📍#introduction_of_speakers
🔵 Saad Jbabdi, PhD
🔷Associate Professor at Nuffield Department of Clinical Neurosciences, University of Oxford
🔷Head of Diffusion Analysis, Wellcome Centre for Integrative Neuroimaging (WIN)
Dr. Jbabdi lab’s current research interests:
🔹Mathematical modelling of diffusion weighted MR
🔹 Comparisons of in-vivo, ex-vivo, and histological techniques in humans and non-human primates
🔹Human-macaque comparative anatomy
🔹 Microstructure modelling with novel MR pulse sequences
🔹 Models of individual variation in brain function
🔹 Dynamic (including diffusion) MR spectroscopy analysis
🔹Brain connectivity modelling
🔵 Saad Jbabdi, PhD
🔷Associate Professor at Nuffield Department of Clinical Neurosciences, University of Oxford
🔷Head of Diffusion Analysis, Wellcome Centre for Integrative Neuroimaging (WIN)
Dr. Jbabdi lab’s current research interests:
🔹Mathematical modelling of diffusion weighted MR
🔹 Comparisons of in-vivo, ex-vivo, and histological techniques in humans and non-human primates
🔹Human-macaque comparative anatomy
🔹 Microstructure modelling with novel MR pulse sequences
🔹 Models of individual variation in brain function
🔹 Dynamic (including diffusion) MR spectroscopy analysis
🔹Brain connectivity modelling
📍 #introduction_of_speakers
🔵Winrich Freiwald, Ph.D
🔷Professor of Neuroscience and Behavior, Laboratory of Neural Systems, The Rockefeller University
🔹Dr. Freiwald's lab focuses on face recognition and attention and uses a range of techniques, including functional brain imaging and electrophysiology. He is best known for the discovery of the brain’s face-processing network and the elucidation of it's key mechanisms. He and his lab have shown that the brain is composed of a fixed number of face-selected regions, each dedicated to a different dimension of facial information, yet interconnected to form a face-processing network.
🔵Winrich Freiwald, Ph.D
🔷Professor of Neuroscience and Behavior, Laboratory of Neural Systems, The Rockefeller University
🔹Dr. Freiwald's lab focuses on face recognition and attention and uses a range of techniques, including functional brain imaging and electrophysiology. He is best known for the discovery of the brain’s face-processing network and the elucidation of it's key mechanisms. He and his lab have shown that the brain is composed of a fixed number of face-selected regions, each dedicated to a different dimension of facial information, yet interconnected to form a face-processing network.
📍#introduction_of_speakers
🔵Thomas H. Bak, PhD
🔷Neuroscientist at School of Philosophy and Psychology and Language Sciences, University of Edinburgh
His research mainly focuses on:
🔹Impact of language learning and bi-/multilingualism on cognitive functions and wellbeing across the lifespan
🔹Interaction between multilingualism, cognitive ageing/cognitive reserve and brain diseases (dementia, aphasia)
🔹Language-specificity of memory, changes in language use and preference across the lifespan and in dementia
🔹Language, movement & cognition: cognitive aspects of movement disorders and motor aspects of cognitive disorders
🔹Cross-linguistic and cross-cultural adaptation of cognitive assessment
🔵Thomas H. Bak, PhD
🔷Neuroscientist at School of Philosophy and Psychology and Language Sciences, University of Edinburgh
His research mainly focuses on:
🔹Impact of language learning and bi-/multilingualism on cognitive functions and wellbeing across the lifespan
🔹Interaction between multilingualism, cognitive ageing/cognitive reserve and brain diseases (dementia, aphasia)
🔹Language-specificity of memory, changes in language use and preference across the lifespan and in dementia
🔹Language, movement & cognition: cognitive aspects of movement disorders and motor aspects of cognitive disorders
🔹Cross-linguistic and cross-cultural adaptation of cognitive assessment
📍#introduction_of_speakers
🔵Joshua Jacobs, PhD
🔷Associated Professor in Biomedical Engineering Department, Columbia University
🔹His research group examines the neural basis of human spatial navigation and spatial memory. They have identified neural signals that represent specific memory information, including the individual locations in spatial memory and representations of individual verbal items in working memory.
🔵Joshua Jacobs, PhD
🔷Associated Professor in Biomedical Engineering Department, Columbia University
🔹His research group examines the neural basis of human spatial navigation and spatial memory. They have identified neural signals that represent specific memory information, including the individual locations in spatial memory and representations of individual verbal items in working memory.
📍#introduction_of_speakers
🔵 Sylvain Baillet, PhD
🔷Professor of Neurology and Neurosurgery, Biomedical Engineering, and Computer Science, McGill University
🔷Tier-1 Canada Research Chair, Neural Dynamics of Brain Systems
🔷Associate Dean (Research), Faculty of Medicine & Health Sciences, McGill University
🔷Director, Magnetoencephalography (MEG) Unit of The Neuro
🔷Chair, TOSI Open Science Grassroots Initiatives Committee
🔹Main objective of Sylvain Baillet’s lab is to comprehend the nature and macroscopic mechanisms of large-scale, network brain activity; how they enable complex behavior, how they are altered in disease. Their group nurtures multi-disciplinary expertise in computational and empirical approaches to systems neuroscience — with a blend of imaging, multi-scale electrophysiology, cognitive and clinical neuropsychology, biophysics, computational models and data science.
🔵 Sylvain Baillet, PhD
🔷Professor of Neurology and Neurosurgery, Biomedical Engineering, and Computer Science, McGill University
🔷Tier-1 Canada Research Chair, Neural Dynamics of Brain Systems
🔷Associate Dean (Research), Faculty of Medicine & Health Sciences, McGill University
🔷Director, Magnetoencephalography (MEG) Unit of The Neuro
🔷Chair, TOSI Open Science Grassroots Initiatives Committee
🔹Main objective of Sylvain Baillet’s lab is to comprehend the nature and macroscopic mechanisms of large-scale, network brain activity; how they enable complex behavior, how they are altered in disease. Their group nurtures multi-disciplinary expertise in computational and empirical approaches to systems neuroscience — with a blend of imaging, multi-scale electrophysiology, cognitive and clinical neuropsychology, biophysics, computational models and data science.
📍 #introduction_of_speakers
🔵Alexandre Pouget, PhD
🔷 Full professor in the department of basic neurosciences, University of Geneva
🔷 Leader of laboratory of cognitive computational neuroscience
🔹Prof. Pouget research focuses on theories of representation and computation in neural circuits with a strong emphasis on neural theories of probabilistic inference. According to this approach, knowledge in the brain takes the form of probability distributions and new knowledge is acquired via probabilistic inferences. This allows robust computations in the presence of uncertainty, a situation that arises in almost all real-life computations. He is currently applying this framework to a wide range of topics including olfactory processing, spatial representations, sensory motor transformations, multisensory integration, perceptual learning, attentional control, decision making, causal reasoning and, more recently, simple arithmetic. We also collaborate with several laboratories to test the experimental predictions of this general framework. More recently, the lab has joined the International Brain Laboratory, a consortium of 21 laboratories across the world studying decision making in rodents.
🔵Alexandre Pouget, PhD
🔷 Full professor in the department of basic neurosciences, University of Geneva
🔷 Leader of laboratory of cognitive computational neuroscience
🔹Prof. Pouget research focuses on theories of representation and computation in neural circuits with a strong emphasis on neural theories of probabilistic inference. According to this approach, knowledge in the brain takes the form of probability distributions and new knowledge is acquired via probabilistic inferences. This allows robust computations in the presence of uncertainty, a situation that arises in almost all real-life computations. He is currently applying this framework to a wide range of topics including olfactory processing, spatial representations, sensory motor transformations, multisensory integration, perceptual learning, attentional control, decision making, causal reasoning and, more recently, simple arithmetic. We also collaborate with several laboratories to test the experimental predictions of this general framework. More recently, the lab has joined the International Brain Laboratory, a consortium of 21 laboratories across the world studying decision making in rodents.
📍 #introduction_of_speakers
🔵Pieter Roelfsema, MD, PhD
🔷 Professor and department head at Netherlands Institute for Neuroscience, Amsterdam, Netherlands
🔷 Professor at the Free University, Amsterdam, Netherlands
🔷 Associate Professor, Academic Medical Centre, Amsterdam
🔹 The main interest of Prof. Roelfsema lab is to understand how a “thought” can emerge from the interactions between neurons in the brain. How does the exchange of electrical impulses between nerve cells allow us to think? We study this question in the visual cortex. Research of this group is directed at understanding cortical mechanisms of visual perception, memory and plasticity. An important goal of his lab is to develop a visual prosthesis that would allow people who have become blind to regain a simple form of sight.
🔵Pieter Roelfsema, MD, PhD
🔷 Professor and department head at Netherlands Institute for Neuroscience, Amsterdam, Netherlands
🔷 Professor at the Free University, Amsterdam, Netherlands
🔷 Associate Professor, Academic Medical Centre, Amsterdam
🔹 The main interest of Prof. Roelfsema lab is to understand how a “thought” can emerge from the interactions between neurons in the brain. How does the exchange of electrical impulses between nerve cells allow us to think? We study this question in the visual cortex. Research of this group is directed at understanding cortical mechanisms of visual perception, memory and plasticity. An important goal of his lab is to develop a visual prosthesis that would allow people who have become blind to regain a simple form of sight.
📌سمپوزیم "مکانیزم های عصبی ادراک چهره"
این همایش در حاشیه کنگره بینالمللی نقشهبرداری مغز برگزار میشود.
🔸سخنرانان:
دکتر ندا افضلیان
دکتر امیرحسین فرضمهدی
دکتر حمید کریمی روزبهانی
🔸زمان برگزاری: ۲۷ آبانماه ۱۴۰۰
@Ihbm_2021
📧ihbm@sbu.ac.ir
🌐Humanbrainmapping.ir
این همایش در حاشیه کنگره بینالمللی نقشهبرداری مغز برگزار میشود.
🔸سخنرانان:
دکتر ندا افضلیان
دکتر امیرحسین فرضمهدی
دکتر حمید کریمی روزبهانی
🔸زمان برگزاری: ۲۷ آبانماه ۱۴۰۰
@Ihbm_2021
📧ihbm@sbu.ac.ir
🌐Humanbrainmapping.ir
🔵 Kenneth D. Miller, PhD
🔷 Professor of Neuroscience, College of Physicians and Surgeons, Columbia University Medical Center
🔷 Co-director of the Center for Theoretical Neuroscience, Columbia University
🔷 Co-director of Doctoral Program in Neurobiology and Behavior, Columbia University
🔹His lab's interests focus on understanding the cerebral cortex. They use theoretical and computational methods to unravel the circuitry of the cerebral cortex, the rules by which this circuitry develops or "self-organizes", and the computational functions of this circuitry. Our guiding hypothesis -- motivated by the stereotypical nature of cortical circuitry across sensory modalities and, with somewhat more variability, across motor and "higher-order" cortical areas as well -- is that there are fundamental computations done by the cortical circuit that are invariant across highly varying input signals.
🔷 Professor of Neuroscience, College of Physicians and Surgeons, Columbia University Medical Center
🔷 Co-director of the Center for Theoretical Neuroscience, Columbia University
🔷 Co-director of Doctoral Program in Neurobiology and Behavior, Columbia University
🔹His lab's interests focus on understanding the cerebral cortex. They use theoretical and computational methods to unravel the circuitry of the cerebral cortex, the rules by which this circuitry develops or "self-organizes", and the computational functions of this circuitry. Our guiding hypothesis -- motivated by the stereotypical nature of cortical circuitry across sensory modalities and, with somewhat more variability, across motor and "higher-order" cortical areas as well -- is that there are fundamental computations done by the cortical circuit that are invariant across highly varying input signals.
⚠️قابل توجه دانشجویان علاقمند به شرکت در هشتمین همایش نقشه برداری مغز ایران
🔺️با همکاری شرکت فارمیدکس لندن، امکان حمایت مالی از صد نفر از دانشجویان ایرانی، به منظور ثبت نام در همایش پیش رو فراهم شده است.
🔺افرادی که تمایل دارند از این حمایت برخوردار شوند، میتوانند پس از ثبت نام اولیه در وب سایت همایش، درخواست خود را همراه با تصویر کارت دانشجویی و اطلاعات ثبت نام ( شامل نام و نام خانوادگی و نام کاربری) به ایمیل همایش به آدرس زیر ارسال نمایند.
ihbm@sbu.ac.ir
🔺شایان ذکر است این حمایت مالی به صد درخواست اولی که واجد شرایط هستند، تعلق خواهد گرفت.
www.humanbrainmapping.ir
🔺️با همکاری شرکت فارمیدکس لندن، امکان حمایت مالی از صد نفر از دانشجویان ایرانی، به منظور ثبت نام در همایش پیش رو فراهم شده است.
🔺افرادی که تمایل دارند از این حمایت برخوردار شوند، میتوانند پس از ثبت نام اولیه در وب سایت همایش، درخواست خود را همراه با تصویر کارت دانشجویی و اطلاعات ثبت نام ( شامل نام و نام خانوادگی و نام کاربری) به ایمیل همایش به آدرس زیر ارسال نمایند.
ihbm@sbu.ac.ir
🔺شایان ذکر است این حمایت مالی به صد درخواست اولی که واجد شرایط هستند، تعلق خواهد گرفت.
www.humanbrainmapping.ir
📍#introduction_of_speakers
🔷 Hamid Karimi Rouzbahani
🔹MRC Cognition and Brain Sciences Unit, University of Cambridge, United Kingdom
🔺 Neural Mechanisms of Face Perception Symposium - IHBM 2021
🔷 Hamid Karimi Rouzbahani
🔹MRC Cognition and Brain Sciences Unit, University of Cambridge, United Kingdom
🔺 Neural Mechanisms of Face Perception Symposium - IHBM 2021
📍#introduction_of_speakers
🔷Neda Afzalian
🔹School of Cognitive Sciences, Institute for Research in Fundamental Sciences (IPM), Tehran, Iran
🔺 Neural Mechanisms of Face Perception Symposium - IHBM 2021
🔷Neda Afzalian
🔹School of Cognitive Sciences, Institute for Research in Fundamental Sciences (IPM), Tehran, Iran
🔺 Neural Mechanisms of Face Perception Symposium - IHBM 2021
📍#introduction_of_speakers
🔷 Amirhossein Farzmahdi
🔹 Department of Systems and Computational Biology, Albert Einstein College of Medicine, New York, USA
🔺 Neural Mechanisms of Face Perception Symposium - IHBM 2021
🔷 Amirhossein Farzmahdi
🔹 Department of Systems and Computational Biology, Albert Einstein College of Medicine, New York, USA
🔺 Neural Mechanisms of Face Perception Symposium - IHBM 2021
📍#introduction_of_speakers
🔵 Mojtaba Zarei, MD, PhD, FRC
🔷 Professor & Director of the Institute of Medical Science and Technology, Shahid Beheshti University, Tehran, Iran
🔷 Lundbeck Professor of Neuroimaging, Southern Denmark University
🔷 Fellow of the Royal College of Physicians of London
🔷 Clinical Professor of Neurology, Odense University Hospital, Denmark
🔹 Neuroimaging by functional and structural MRI, PET, MEG to study neurodegenerative disorders such as Alzheimer, Parkinson and Multiple Sclerosis.
🔵 Mojtaba Zarei, MD, PhD, FRC
🔷 Professor & Director of the Institute of Medical Science and Technology, Shahid Beheshti University, Tehran, Iran
🔷 Lundbeck Professor of Neuroimaging, Southern Denmark University
🔷 Fellow of the Royal College of Physicians of London
🔷 Clinical Professor of Neurology, Odense University Hospital, Denmark
🔹 Neuroimaging by functional and structural MRI, PET, MEG to study neurodegenerative disorders such as Alzheimer, Parkinson and Multiple Sclerosis.
📍#introduction_of_speakers
🔵 Narjes Soltani Dehaghani, PhD
🔷 Postdoctoral Researcher in Institute of Medical Science and Technology, Shahid Beheshti University, Tehran, Iran
🔹With a background of computer engineering, she obtained her PhD in cognitive science from Shahid Beheshti University in a cooperative project with Max Planck Institute for Human Cognitive and Brain Sciences and Oxford University focusing on Magnetoencephalography (MEG) source level data analysis. Her main interest is applying machine learning techniques on MEG brain recordings to shed light on brain functionalities.
🔵 Narjes Soltani Dehaghani, PhD
🔷 Postdoctoral Researcher in Institute of Medical Science and Technology, Shahid Beheshti University, Tehran, Iran
🔹With a background of computer engineering, she obtained her PhD in cognitive science from Shahid Beheshti University in a cooperative project with Max Planck Institute for Human Cognitive and Brain Sciences and Oxford University focusing on Magnetoencephalography (MEG) source level data analysis. Her main interest is applying machine learning techniques on MEG brain recordings to shed light on brain functionalities.
‼️قابل توجه افرادی که چکیده مقاله آنها جهت ارائه در همایش انتخاب شده است:
مهلت ارسال فایل های سخنرانی و پوستر تا پایان امروز میباشد.
مهلت ارسال فایل های سخنرانی و پوستر تا پایان امروز میباشد.
‼️‼️آخرین مهلت ثبتنام در همایش تا پایان امروز میباشد.
🌐جهت کسب اطلاعات بیشتر و ثبتنام به سایت همایش به آدرس humanbrainmapping.ir مراجعه فرمائید.
🌐جهت کسب اطلاعات بیشتر و ثبتنام به سایت همایش به آدرس humanbrainmapping.ir مراجعه فرمائید.