جست‌وجوی استاد و پژوهشگر

• Neuroengineering
• Brain-Computer Interfaces
• Electrophysiological Source Imaging
• +۳ مورد دیگر

Bin He is the Trustee Professor and Head of Biomedical Engineering at Carnegie Mellon University, with adjunct appointments in Electrical and Computer Engineering and the Neuroscience Institute. Previously, he held the Distinguished McKnight University Professor and Medtronic-Bakken Endowed Chair positions at the University of Minnesota. His research revolutionizes noninvasive brain-computer interfaces, enabling mind-controlled prosthetics and drones. Key innovations include the first continuous 3D robotic arm control via EEG. His lab pioneers neuroimaging and electrophysiological source imaging, integrating AI and machine learning to decode neural signals. Research spans: BCI Applications: Prosthetics, drone control, and therapeutic devices for neurological disorders. Imaging Breakthroughs: High-resolution EEG/MEG source localization and cardiac activation mapping. Translational Impact: Collaborations with medical device industries to commercialize technologies. Awards include the Distinguished McKnight Professorship and Medtronic-Bakken Endowed Chair. He leads major journals and societies, driving global neuroengineering advancements. Current grants support BCI scalability and clinical translation.

• Communication Neuroscience
• Media Psychology
• Health Communication
• +۵ مورد دیگر

Ralf Schmälzle is an Associate Professor in the Department of Communication at Michigan State University's College of Communication Arts and Sciences. He serves as Graduate Director of the M.A. in Health and Risk Communication program, Co-Director of the Center for Avatar Research and Immersive Social Media Applications (CARISMA), and Core Leader of the Health and Risk Communication Center (HRCC). His research bridges communication science, cognitive neuroscience, and psychology to investigate how the brain processes persuasive messages in health, media, and interpersonal contexts. Dr. Schmälzle's work centers on neurocognitive communication and media neuroscience, utilizing fMRI, EEG, and computational modeling to study audience engagement and health message processing. His recent research explores AI-generated health messages, VR-based advertising, and neural correlates of social interaction in virtual environments. Key methodologies include mobile EEG hyperscanning, pupillometry, and gaze-contingent paradigms to decode attention and memory mechanisms during media exposure. His publication trends (2023-2025) reveal accelerating integration of artificial intelligence with neuroimaging, particularly in cross-cultural health communication and immersive media environments. Methodological innovation dominates his output, with VR billboard paradigms and embodied AI agents enabling naturalistic studies of message exposure-reception-retention chains. A consistent focus on translating neural metrics into practical health campaign design distinguishes his contributions to the field. As Graduate Director of the Health and Risk Communication M.A. program and founder of the Neuroscience of Messages Lab, Schmälzle mentors students in interdisciplinary research linking communication, neuroscience, and technology. His leadership in CARISMA-lab and HRCC facilitates collaborative grant-funded projects examining social-communicative processes through emerging media platforms. He founded the Neuroscience of Messages Lab (NOM) and co-directs CARISMA-lab, creating interdisciplinary environments for studying communication through cognitive neuroscience and immersive technologies. Current lab initiatives focus on AI-human interaction in VR health coaching, neural synchrony during collective media experiences, and cross-cultural neural responses to health messages using mobile neuroimaging.

• Motor Control
• Neuroscience
• Human Movement
• +۳ مورد دیگر

Louise Mejer serves as an Instructor in the Department of Nutrition, Exercise and Sports at the Faculty of Science, University of Copenhagen, concurrently pursuing her PhD in movement neuroscience. Her academic role integrates teaching with advanced research on neural mechanisms governing human motor control. Her research program investigates causal relationships in core motor networks during visually guided stepping tasks and methodological optimization in TMS-EEG paradigms targeting the primary motor cortex. This work bridges experimental neuroscience with practical applications in movement rehabilitation and sports performance, utilizing cutting-edge neuroimaging techniques to decode sensorimotor integration processes. Recent publications demonstrate dual expertise in empirical motor neuroscience and rigorous methodological critique, establishing her as an emerging contributor to understanding neural substrates of human locomotion. Her work emphasizes experimental precision in establishing causal neural mechanisms while addressing technical challenges in brain stimulation research. Scientific recognition includes: DSB student Award (2014) Collaborative research outputs indicate active engagement with international neuroscience teams, though formal advising relationships and grant details remain unspecified in current records. Her institutional affiliation centers on the NEXS research environment, leveraging Copenhagen's movement neuroscience infrastructure for human motor control investigations.