Oscillations in multi-modal EEG research: From basic to applied approaches

ANT Neuro-SINAPSE bootcamp for Oscillations in Multimodal EEG research

Join us for an exciting and informative event in partnership with the SINAPSE consortium and hosted by the University of Glasgow. This unique event offers a comprehensive learning experience for researchers, Master's, and Ph.D. students in cognitive neuroscience and psychology.

Kick off each day with the ANT Neuro team as they introduce attendees to the core concepts and fundamentals of EEG and multi-modal research approaches. Learn about the neurophysiological underpinnings behind each technique and the analysis strategies used to interpret them. Educational presentations will flow into expert-led hands-on sessions, ensuring everyone walks away able to record and analyse high-quality EEG data. In an ANT Neuro bootcamp first, your analysis pipeline will take an oscillations focus, leaving standard ERP approaches aside, and providing you with an in-depth look at FFTs, ERSPs, and ITCs.

Afternoon sessions will feature five academic-led symposiums from leading researchers across the SINAPSE network. Dive into the dynamic world of cutting-edge neuroscience as experts explore brain rhythms, speech processing, memory mechanisms, real-world visual processing, and cognitive transitions from aging to Alzheimer's. Uncover revolutionary insights that promise to enhance our understanding and treatment of cognitive functions and impairments.

Before our evening social on day one, attendees will have the opportunity to submit posters of their research for a chance to win a £100 prize sponsored by ANT Neuro UK. On the final day, attendees will be invited to take an exclusive look at the latest advancements in the multi-modal research space during our product showcase.

Deepen your understanding of EEG and multi-modal research, network with fellow researchers, and enhance your skills. Secure your spot now for a transformative educational journey!

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About the speakers

Dr. Anne Keitel, University of Dundee, Scotland, UK

Dr. Anne Keitel studied Psychology at the Technical University in Berlin before pursuing a PhD at the Max Planck Institute for Human Cognitive & Brain Sciences in Leipzig. Initially focusing on infant research, she shifted her focus to studying the functional organization of the brain, particularly rhythmic brain activity in adults, during her postdoctoral positions at the Institute of Neuroscience and Psychology at the University of Glasgow. In January 2019, she took up a Lectureship, and then Readership, in Cognitive Neuroscience at the University of Dundee, where her lab focuses on brain dynamics in speech and music perception.

Anne's research interests include intrinsic rhythmic activity in the human brain and how it aids in understanding natural spoken language. Her lab has shown that each brain area has its own characteristic mix of intrinsic rhythms. They explore how these rhythms influence speech comprehension in challenging environments and musical abilities. To address these research questions, her lab uses electrophysiological data (EEG), neuromagnetic data (MEG), and behavioural paradigms.

Dr. Christian Keitel, University of Dundee, Scotland, UK

Christian Keitel is a faculty member in the Psychology Division at the University of Dundee. He studied Psychology at the University of Leipzig, earning his Doctorate in Psychology in 2012, followed by a PostDoc at the same institution. In 2014, he moved to Scotland for a second PostDoc at the University of Glasgow. He received his first Lectureship in Psychology at the University of Stirling in 2019 and joined the University of Dundee in 2022.

Christian's research interests include visual and multisensory cognition, the neurophysiology of cognitive processes with a focus on rhythmic and neuromodulatory brain activity, and lapses of attention during sustained task performance. He employs methods such as mobile EEG, MEG, eye tracking (pupillometry), fNIRS, and other physiological measures, along with psychophysics.

Prof. Simon Hanslmayr, University of Glasgow, Scotland, UK

Simon Hanslmayr is a Professor at the School of Psychology and Neuroscience and director for the Centre for Neurotechnology at the University of Glasgow. He leads the Cognition and Oscillations Lab, focusing on brain oscillations' role in human cognition, particularly memory and attention. Simon obtained his PhD from the University of Salzburg in 2005 and held positions at the University of Regensburg and the University of Konstanz before moving to the UK. He joined the University of Birmingham in 2013 and moved to the University of Glasgow as a full Professor in 2020.

His research investigates the precise timing of neural activity required for cognition, using various electrophysiological and imaging methods. His lab studies the causal role of oscillations through rhythmic sensory stimulation and other techniques. Where his goal is to understand how the brain perceives, stores, and retrieves information.

Dr. James Dowsett, University of Stirling, Scotland, UK

James Dowsett is a Lecturer in Psychology at the University of Stirling. His primary research interests focus on neural oscillations, brain stimulation, and consciousness.

James's research aims to understand neural oscillations by manipulating them to determine their causal functions and hopefully improve brain function. He also develops methods to observe brain activity during real-world movement beyond the lab. To achieve these goals, his research includes combining rhythmic sensory stimulation and brain stimulation with EEG to observe and manipulate neural activity. Additionally, he works on recording EEG during natural movement and from real visual scenes. James uses Steady State Visually Evoked Potentials (SSVEPs) as a key tool to meet these research objectives.

Prof. Mario Parra Rodriguez, University of Strathclyde, Scotland, UK

Mario Parra Rodriguez graduated as a Medical Doctor in 1993 and obtained his degree as a Clinical Neurophysiologist in 1997. He worked at the Cuban Neuroscience Centre and various University Hospitals in Cuba and Colombia. His clinical work focused on neuropsychological and neurophysiological aspects of dementia syndromes and other neurological disorders. He also taught neuroscience subjects in the fields of medicine and psychology.

Motivated by a passion for teaching and research, he transitioned to academia with a PhD from the University of Edinburgh in 2005. He completed three Postdoctoral Fellowships and served as a Clinical Studies Officer within NHS Scotland. From 2015 to 2018, he was an Assistant Professor in Psychology at Heriot-Watt University, Edinburgh. Currently, Dr. Parra Rodriguez is a Professor in Psychology at the University of Strathclyde, Glasgow. His research interests include mechanisms underlying normal and abnormal cognitive ageing, cognitive and behavioural changes in neurodegenerative diseases, functional brain changes in dementing illnesses and other brain disorders, and the development of cognitive tests and technology-based intervention procedures for the early detection of dementia and cognitive decline.

Dr. Roman Vakhrushev, ANT Neuro Application Specialist, Germany

Dr. Roman Vakhrushev is a neuroscientist interested in human visual and auditory sensory systems. During his Ph.D. in Göttingen, Germany, he investigated cross-modal reward mechanisms in early sensory systems. There he gave a series of lectures to university students on psychophysical methods, statistical analysis, and good practices in EEG experiments. Another range of his interests lies in attentional mechanisms, specifically, mechanisms of summary statistics and subliminal perception. Overall, Dr. Roman Vakhrushev has expertise in psychophysics, eye-tracking, and EEG.

Dr. Andrew James Hanson, Scientific Sales Account Manager, ANT Neuro UK

Andrew has over a decade of experience in academic EEG research and scientific consultancy. He holds a PhD in Computational Neuroscience from Newcastle University, where he independently developed semi-automated analysis pipelines for EEG data quality assessment. Andrew has a strong background in experimental design across a wide range of fields (visual, auditory, cognitive, and clinical). He is strong advocate for EEG-VR research and is passionate about multi-modal approaches. Currently, Andrew is a Scientific Account Manager at ANT Neuro, where he combines his expertise in EEG technology with a consultancy mindset to support and expand EEG and neuro-navigation research portfolios across the UK.

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Venue

This event will take place in the vibrant city of Glasgow, Scotland, home to a rich academic heritage, stunning architecture, and a thriving cultural scene. As Scotland’s largest city, Glasgow is known for its world-class universities, historic landmarks, and dynamic arts community. Explore the breathtaking Glasgow Cathedral, stroll through the iconic Kelvingrove Art Gallery and Museum, or unwind in the lush Botanic Gardens. From its famous live music venues to its renowned culinary spots, Glasgow offers a unique and lively atmosphere for visitors.

The University of Glasgow, one of the oldest and most prestigious universities in the world, will host this event in its Gilbert Scott Building, a historic venue known for its stunning Gothic architecture and academic significance. The event will be held in Room 253, serving as the main event space, with Room 250 designated for catering and networking breaks.

Conveniently located, the venue is well connected with multiple public transport options, including bus and subway stations within walking distance.

Address:

Gilbert Scott Building, University Of Glasgow, Glasgow G12 8QQ, United Kingdom.

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Contact us

For further inquiries regarding this event, feel free to contact us at [email protected]. Please make sure to write the title of the event in the topic of your email.

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What does the registration fee cover?

By registering in this event, you will have access to the full program of the two days. It will also include the social program (i.e. one dinner) as well as the refreshments and lunch during both days of the bootcamp.

For internal students who register using the promotional codes supplied by their supervisors, the social program is not included as part of the bootcamp package. Interested participants are encouraged to reach out to us via the email address provided above for further inquiry.

Host or Publisher ANT Neuro UK