second World War, the 1950s saw behaviourism increasingly associated with a Cold War discourse of ‘totalitarianism’. This article considers the argument made in Hannah Arendt’s The Origins of Totalitarianism on totalitarianism as a form of behaviourist control. By connecting Arendt’s Cold War anti-behaviourism both to its discursive antecedents in a Progressive-era critique of industrial labour, and to contemporaneous attacks on behaviourism, this paper aims to answer two interlocking (...) questions: Why was behaviourism overtaken by cognitivism as the dominant theoretical orientation of psychologists in the 1960s, and what role did the concept of language play in this shift? (shrink)