Sensorimotor Neuroscience
Assistant Professor | Biomedical Engineering | University of Delaware
https://joshcashaback.weebly.com
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@luctr.bsky.social
@jrcrenshaw.bsky.social
Assoc. Prof. University of Delaware, Dpt of Kinesiology & Applied Physiology, Biomechanics & Movement Science. He/him.
@nathumbehav.nature.com
A Nature Portfolio journal bringing you research and commentary on all aspects of human behaviour. https://www.nature.com/nathumbehav/
@michaelshadlen.bsky.social
Neuroscientist, jazz guitarist, father, neurologist, and co-organizer of the Jazz Artist in Residence program at the Zuckerman Institute @Columbia University. I think about thought—what it is and how it arises—through the neuroscience of decision-making.
@natneuro.nature.com
News, commentary and research coverage from the international monthly journal publishing the highest quality of work in all areas of neuroscience. https://www.nature.com/neuro/
@isaiahjlachica.bsky.social
PhD in Biokinesiology from USC. Interested in understanding the roles of vision and the brain in movement.
@chazfirestone.bsky.social
Cognitive scientist studying how we see + think @ Johns Hopkins University. 🇨🇦 Lab: https://perception.jhu.edu/
@manutdfc.bsky.social
@laurekayser.bsky.social
Asst. Prof. at the University of Delaware - fan of polymers, PEDOT:PSS, bioelectronics, gardening, foraging, fancy food, and birds.
@udbme.bsky.social
The official Bluesky feed for the University of Delaware’s Department of Biomedical Engineering.
@weijima.bsky.social
Computational cognitive scientist at NYU. Founder of Growing up in Science.
@kinarm.bsky.social
Kinarm (BKIN Technologies Ltd.) is a Canadian company delivering flexible robotic platforms around the world to enable better brain research and inform our understand of neurological disease and injury. Find us at https://kinarm.com/
@nidhise.bsky.social
assistant professor at MIT building computational models to understand human movement
@harikalidindi.bsky.social
Postdoctoral researcher, Sensorimotor & Computational Neuroscience @UCLouvain | Studying how brain produces movements
@aaronlwong.bsky.social
Motor control neuroscientist, Jefferson Moss Rehab Research Institute. Motor planning, learning, and cognitive-motor interactions. https://www.jefferson.edu/academics/colleges-schools-institutes/skmc/departments/rehabilitation/faculty/wong.html (he/him) 🏳️🌈
@drgbuckingham.bsky.social
Cognitive psychologist interested in perception, illusions, sensorimotor control, and virtual reality. I also blog for early-career academics: https://gavinbuckingham.wordpress.com/
@tyrellturing.bsky.social
Researcher and CIFAR Fellow, working on the intersection of machine learning and neuroscience in Montréal at @mcgill.ca and @mila-quebec.bsky.social.
@neuroamyo.bsky.social
Assistant Prof at UW. Neural interfaces, motor learning, engineering learning. Believe it or not, my last name has two R's and zero E's. She/her
@kordinglab.bsky.social
@Penn Prof, deep learning, brains, #causality, rigor, http://neuromatch.io, Transdisciplinary optimist, Dad, Loves outdoors, 🦖 , c4r.io
@pmedendorp.bsky.social
Professor of Sensorimotor Neuroscience, Radboud University Nijmegen, Donders Institute for Brain, Cognition and Behaviour
@deniseyph.bsky.social
Sensorimotor neuroscientist and professor at York University. https://deniseh.lab.yorku.ca/
@ryanroemmich.bsky.social
Associate Professor at the Kennedy Krieger Institute and Johns Hopkins University School of Medicine. We study human movement and motor rehabilitation.
@jbjsmeets.bsky.social
Scientist investigating how we use our senses to control our movements
@lukemillerneuro.bsky.social
Computational cognitive neuroscientist. PI of the Brain, Body and Technology (BBT) Lab at the Donders Institute. We research touch, body perception, tool use/sensing, body augmentation, and sensorimotor control. Lab website: www.brainbodytech.com
@hjblock.bsky.social
@allenjl12.bsky.social
Assistant Professor at the University of Florida. Biomechanist. Engineer. Left-hander.
@stevecollins.bsky.social
Stanford professor studying biomechanics, robotics, and design. I think a lot about how we design exoskeletons to improve human mobility. Also how we help students become good engineers. #Sci‘Sky. biomechatronics.stanford.edu
@antoinecomite.bsky.social
Postdoc studying locomotion across species at MIT. PhD from UCLouvain https://decomitea.github.io/
@alkismh.bsky.social
Instructor at the MGH Center for Neurotechnology and Neurorecovery and HMS; research associate at Harvard SEAS. Motor learning and control in the healthy and post-stroke brain. Opinions are own. 🇬🇷 🇨🇾🏳️🌈
@daniellametti.com
Professor of Cognitive Psychology at Acadiau.ca. Conversational AI at OneReach.ai. Psycholinguistics. Human-AI interaction. Running. www.lamettilab.com Halifax, NS.
@glajoie.bsky.social
Professor at Université de Montréal & Mila -- Québec AI Institute mathematics - neuroscience - artificial intelligence
@peabody124.bsky.social
Physiatrist, neuroscientist, gait and movement, brain and robotics enthusiast. Assistant Professor at Northwestern and Shirley Ryan AbilityLab
@helenhuang.bsky.social
Wolfpack and Tar Heels. Prof in BME. Robotic prostheses and exoskeletons. Neural-machine interface. Mom of Two. Lab website https://nrel.bme.unc.edu Editor-in-Chief of IEEE TNSRE https://www.embs.org/tnsre/ Opinions are mine
@hayliemiller.bsky.social
she/her, ☕️🐴🇨🇺🏔 | PI @UM_MVDLab, Asst Prof @UMKines | Psych studying lifespan dev’t of visuomotor skills in neurodivergence | 🥐 enthusiast | opinionated 😏 http://kines.umich.edu/directory/haylie-miller
@ninavanmastrigt.bsky.social
Human movement scientist, postdoc researcher @JLU Gießen, Germany, studying somatosensation and motor control I wonder!
@coxon.bsky.social
Cognitive neuroscience, Motor learning, Exercise neurophysiology. Monash University, Australia
@action-brain.bsky.social
Cognitive neuroscientist and nature lover. Founding Director of Brain and Mind at Western University. https://www.uwo.ca/bmi/
@brian-corneil.bsky.social
Prof of PhysPharm and Psych at Western University. Interested in sensorimotor control and non-invasive modes of brain stimulation.