https://nibs-conference.com
Dr Jung is an Assistant Professor in the School of Psychology at the University of Nottingham and a Visiting Professor at the College of Medicine, Korea University.
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Dr Jung is an Assistant Professor in the School of Psychology at the University of Nottingham and a Visiting Professor at the College of Medicine, Korea University.
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Dr Dyke’s research interests include combining non-invasive brain stimulation and neuro-imaging approaches to enhance our understanding of the brain in health and in specific conditions such as Tourette Syndrome.
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Dr Dyke’s research interests include combining non-invasive brain stimulation and neuro-imaging approaches to enhance our understanding of the brain in health and in specific conditions such as Tourette Syndrome.
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His doctoral research focused on the fundamental efficacy of transcranial ultrasound stimulation (TUS), methods development, and addressing peripheral confounds in brain stimulation.
➡️ Learn more about the Brainbox Initiative Conference at lnkd.in/dtXfcgu
His doctoral research focused on the fundamental efficacy of transcranial ultrasound stimulation (TUS), methods development, and addressing peripheral confounds in brain stimulation.
➡️ Learn more about the Brainbox Initiative Conference at lnkd.in/dtXfcgu
Dr Briley is a psychiatrist and researcher at the University of Nottingham's Institute of Mental Health. He recently published work showing promise of an approach that delivers TMS and tACS concurrently and in synchrony.
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Dr Briley is a psychiatrist and researcher at the University of Nottingham's Institute of Mental Health. He recently published work showing promise of an approach that delivers TMS and tACS concurrently and in synchrony.
➡️ Learn more: nibs-conference.com
Charlotte Smets is a PhD student in the Neuromodulation Research Lab of Prof. Myles Mc Laughlin at KU Leuven.
➡️ Learn more about her research focus: nibs-conference.com
Charlotte Smets is a PhD student in the Neuromodulation Research Lab of Prof. Myles Mc Laughlin at KU Leuven.
➡️ Learn more about her research focus: nibs-conference.com
Doctor Pisoni is an Associate Professor in Cognitive Neuroscience at the Department of Psychology, University of Milano Bicocca.
➡️ Learn more about his research aims and focus at: nibs-conference.com
Doctor Pisoni is an Associate Professor in Cognitive Neuroscience at the Department of Psychology, University of Milano Bicocca.
➡️ Learn more about his research aims and focus at: nibs-conference.com
Dr Tremblay's research primarily leverages neuroimaging and neurophysiological methods to study the mechanisms underlying neuromodulation techniques, particularly rTMS.
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Dr Tremblay's research primarily leverages neuroimaging and neurophysiological methods to study the mechanisms underlying neuromodulation techniques, particularly rTMS.
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Prince is a Ph.D. student in the NeuroModulation lab at the University of Surrey. His research investigates non-invasive deep brain stimulation of the hippocampus during sleep to understand memory consolidation mechanisms.
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Prince is a Ph.D. student in the NeuroModulation lab at the University of Surrey. His research investigates non-invasive deep brain stimulation of the hippocampus during sleep to understand memory consolidation mechanisms.
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Dr Jackson is a research associate at the MRC Cognition and Brain Sciences Unit, University of Cambridge. She uses multimodal neuroimaging and neurostimulation techniques to study the human capacity for flexible cognition.
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Dr Jackson is a research associate at the MRC Cognition and Brain Sciences Unit, University of Cambridge. She uses multimodal neuroimaging and neurostimulation techniques to study the human capacity for flexible cognition.
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Currently a Research Radiographer employed by the University of Oxford, Michael has been a radiographer since 1987, with approximately 15 years of this being in neurological and neurovascular imaging.
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Currently a Research Radiographer employed by the University of Oxford, Michael has been a radiographer since 1987, with approximately 15 years of this being in neurological and neurovascular imaging.
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Jessica is a Ph.D. student in Cognitive Neuroscience at Lancaster University. Her research investigates how repeated exposure to sub-concussive head impacts in contact sports affects auditory processing in the brain.
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Jessica is a Ph.D. student in Cognitive Neuroscience at Lancaster University. Her research investigates how repeated exposure to sub-concussive head impacts in contact sports affects auditory processing in the brain.
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Gabriel received his PhD from Trinity College Dublin, working under Prof. Sven Vanneste to study the effects of occipital nerve stimulation using EEG, TMS, and physiological recording.
➡️ Learn more about #BBI2025: nibs-conference.com
Gabriel received his PhD from Trinity College Dublin, working under Prof. Sven Vanneste to study the effects of occipital nerve stimulation using EEG, TMS, and physiological recording.
➡️ Learn more about #BBI2025: nibs-conference.com
Joining us will be Anna Fromm, whose research examines how tDCS influences brain plasticity and cognitive aging 🧠
➡️ You can learn more about our speakers today at www.nibs-conference.com
#Neuroscience #tES #tDCS #NeuroscienceConference
Joining us will be Anna Fromm, whose research examines how tDCS influences brain plasticity and cognitive aging 🧠
➡️ You can learn more about our speakers today at www.nibs-conference.com
#Neuroscience #tES #tDCS #NeuroscienceConference
Apply by June 1st for a chance to win a loan of research equipment, cash prizes, and collaboration opportunities.
➡️ Read more and apply for our range of awards: lnkd.in/d3qr_4N
Apply by June 1st for a chance to win a loan of research equipment, cash prizes, and collaboration opportunities.
➡️ Read more and apply for our range of awards: lnkd.in/d3qr_4N
➡️ Register now: bit.ly/3F6jzV8
#Neuroscience #rTMS #SNT
➡️ Register now: bit.ly/3F6jzV8
#Neuroscience #rTMS #SNT
Whether you’re an established researcher looking for support with your work or at the beginning of your career, the awards can provide you with resources needed to propel your research to new heights.
➡️ Read more: shorturl.at/N7plQ
Whether you’re an established researcher looking for support with your work or at the beginning of your career, the awards can provide you with resources needed to propel your research to new heights.
➡️ Read more: shorturl.at/N7plQ
Join us on May 6th, 2PM BST, as Tharan Suresh will present findings providing first direct evidence for the presence of a mu phase-dependent motor learning mechanism in the human brain.
➡️ Register now: lnkd.in/e-kuxGQe
#Neuroscience #FreeWebinar
Join us on May 6th, 2PM BST, as Tharan Suresh will present findings providing first direct evidence for the presence of a mu phase-dependent motor learning mechanism in the human brain.
➡️ Register now: lnkd.in/e-kuxGQe
#Neuroscience #FreeWebinar
Tharan Suresh will present new findings revealing that motor sequence-specific plasticity is most evident during mu peak phases, not troughs, as previously thought.
➡️ Register now: bit.ly/42BGEGY
Tharan Suresh will present new findings revealing that motor sequence-specific plasticity is most evident during mu peak phases, not troughs, as previously thought.
➡️ Register now: bit.ly/42BGEGY
Join us to learn from the world-leading experts in transcranial ultrasound stimulation and to advance your knowledge of #TUS techniques.
➡️ More info: bit.ly/3F2aTys
Join us to learn from the world-leading experts in transcranial ultrasound stimulation and to advance your knowledge of #TUS techniques.
➡️ More info: bit.ly/3F2aTys
➡️ Learn more about the conference: bit.ly/3QUDtEP
Don't miss the final deadline to submit your abstract and be part of the conversation driving innovation in neuroscience!
#BBI2025 #Neuroscience
➡️ Learn more about the conference: bit.ly/3QUDtEP
Don't miss the final deadline to submit your abstract and be part of the conversation driving innovation in neuroscience!
#BBI2025 #Neuroscience
Share your research with a global audience, connect with leading experts, and contribute to discussions shaping the future of neuroscience.
🌐 Learn more: nibs-conference.com
#Neuroscience
Share your research with a global audience, connect with leading experts, and contribute to discussions shaping the future of neuroscience.
🌐 Learn more: nibs-conference.com
#Neuroscience
To submit your abstract, email [email protected] with the research title, a short abstract and your academic CV.
🌐 Learn more about the conference at: nibs-conference.com
To submit your abstract, email [email protected] with the research title, a short abstract and your academic CV.
🌐 Learn more about the conference at: nibs-conference.com
This is a unique opportunity to share your work with a global audience, connect with leading experts, and contribute to discussions shaping the future of neuroscience.
➡️Learn more: nibs-conference.com
#Neuroscience
This is a unique opportunity to share your work with a global audience, connect with leading experts, and contribute to discussions shaping the future of neuroscience.
➡️Learn more: nibs-conference.com
#Neuroscience
Don't miss this unique opportunity to learn from world-leading academic and technical experts and to advance your knowledge of #TUS techniques.
➡️ Learn more: bit.ly/3F2aTys
#Neuroscience
Don't miss this unique opportunity to learn from world-leading academic and technical experts and to advance your knowledge of #TUS techniques.
➡️ Learn more: bit.ly/3F2aTys
#Neuroscience
Submit your abstract today for a chance to share your research with a global audience, connect with leading experts, and contribute to discussions shaping the future of neuroscience.
🌐 Learn more: nibs-conference.com
Submit your abstract today for a chance to share your research with a global audience, connect with leading experts, and contribute to discussions shaping the future of neuroscience.
🌐 Learn more: nibs-conference.com