Anna Christina (Kia) Nobre is Professor of Cognitive Neuroscience at the University of Oxford, where she directs the Oxford Centre for Human Brain Activity and heads the Brain & Cognition Laboratory. She received her PhD (1992) from Yale University and completed postdoctoral training at Yale and Harvard Medical School before arriving to Oxford as a Junior Research Fellow at New College (1994) and taking up her faculty position in the Department of Experimental Psychology (1996). Dr Nobre uses a multi-methodological approach to investigate how perception and cognition are modulated according to task goals, expectations, and memories; and to understand how these dynamic regulatory mechanisms are affected by ageing, psychiatric conditions, and neurodegenerative disorders. She has published more than 100 articles in journals and books.

Sabine Kastner is Professor of Neuroscience and Psychology at Princeton University, where she directs Princeton's neuroimaging facility and heads the Neuroscience of Attention and Perception Laboratory in the Princeton Neuroscience Institute and Department of Psychology. She earned an M.D. (1993) and PhD (1994) degree and received postdoctoral training at the Max- Planck-Institute for Biophysical Chemistry and NIMH before joining the faculty at Princeton University in 2000. Dr Kastner studies the neural basis of visual perception, attention, and awareness in healthy humans, patients with brain lesions and animal models and has published more than 100 articles in journals and books. Dr Kastner's contributions to the field of cognitive neuroscience were recognized with the Young Investigator Award from the Cognitive Neuroscience Society in 2005.

• Part A: Introduction


• 1: Michael Posner: Current landscape and historical context


• Part B: Theoretical Models of Attention


• 2: Jeremy Wolfe: Feature integration and guided search


• 3: Polly Dalton and Nilli Lavie: Perceptual/Executive load theory


• 4: Sabine Kastner and John Serences: A multi-level account of selective attention


• 5: Marsel Mesulam and Professor Anna Christina Nobre: Large-scale network model of control


• 6: Mark Stokes and John Duncan: Multiple-demand network and adaptive coding


• Part C: Spatial Attention


• 7: Marisa Carrasco: Spatial covert attention: Perceptual Modulation


• 8: Jan Theeuwes: Spatial orienting and attentional capture


• 9: Diane Beck and Sabine Kastner: Neural systems of spatial attention (fMRI)


• 10: Martin Eimer: The time course of spatial attention: Insights from event-related brain potentials


• 11: Marlene Cohen and John Maunsell: Neuronal Mechanisms of Spatial Attention in Visual Cerebral Cortex


• 12: Jacqueline Gottlieb: Cellular mechanisms of attentional control: Frontal


• 13: Kelsey L. Clark, Behrad Noudoost, and Robert J. Schafer and Professor Tirin Moore: Neuronal mechanisms of attentional control: Frontal cortex


• 14: Yuri B. Saalmann and Sabine Kastner: Neural mechanisms of Spatial Attention in the Visual Thalamus


• 15: Richard J. Krauzlis: Attentional Functions of the Superior Colliculus


• 16: Charles Spence: Orienting attention: a crossmodal perspective


• 17: Charles E. Schroeder, Jose L. Herrero and Saskia Haegens: Neuronal Dynamics and the Mechanistic Bases of Selective Attention


• 18: Trevor Robbins: The neuropharmacology of attention


• 19: Michael Posner: Developing attention and self-regulation in childhood


• Part D: Non-spatial Attention


• 20: Miranda Scolari, Edward F. Ester, and John Serences: Feature- and object-based attentional modulation in the human visual system


• 21: Stefan Treue: Object- and feature-based attention: monkey physiology


• 22: Kimron Shapiro and Simon Hanslmayr: The Role of Brain Oscillations In The Temporal Limits of Attention


• 23: Patrick Cavanagh, Lorella Battelli, and Alex O. Holcombe: Dynamic Attention


• 24: Anna Christina Nobre: Temporal orienting


• Part E: Interactions between Attention and Other Psychological Domains


• 25: Luiz Pessoa: Attention, Motivation, and Emotion


• 26: Attention and executive functions


• 27: Earl K. Miller and Timothy J. Buschman: Neural mechanisms for the executive control of attention


• 28: Brice A. Kuhl and Marvin M. Chun: Memory and Attention


• 29: Christopher Summerfield and Tobias Egner: Attention and decision-making


• 30: Heiner Deubel: Attention and action


• Part F: Attention-related Disorders


• 31: Geraint Rees: Attention and awareness


• 32: Theodore P. Zanto and Adam Gazzaley: Attention and Aging


• 33: Guiseppe Vallar: Unilateral Spatial Neglect


• 34: Sanjay Manohar, Valerie Bonnelle and Masud Husain: Neurological disorders of attention


• 35: Lynn C. Robertson: Balint's syndrome and the Study of Attention


• 36: Ian H. Robertson and Redmond G O'Connell: Rehabilitation of Attention Functions


• Part G: Computational Models


• 37: Claus Bundesen and Thomas Habekost: Theory of visual attention


• 38: Laurent Itti and Ali Borji: Bottom up and contextual effects


• 39: Angela Yu: Bayesian models


• Part H: Conclusions


• 40: Anna Christina Nobre and Sabine Kastner: Attention: Time Capsule 2013