talks

[2018]

• Le cerveau, créateur de temps. Congrés Français de Psychiatrie, Nantes, France
• Making sense of time in the human mind. Zangwill Club, Cambridge, UK
• Making sense of time in the human mind. ICM, Paris, France
• Making sense of time in the human mind. Max Planck Institute, Frankfurt, Germany
• Comment le cerveau donne-t’il son sens au temps? L’Ere du temps, Nice, France
• From Timing to Meaning in the Human brain, GDR Biocomp, Bordeaux, France
• How does the brain generate (a) sense of time?, Time & the Observer, UCSD, USA
• Making sense of time in the human brain/mind. Para Limes, Institute of Complexity, Singapore
• Making sense of time in the human brain. NeuroSpin, 10 years anniversary, Gif sur Yvette, France

[2017]

• How does the human brain makes sense of time? Salzburger Gesellschaft für Psychologie, Salzburg University, Austria.
• How does the human brain makes sense of time? Cognitive Science Colloquium, UMD College Park, USA.
• Kononowicz, T.W., Roger, C, van Wassenhove (2017, October) Temporal metacognition as decoding self-generated brain dynamics. TRF1, Strasbourg, France.
• Grabot, L, Kösem, A, Azizi, L, van Wassenhove (2017, October) Time order is a psychological bias. TRF1, Strasbourg, France.
• Herbst, S.K., van Wassenhove, V. and Obleser, J. (2017, October) Implicit Temporal Predictability improves Auditory Pitch Discrimination Sensitivity. TRF1, Strasbourg, France.
• Gauthier, B., Pestke, K., van Wassenhove, V. (2017, October) Ordering events in space and time. TRF1, Strasbourg, France.

• A time arrow in the human mind Brazilian Meeting on Brain and Cognition 2017, Sao Paulo, Brazil.
• How does the human brain makes sense of time? EFTF-IFCS, Besançon, France. Scientific organizer: Jérôme Delporte (CNES).
• Time and multisensory processing. CuttingEEG, Glasgow, UK.
• Temporal comodulation in multisensory integration & supramodal processing. PIRE workshop, Pals, Spain. Organizers: Gustavo Deco, Maximilian Riesenhuber, Josef Rauschecker, Klaus Wimmer, Katharina Glomb.
• Lecture 1, Neural oscillations: time metric for information processing in the brain. Trieste Encounters in Cognitive Science: timing & temporal cognition, Trieste, Italy. Organizers: Domenica Bueti & Mathew Diamond.
• Lecture 2, The conscious time arrow in our mind. Trieste Encounters in Cognitive Science: timing & temporal cognition, Trieste, Italy. Organizers: Domenica Bueti & Mathew Diamond.
• Neural oscillations: reconciling timing & meaning. Neural Oscillations in Speech and Language Processing, Berlin, Germany.

• Multisensory integration, time structures, & abstraction in the human mind. The Bayesian Sensory Brain and Beyond, Fondation des Treilles, France.

• Timing speech content. Cortical oscillations in speech and language processing Symposium, Cognitive Neuroscience Society, San Francisco, USA.
• Time in mind. ENP days, Paris, France.

[2016]

• Time the mind. ENS séminaires en neurosciences computationelles, Paris, France.
• Time consciousness. Time in Tokyo, Tokyo, Japan.
• Oscillatory neural activity controls the encoding of continuous speech. BIOMAG, Seoul, South Korea.
• Speech and neural oscillations. Groupe de recherche en audiologie expérimentale et clinique. Marseille, France.
• Le référentiel temps comme dimension fondamentale du soi. Sens de soi dans la schizophrénie : neurosciences, phénoménologie et rétablissement. Lyon, France. Organizer : Brice Martin
• Comment notre cerveau conçoit-il le temps? Les nouveaux colloques de l’Orme (2016), France. Organizer : Etienne Klein

[2015]

• Temporal Cognition. OHBA series, Oxford, UK.
• Temporal Cognition: time as content, time as structure. MEG Symposium. Tuebingen, Germany.
• Temporal Cognition. Brain & Mind Symposium. Långvik, Finland.
• Time as content, time as structure. Brain & Cognition seminars. Biotech Campus, Geneva, Switzerland.
• MEG minds about time: cortical dynamics as cognitive chronoarchitecture. Brain & Spine Institute, Imagining the normal and pathological brain dynamics, Paris, France. Organizers: Elekta & Nathalie George & Denis Schwartz.
• Top-down causation and optimization of neural processes. European Institute for Theoretical Neuroscience, Power-laws & Multiple Scales in Neural Systems Workshop, Paris, France. Organizers: Gaute Einvoll & Alain Destexhe

[2014]

• Structuring events in time and the brain’s chronoarchitecture. Bernstein Conference Satellite Workshop, Neural representations of time: experiments, models, theory, Göttingen, Germany.
• Cerveau, Cognition & Temps. Collège de France, Paris, France.
• Temporal event structuring & the brain’s chronoarchitecture. MaMuX seminar, IRCAM, Paris, France.
• Temporal events structure & the brain’s chronoarchitecture. Timely ICTTP Cost, About exact temporal precision & slow information integration symposium, Corfu, Greece.
• Reverse hierarchy learning capitalizes on supramodal processing. Synaesthesia in Perspective Workshop, Hamburg, Germany.
• The temporal structure of sensory events & supramodal processing. Institut de la Vision, Paris, France.

[2013]

• (Supr)amodal processing. NYU, Poeppel lab, NYC,USA.
• Neural oscillations and temporal event structuring in the brain. Timely Neuroimaging School. Magdeburg, Germany
• Temporal logistics in brain functions: implications for temporal cognition. Strasbourg, France.
• Kösem & van Wassenhove. Phase encoding of perceived events timing. International Multisensory Research Forum, Jerusalem, Israël.
• Zilber, Ciuciu, Gramfort, van Wassenhove. Supramodal processing in visual learning and plasticity. International Multisensory Research Forum, Jerusalem, Israël.
• Multisensory integration: a dynamic view.Société des Neurosciences, Lyon, France.
  Temporal logistics in brain functions.5th Computational Neurosciences Workshop, Marseille, France.

[2012]

• Temporal logistics in brain functions: implications for temporal cognition.
• McConnell BIC, Montreal Neurological Institute, Montreal, Canada.
• Temporal logistics in brain functions: implications for temporal cognition. McGovern Institute, MIT, Cambridge, USA.
• Temporal logistics in brain functions: implications for temporal cognition. Univ Maryland College Park, USA.
• Encoding and structuring events for time perception. Time Nanosymposium, Society for Neuroscience 2012 New Orleans, USA.
• Temporal predictions and time awareness. Brain dynamics, temporal expectation and the awareness of time symposium, Biomag, Paris, France.
• (en)(de)coding time in the brain. Konstanz University, Germany.
• Timing and (supr)amodal perception. GIPSA lab, Grenoble,France.
• (en)(de)coding time in the brain. Paris-Chicago conference on Neural Representations of Reality and Illusion. The University of Chicago Center in Paris, France.
• Measuring time in cognitive neurosciences. Measuring Time workshop, Irish Research Council, University College Cork, Ireland.

[2011]

• Multiplexing the encoding of time. Brain dynamics and conscious time session, Time and the Conscious brain symposium, Hanse-Wissenschaftskolleg (HWK), Delmenhorst, Germany.
• Empirical findings in the theoretical context of time perception/processing. International Society for the Study of Time, Time & Emergence Symposium, Paris, France.
• Timing and temporal processes in multisensory/amodal perception. Consolider-CogNeuro seminar series, Universita Pompeus Fabra, Spain.
  Mechanisms of time perception. Neurointensive Care Conference – Delirium in the ICU, Versailles France.
• Time and temporal processes in multisensory perception. Institut Cerveau et Moëlle Epinière, Paris, France.
• Time and temporal processes in multisensory perception. Tübingen, Germany.
• Time and temporal processes in multisensory perception. IRBA, France.

[2010]

• Dynamics of and in multisensory perception. Institut de Neurosciences Cognitives de la Méditerranée, Marseille, France.
• Timing cognition and brain dynamics. DGA-CEA day, Human-Machine interfaces, Gif-sur-Yvette, France.
• From neural desynchronies to perceptual unity and back. COST Timely workshop 1, Athens, Greece.
• Access to time and timing in audiovisual perception. Multisensory day. ENS Paris, France.
• Time-resolved large-scale brain activity: insights from cognitive neurosciences, psychophysics, magnetoencephalography (MEG), and electroencephalography (EEG). Multiscale analysis of neural systems. Gif sur Yvette, France.

[2009]

• Amodal representations in multisensory perception. Birmingham University, UK, September.

[2008]

• There is more to multisensory perception than temporal coincidence. Ecole Normale Supérieure, Département d’etudes Cognitives, Paris, France, June.
• Multisensory perceptions and the missing Gestalts. Cerco, Toulouse, France, June.

[2007]

• Multisensory perceptions and the missing Gestalts. Neurospin, Paris, France, December.
• Analysis-by-synthesis in auditory-visual speech perception: multi-sensory motor interfacing. International Congress of Phonetic Sciences, Saarbrücken, Germany, August.

[2006]

• van Wassenhove V, Buonomano D, Shimojo S, Shams L (2006) Altering subjective time perception within and across senses. 36th Annual Meeting of the Society for Neurosciences, Atlanta, USA, October 2006.
• van Wassenhove V (2006) Multisensory (auditory-visual) perceptions: speech and non-speech analysis systems. École Normale Supérieure, Département d’Études Cognitives, Paris, France.
• van Wassenhove V, Seitz AR, Shams L (2006) Statistical Learning of auditory-visual associations. International Multisensory Research Forum 7th Annual Meeting, Dublin, Ireland, June 2006.

[2003-2005]

• van Wassenhove V (2005) “Analysis-by-synthesis” in auditory-visual speech perception. 6th Annual Meeting of the International Multisensory Research Forum, Rovereto, Italy, June 2005.
• van Wassenhove V (2004) A brain’s eye-view of auditory-visual speech perception. University of Santa Cruz, Santa Cruz, CA, USA.
• van Wassenhove V (2004) Analysis-by-synthesis in auditory-visual speech perception: a forward model of multisensory integration. Nathan Kline Institute, Orangeburg, NY, USA.
• Grant KW, van Wassenhove V (2004) Spectro-temporal interactions in auditory-visual perception: how the eyes modulate what the ears hear. Acoustical Society of America, New York, NY, May 2004.
• van Wassenhove V, Grant KW, Poeppel D (2004) Neural dynamics of auditory-visual speech fusion. EPIC XIV, Leipzig, Germany, March 2004.
• van Wassenhove V, Grant KW, Poeppel D (2003) A forward model of auditory visual speech fusion. Brain and Language Conference sponsored by KIT and MIT, Tokyo, Japan.