Publications
Trends in Neurosciences; 32, 463-475. Microsaccades: a neurophysiological analysis
Scientific American, 299, 72-79. Magic and the brain Featured photographically on the cover
PNAS; 105: 16033 – 16038. Microsaccades drive illusory motion in the Enigma illusion Supporting information
Nature Reviews Neuroscience; 9, 871-879. Attention and awareness in stage magic: turning tricks into research
Cover article
Scientific American; 297, 56-63. Windows on the mind
Neuron; 49, 297-305. Microsaccades counteract visual fading during fixation Preview by Ralf Engbert (Neuron; 49: 168-170). Reviewed by the Faculty of 1000
Nature Reviews Neuroscience; 5, 229-240. The role of fixational eye movements in visual perceptionFeatured article of the month
PNAS; 99, 13920-13925. The function of bursts of spikes during visual fixation in the awake primate lateral geniculate nucleus and primary visual cortex
Nature Neuroscience; 3, 251-258. Microsaccadic eye movements and firing of single cells in the striate cortex of macaque monkeys
Trends in Neurosciences; 32, 463-475. Microsaccades: a neurophysiological analysis
Spatial Vision; 22, 211–224. Corner salience varies parametrically with corner angle during flicker-augmented contrast: further predictions on corner perception from Vasarely’s artworksSpecial Issue on Vision Science and Art
Journal of Vision; 9(9):14, 1-17. The linearity and selectivity of neuronal responses in awake visual cortex
Nature Reviews Neuroscience; 10, 241. Real magic: future studies of magic should be grounded in neuroscience
The Cognitive Neurosciences, 4th Edition. Ed. Gazzaniga. MIT Press (Cambridge), 1165-1175. The role of feedback in visual attention and awareness
New Encyclopedia of Neuroscience, Ed. Larry R. Squire, Elsevier, 3, 105-116. Consciousness: Neurophysiology and visual awareness in
Encyclopedia of Perception, Ed. E. Bruce Goldstein, Sage Press,438-439. Eye movements during fixation
Encyclopedia of Perception, Ed. E. Bruce Goldstein, Sage Press,637-642. Nonveridical perception
Encyclopedia of Perception, Ed. E. Bruce Goldstein, Sage Press,1077-1081. Visual illusions
Encyclopedia of Perception, Ed. E. Bruce Goldstein, Sage Press,318-320. Contrast enhancement at borders
Encyclopedia of Perception, Ed. E. Bruce Goldstein, Sage Press,522-524. Lateral inhibition
Encyclopedia of Perception, Ed. E. Bruce Goldstein, Sage Press,1060-1062. Vision: temporal factors
Mind Matters, the Scientific American web seminar on mind and brain.
Scientific American, 299, 72-79.
International Editions:
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Spain. Investigación y Ciencia Magia y cerebro |
PNAS; 105: 16033 – 16038. Microsaccades drive illusory motion in the Enigma illusion Supporting information
Nature Reviews Neuroscience; 9, 871-879. Attention and awareness in stage magic: turning tricks into research
Cover article

Journal of Vision; 8(14):15, 1-9 Microsaccades counteract perceptual filling-inSpecial Issue on Eye Movements and the Perception of a Clear and Stable Visual World
Journal of Vision; 8(14):21, 1-18 Saccades and microsaccades during visual fixation, exploration, and search: Foundations for a common saccadic generatorSpecial Issue on Eye Movements and the Perception of a Clear and Stable Visual World
Journal of Vision; 8(14):28, 1-16 Fixational eye movements across vertebrates: Comparative dynamics, physiology, and perceptionSpecial Issue on Eye Movements and the Perception of a Clear and Stable Visual World

Art and Perception Towards a Visual Science of Art, Pinna B (Ed), BRILL, Leiden, 335-348 Corner salience varies parametrically with corner angle during flicker-augmented contrast: further predictions on corner perception from Vasarely’s artworks
Nature Neuroscience; 11: 974 – 982. Task difficulty modulates the activity of specific neuronal populations in primary visual cortex News and Views by John H Reynolds (Nature Neuroscience; 11: 861 – 862).
Neurology; 70, 810-2. Suppression of saccadic intrusions in hereditary ataxia by memantine
Scientific American Mind; 19 (October/November), 20-23. A perspective on 3-D visual illusions
Scientific American Mind; 19 (April/May), 48-53.
Mind Matters, the Scientific American web seminar on mind and brain.
Mind Matters, the Scientific American web semiar on mind and brain. The lab route to out-of-body experiences
Scientific American Mind; 19 (June/July), 84. How does being confident in your knowledge affect the way you apply that knowledge?
Ver y oir; 25, 146-154. Nuevas ilusiones visuales basadas en el arte de Victor Vasarely nos ayudan a entender la percepción visual
Cover article
Scientific American; 297, 56-63. Windows on the mind
Cover story
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Nature; 448, 414. Mind tricks – Cognitive scientists take a lesson from magicians.
Perception; 36, 808-820. BOLD activation varies parametrically with corner angle throughout human retinotopic cortex
Advances in Cognitive Psychology; 3, 125-152. The role of feedback in visual masking and visual processing
Scientific American Mind; 18 (October/November), 54-57. Skewed Vision
Scientific American; 297, 16. Bobbing and perceiving
Mind Matters, the Scientific American web semiar on mind and brain. Blindsight: When the brain sees what you do not
Mind Matters, the Scientific American web semiar on mind and brain. Anticipating reward: more than meets the eye
Tribuna de la Ciencia. Volver (Spanish)
Neuron; 49, 297-305. Microsaccades counteract visual fading during fixation Preview by Ralf Engbert (Neuron; 49: 168-170). Reviewed by the Faculty of 1000
Progress in Brain Research; 154. 151-176. Fixational eye movements in normal and pathological vision
Journal of Vision; 6, 1093-1101. Induced visual fading of complex images
Progress in Brain Research Series; 154. Elsevier Science. Visual Perception (Part I). Fundamentals of vision: low and mid-level processes in perception
Progress in Brain Research Series; 155. Elsevier Science. Visual Perception (Part II). Fundamentals of awareness, multi-sensory integration and high-order perception
Perception; 34, 409-420. Novel visual illusions related to Vasarely’s ‘nested squares’ show that corner salience varies with corner angle
PNAS; 102, 17178-17183. Visibility, visual awareness and visual masking of simple targets are confined to areas in the occipital cortex beyond human V1/V2
BNI Quarterly; 21, 44-48. The role of eye movements during visual fixation
Quo; 118, 110-115. Flipar en colores (Spanish)
Nature Reviews Neuroscience, 5, 229-240. The role of fixational eye movements in visual perception
Journal of Cognitive Neuroscience; 16, 1049-1059. Dichoptic visual masking in the geniculocortical system of awake primates
Neurocomputing; 58-60, 775-782.The spatial and temporal effects of lateral inhibitory networks and their relevance to the visibility of spatiotemporal edges
PNAS, 99, 13920-13925. The function of bursts of spikes during visual fixation in the awake primate lateral geniculate nucleus and primary visual cortex
Nature Neuroscience; 3, 251-258. Microsaccadic eye movements and firing of single cells in the striate cortex of macaque monkeys
PNAS; 97, 7556-7560. The role of spatiotemporal edges in visibility and visual masking
Ciencia Al Dia Internacional; 3(3). How the visual system prevents the world from fading. Spanish version
Journal of Neurophysiology; 82, 2667-2675. Effects of feedback projections from area 18 layers 2/3 to area 17 layers 2/3 in the cat visual cortex
Journal of Physiology; 504, 467-478. The action of compounds manipulating the nitric oxide system in the primary visual cortex of the cat
Neuroreport; 8, 863-866. An unusual effect of application of the amino acid L-Arginine on cat visual cortical cells
European Journal of Neuroscience; 8, 2459-2466. The influence of nitric oxide in the perigeniculate GABAergic cells of the anaesthetized cat
European Journal of Neuroscience; 8, 144-152. Further observations on the role of nitric oxide in the feline lateral geniculate nucleus
Journal of Neurophysiology; 71, 146-149. Modulatory influence of putative inhibitors of nitric oxide synthesis on visual processing in the cat lateral geniculate nucleus
Neuropharmacology; 33, 1413-1418. The role of nitric oxide in the transformation of visual information within the dorsal lateral geniculate nucleus of the cat