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Jochen KaiserView profile

Professor

• Working Memory
• Cortical Oscillations
• Auditory Processing
• +2 more

Prof. Dr. Jochen Kaiser is a faculty member at the Institute of Medical Psychology , affiliated with the Faculty of Medicine at Goethe University Frankfurt . His work bridges neuroscience and cognitive psychology, utilizing advanced neuroimaging techniques to explore fundamental mechanisms of brain function. Research spans working memory , cortical oscillations , auditory processing , and multisensory integration . Employs Magnetoencephalography (MEG) , Electroencephalography (EEG) , and fMRI to decode neural representations and attention mechanisms. Recent publications highlight his contributions to understanding theta rhythms in attention , distractor resistance in memory , and neural plasticity through training . His studies often employ interdisciplinary approaches, combining computational modeling with neuroimaging to advance cognitive neuroscience . No formal scientific awards are mentioned in the provided text, but his work has been published in high-impact journals like Journal of Neuroscience and Nature Communications . He is based at the Institute of Medical Psychology , where he leads research on auditory and multisensory cognition, contributing to Frankfurt's reputation in neural dynamics and brain imaging domains.

Gord FishellView profile

Professor

• Neurobiology
• Developmental Neuroscience
• Neural Circuitry
• +5 more

Gord Fishell, Ph.D., is a Professor of Neurobiology at Harvard Medical School. His research focuses on the developmental mechanisms underlying inhibitory interneuron diversity and their integration into neural circuits, with implications for autism spectrum disorder, schizophrenia, and intellectual disability. His laboratory has pioneered tools like enhancer-AAV viral vectors for targeting interneurons across species, enabling precise manipulation of cortical circuits. Research Themes: Interneuron Specification: Genetic programs governing interneuron subtype generation during embryonic development. Circuit Integration: Local cues guiding interneurons into cortical and subcortical circuits. Pathophysiological Links: Investigating how interneuron dysfunction contributes to neurological disorders. Technological Innovation: Developing viral tools for cell-type-specific manipulation in mammals and humans. Key Contributions: The lab's work on somatostatin (SST) and parvalbumin (PV) interneurons has revealed critical roles in circuit maturation and sensory processing. Their viral toolkit, developed with Paola Arlotta, enables targeted studies of diverse cortical cell types. Future Directions: Translating developmental insights into therapies for neurodevelopmental disorders, particularly through interneuron-based interventions.

• Visual Perception
• Multisensory Processing
• Cognitive Neuroscience
• +3 more

Professor David Alais is an academic affiliated with the School of Psychology at the University of Sydney, within the Faculty of Science. His research focuses on multisensory processing, visual perception, and cognitive neuroscience, with a particular emphasis on binocular rivalry, tactile adaptation, and the interplay between sensory systems and motor actions. He has contributed to understanding how self-motion signals (e.g., walking, head rotation) modulate perception and cognition, including studies on visual working memory, audiovisual synchrony, and serial dependence effects in aesthetic judgments. His educational background is not explicitly stated in the provided texts, but his extensive publication history and grants suggest advanced training in neuroscience and psychology. Recent grants include investigations into 'Seeing the world step by step: Perceptual sensitivity rises and falls in time with the gait cycle' (2024) and 'Flexibility to multisensory contextual information in people with sensory disabilities' (2023), both highlighting his commitment to studying adaptive sensory mechanisms in real-world contexts. Research interests involve exploring how the brain integrates sensory inputs (e.g., vision, audition, touch) and how motor activities influence perceptual experiences. For instance, his work on 'battle of the Mondrians' and 'CFS-crafter' tools demonstrates an interest in interocular suppression and experimental methodologies. Articles frequently address serial dependence across domains (face attractiveness, food images, auditory stimuli), suggesting a focus on perceptual history and decision-making processes. Professor Alais has not explicitly listed scientific awards in the provided texts. He is involved in developing open-source research tools like the CFS-crafter for continuous flash suppression experiments. His advising and grants reflect a dedication to collaborative and interdisciplinary research, though current student names are not provided here. His lab work centers on multisensory integration, particularly how locomotion and vestibular signals affect perception, with implications for neuropsychology, sports science, and clinical applications.

Brian OdegaardView profile

Assistant Professor

• Low/Mid/High-Level Vision
• Attention & Consciousness
• Multisensory Integration
• +5 more

Brian Odegaard is an Assistant Professor in the Department of Psychology at the University of Florida, affiliated with the College of Liberal Arts & Sciences. His research focuses on understanding how attention and metacognition influence perceptual decision-making and the neural basis of conscious experience. Key areas include peripheral vision perception, multisensory integration, and reality monitoring in humans and AI. Education Ph.D., Psychology (Behavioral Neuroscience & Computational Cognition), UCLA, 2015 M.A., Psychology, UCLA, 2011 B.A., Psychology & Music (Piano Performance), Calvin College, 2009 Research Interests Dr. Odegaard investigates: Perceptual decision-making in peripheral vision, funded by the Office of Naval Research Reality monitoring in humans and large language models Multisensory integration mechanisms and their neural substrates Consciousness theories and their empirical validity Computational modeling of metacognitive processes Key Contributions Recent work includes studies on color perception in peripheral vision, metacognitive sensitivity in AI collaboration, and critiques of Integrated Information Theory. His team uses virtual reality and psychophysical methods to explore visual change detection and saccadic dynamics. Awards & Funding Young Investigator Award, Office of Naval Research Funding from Templeton World Charity Foundation Lab & Collaborations He leads the Perception, Attention, and Consciousness Lab at UF, training graduate students like Saurabh Ranjan (reality monitoring), Joseph Pruitt (peripheral vision), and Trevor Caruso (performance-matched paradigms). Collaborations include Alan Lee (Lingnan University) on change blindness and David Rosenthal (CUNY) on consciousness theories.

Abby NoyceView profile

Research Professor

• Cognitive Neuroscience
• Auditory Research
• Learning & Memory
• +4 more

Dr. Abby Noyce is a Research Professor at the Neuroscience Institute of Carnegie Mellon University. Her research focuses on auditory cognition , executive control , and non-invasive brain monitoring with particular interest in sensory-biased processing and multiple-demand neural networks. Primary research areas: Auditory Research, Learning & Memory, Spatial Cognition Key methodological approaches: EEG, fMRI, Sensory Processing, Cognitive Modeling Her work examines cross-modal attention mechanisms , predictability in cognitive tasks , and auditory-visual integration through experimental paradigms like flanker tasks and spatial attention studies. Recent publications highlight domain-specific memory organization and frontal-parietal network dynamics in working memory contexts.

Sara AhmadiView profile

Lecturer

• Brain-Computer Interfaces
• Deep Learning
• Neuroscience
• +3 more

Dr. Sara Ahmadi is a Lecturer in Artificial Intelligence at Radboud University, affiliated with the Donders Institute for Brain, Cognition and Behaviour. Her primary research focuses on Brain-Computer Interfaces (BCI), deep learning techniques, and neurotechnology. She actively contributes to advancing BCI systems through studies on Bayesian methods, auditory attention decoding, and gaze-independent signal processing. Her research interests span dynamic stopping algorithms for BCI, multimodal attention tracking, and optimizing VEP-based systems. She teaches courses such as 'AI in the Professional Workfield' and 'Digital Signal Processing,' reflecting her expertise in both theoretical and applied AI. Dr. Ahmadi’s work bridges neuroscience and engineering, with a focus on improving BCI usability and robustness in volatile environments. Her recent studies include pilot experiments on noise-tagging for covert attention monitoring and reinforcement learning models for decision-making systems. She is part of the Brain Computer Interfacing research group at the Donders Institute, collaborating on cutting-edge neurotechnology projects.

• Motor Control
• Multisensory Integration
• Neuromechanics
• +3 more

Gerome Manson is an Assistant Professor in the School of Kinesiology and Health Studies at Queen’s University. His research focuses on understanding how sensory information influences motor control and multisensory integration during goal-directed actions. He holds a PhD from the University of Toronto and l’Université d’Aix Marseille, alongside degrees in MSc and BPHE from the University of Toronto. Research Themes: 1) Sensory influence on somatosensory target mapping, 2) Neural networks in rapid motor control, 3) Multisensory perception during movement execution. His work combines motion tracking, neuroimaging, and sensory manipulation to explore sensorimotor processes. Teaching: Undergraduate courses include KNPE 237 (Child & Adolescent Motor Development) and KNPE 254 (Biomechanical Analysis of Human Movement). He mentors students through his Sensorimotor Exploration Lab, offering volunteer and graduate research opportunities in motor learning and neuromechanics. Publications span topics like spinal stimulation effects, age-related sensorimotor differences, and motor strategy adaptations. His lab emphasizes interdisciplinary approaches to advancing understanding of human movement control.

Na-Young RyuView profile

Teaching Professor

• Korean Linguistics
• Phonology
• Computer-Assisted Language Learning
• +4 more

Na-Young Ryu is an Associate Teaching Professor of Korean in the Department of Asian Studies at Penn State University, part of the College of the Liberal Arts. She holds an M.A. in English Linguistics from Hankuk University of Foreign Studies (South Korea) and a Ph.D. in Linguistics from the University of Toronto (Canada). Her research focuses on Korean linguistics, phonology, and innovative language education methods, particularly integrating AI and web-based tools to enhance L2 learners' perception and pronunciation skills. Dr. Ryu’s work emphasizes perceptual training programs using audio-visual techniques and AI-driven conversational chatbots. She explores cross-linguistic perception challenges faced by English and Mandarin learners of Korean, as well as phonological adaptation in heritage Korean communities. Her contributions include developing reliable web-based language tests and mobile-assisted phonetic training tools. Her publications span topics like loanword phonology, vowel harmony in heritage Korean, and the impact of L1 inventory size on L2 perception. She actively promotes Korean culture through campus events like 'Krazy about Korea' and organizes conferences for language educators. Her interdisciplinary approach bridges linguistics, technology, and pedagogy to advance language education methodologies.

• Auditory Neuroscience
• Cortical Plasticity
• Deafness
• +5 more

Steve Lomber is Professor of Psychology and Neuroscience at the University of Texas at Arlington and Director of the Cerebral Systems Laboratory . His work integrates psychophysics, high-field fMRI, single-unit electrophysiology, neuroanatomy, and reversible cryogenic deactivation to study how auditory cortex is organized and how it reorganizes after deafness or cochlear implant stimulation. Education Ph.D. in Anatomy, Boston University School of Medicine, 1994 B.Sc. in Neuroscience, University of Rochester, 1988 Research Focus Dr. Lomber’s program asks how sensory experience shapes brain development and cortical plasticity. Using feline and human models, his laboratory investigates: Cortical plasticity after developmental vs. adult-onset deafness Functional and structural changes triggered by cochlear prosthetic input Cross-modal reorganization where auditory cortex mediates enhanced vision or multisensory processing Technological and methodological advances in high-field fMRI and automated neuroimaging pipelines for translational auditory neuroscience Scientific Awards & Honors 2024 Pioneer Award for Basic Science Research , Association for Research in Otolaryngology (ARO) 2024 President’s Award , Canadian Academy of Audiology Fellow , Association for Psychological Science (2017) Professional Service & Funding Leadership Board of Directors, Canadian Academy of Audiology (2018–2024) Scientific Program Chair, Annual ARO Meeting (2020–2024) Program Committee Member, 2025 International Conference on Auditory Cortex Laboratory & Collaborative Teams As head of the Cerebral Systems Laboratory , Dr. Lomber leads a multidisciplinary group of post-doctoral fellows, graduate students, and research technicians. Ongoing collaborations span institutions in North America and Europe, exploiting high-field 9.4 T fMRI, large-scale electrophysiology arrays, and reversible cryoloop deactivation to advance understanding of auditory-cortical function and to optimize outcomes for cochlear implant users.

• Human-Centered Design
• Ergonomics and Safety Engineering
• Affective Computing
• +5 more

Prof. Maura Mengoni is an Associate Professor at the Department of Industrial Engineering and Mathematical Sciences of the University of Macerata (UNIVPM). Her work focuses on human-centered design methodologies integrating advanced technologies like AI-driven systems, XR applications, and affective computing. She leads research in smart manufacturing systems, ergonomic assessment tools, and inclusive technology development for diverse user groups including people with disabilities. Key projects include SOPHIA's IoT architecture for predictive maintenance and emotion-aware interfaces for automotive safety. Research interests span industrial automation, virtual/augmented reality applications, and multimodal interaction design. Recent studies investigate cognitive workload in driving simulators, emotion-based museum experiences, and facial expression analysis for educational evaluation. Her work bridges engineering with humanities through projects like Civitas, enhancing cultural heritage accessibility via spatial augmented reality at Urbino’s Ducal Palace. Publications emphasize interdisciplinary approaches, including collaborative designs with end-users for accessible technologies and data fusion techniques in manufacturing. She has pioneered systems linking customer emotions to shopping experiences and developed tools for ergonomic risk assessment using RGB camera networks.

• Deep Learning
• Speech Enhancement
• Extended Reality (XR)
• +3 more

Prof Mansour Moniri is a Professor at the University of East London , affiliated with the School of Architecture, Computing & Engineering . His research spans deepfake detection, speech enhancement, extended reality, and conversational analysis, with over 8,500 views on his publications. Primary Research Areas: Deepfake speech recognition and mitigation Extended Reality (XR) applications for remote collaboration Speech enhancement algorithms for hearing aids and ASR systems Conversational fraud detection using linguistic markers Adaptive compressive sensing in wireless sensor networks Publication Trends: Recent works focus on hybrid deep learning architectures for audio analysis (2023-2025), with earlier contributions in immersive technologies (2019-2022) and sensor network optimization (2014-2017). His research consistently combines computational methods with real-world applications in security, healthcare, and communication technologies. Contact: Email: mansour@uel.ac.uk

Margaret SchedelView profile

Professor

• Interactive Media
• Sound Art
• Music Technology
• +4 more

Margaret Schedel is a Professor in the Department of Art at Stony Brook University, with an affiliation in the Department of Music. Her work bridges classical music training, sound art, and computational science, focusing on interdisciplinary projects that integrate technology and the arts. She leads the Making Sense of Data Workgroup at the Institute of Advanced Computational Science and co-directs computer music initiatives. Her research spans interactive multimedia opera, virtual reality experiences, sound art installations, and innovative interfaces for music creation. Notable projects include The King Listens , a telematic opera, and RhumbLine , an exploration of biomimetic musical robots. She also investigates sonification techniques for healthcare applications, such as gait rehabilitation for Parkinson’s patients. Her recent articles highlight trends in inclusive design for music technology, sonification of scientific data, and reimagining traditional instruments through feminist perspectives. She advocates for accessibility in hackerspaces and gender equity in STEAM fields. Her work often merges artistic expression with cutting-edge computational methods, reflecting her dual focus on creativity and scientific inquiry. Margaret’s contributions extend to education through courses on electronic music, sound art, and interdisciplinary collaboration. She has pioneered pedagogical frameworks for notation in digital performance and contributed to the development of open-source tools like softVNS for video processing.

Kami KoldewynView profile

Professor

• Social Perception
• Neurodevelopmental Disorders
• Social Neuroscience
• +4 more

Kami Koldewyn is a Professor in the Department of Psychology at Bangor University's School of Psychology & Sport Science, and currently serves as Dean of Research for the College of Medicine and Health. She holds dual roles in research leadership and academic administration, overseeing interdisciplinary initiatives. Her career includes a PhD from UC Davis (2009), postdoctoral work at MIT with Nancy Kanwisher, and faculty roles since 2013. She is part of the Cognitive Neuroscience research group and leads the Developmental Social Vision Lab. Education: BA in Music and Philosophy (Pomona College, 1996), PhD in Neuroscience (UC Davis, 2009), and Fellow of the Higher Education Academy (FHEA). Research focuses on social perception development across the lifespan, neurodevelopmental disorders (e.g., Autism, Fragile X syndrome), and neural bases of social cognition. Methodologies include fMRI, eye-tracking, and behavioral experiments. Teaching includes a specialist 3rd-year module on Brain Development and Degeneration, and guest lectures at undergraduate and master’s levels. Supervision involves four primary PhD students and four secondary supervisees, alongside postdoctoral scholar Julia Landsiedel. Grants include £1.1M ERC Starting Grant (2017–2022) and projects funded by the Royal Society and British Academy. Key research areas: Social interaction perception, neural plasticity in social cognition, and diagnostic tools for neurodevelopmental disorders. Active collaborations span international teams. Lab activities include interdisciplinary projects on social brain networks and developmental neuroimaging.

Ben WhiteView profile

Associate Professor

• Contemporary Art
• Performance Art
• Installation Art
• +3 more

Dr Ben White is an Associate Professor in Fine Art at the Manchester School of Art, Manchester Metropolitan University. He is a member of the Art and Performance Research Hub, specializing in contemporary art practices that intersect performance, installation, and collaborative interdisciplinary projects. His work often explores themes of cultural heritage, soundscapes, and public engagement through exhibitions and performances. Key collaborations with Eileen Simpson include installations like Everything I Have Is Yours (2019) and participatory projects such as Play it Again! Use it Together (2018). His research outputs span exhibitions at venues including Castlefield Gallery, MK Gallery, and international locations like Mexico City and Atlanta. He has also contributed to major events like the 17th Biennale of Sydney (2010). Recent work focuses on collaborative data-mining in music archives ( Toward Usership , 2023) and temporal narratives ( Premonition 2037 , 2016). His practice bridges fine art, performance, and sound, emphasizing community-driven creative processes.

• Sound Art
• Digital Archives
• Collaborative Art Practices
• +3 more

Eileen Simpson is a Reader at Manchester School of Art, Manchester Metropolitan University, specializing in the intersection of sound art, digital archives, and information networks. She co-founded the Open Music Archive with artist Ben White, a collaborative initiative focused on sourcing, digitizing, and distributing out-of-copyright sound recordings while facilitating networked artistic projects. Her research centers on archival practices , collaborative sound production , and critical data engagement , exploring how communities interact with historical audio materials through participatory frameworks. Key methodologies include distributed network performance , public domain reactivation , and speculative archival futures , often manifested in large-scale exhibitions that transform institutional spaces into sites of collective sound exploration. Notable projects span British Art Show 8 ( Auditory Learning , 2015), Modern Art Oxford ( Premonition 2037 , 2016), and international venues including Casa Luis Barragán in Mexico City ( Open House: Divided Estates , 2012). Her 2025 works Please Destroy All Previous Lists and All or Together advance critiques of data ownership and collaborative sound production. Simpson's output consistently examines power dynamics in archival systems , community-based knowledge sharing , and temporal dimensions of sound preservation . As a core member of the Art and Performance Research Hub, Simpson operates through long-term collaborations rather than conventional advising structures. Her work integrates institutional partnerships with grassroots community engagement, particularly through the Open Music Archive's distributed network of contributors. Current projects like Toward Usership (2025) investigate collaborative data mining within orchestral archives, bridging historical collections and contemporary participatory practices. The Open Music Archive functions as her primary research vehicle, operating as both a digital platform and physical project space facilitating workshops, exhibitions, and international residencies. This initiative embodies her commitment to decentralized knowledge production and critical engagement with copyright frameworks , creating infrastructure for communities to reclaim and recontextualize historical sound materials.