Titlebook: Brain Leitmotifs; The Structure and Ac Roger Traub,Andreas Draguhn Book 2024 The Editor(s) (if applicable) and The Author(s), under exclusi

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Working Memory,volunteers is improved with cholinergic enhancement (Furey et al. Proc Natl Acad Sci USA 94:6512–6516, 1997), a pharmacological mechanism important in attention and in other specific cognitive tasks (Sarter and Lustig, Curr Opin Psychol 29:102–107, 2019) – see Chap. . on neocortical delta waves.]

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Reinforcement Learning and Birdsong,ong and speech, there must be selective structure imposed on the underlying rhythm. How that structure comes to have its own special properties raises problems that are independent of how the rhythm is generated.

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Physiological Sharp Waves, Replay, and Further Reflections on Axons,hippocampus book. Oxford University Press, 2007; Pastalkova et al., Science 321:1322–1327, 2008; Sloviter, C R Biol 328:143–153, 2005; Somogyi & Klausberger, J Physiol 562:9–26, 2005; Wikenheiser & Redish, Curr Opin Neurobiol 32:8–15, 2015; Zielinski et al., Hippocampus 30:60–72, 2020). [To give an

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Introduction: How Should One Think About Nervous Systems?,out molecules and single neurons (system levels “below” networks) and about brain-wide distributed functional systems and behaving organisms (system levels “above” networks). Our aim is to elucidate neuronal interactions, which then give rise to macroscopic network patterns and, ultimately, enable a

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Basic Properties of Biological Neurons and Synapses,iological detail into consideration. In doing so, we must address three types of question: (1) why is this necessary, given that biological detail is seemingly unbounded? (2) How much detail is important – and . details to include? (3) How does one go about it? (This last question we shall approach

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