#MotorImagery #BCI is like rehearsing a dance in your mind—no movement, but your brain lights up as if you’re doing it.
BCIs pick up those mental “rehearsals” and turn them into real actions, like moving a cursor or a robotic limb.

Weve been combining electrical stimulation of the spinal cord with other therapeutic modalities to improve function after #cervicalspinalcordinjury. This paper shows the acute effect of #motorimagery and tces to enhance function and neural plasticity.
www.sciencedirect.com/science/arti...

Up to 30% of users struggle to operate #motorimagery BCIs. This study proposes using neuronal avalanches as biomarkers to track and predict learning success. Predictive models reached 91% accuracy, paving the way for personalized #BCI training and fewer “BCI-illiterate” users.

#Neuroskyence

Motor imagery #BCI works by imagining movement—like closing your hand or walking—without actually doing it.
Your brain still generates distinct signals, and BCIs can learn to detect and use them.
It’s a powerful tool for rehab, prosthetics, and control systems.
#MotorImagery #Neurorehabilitation

"This study seeks to lay groundwork for #virtual [ #MultipleSclerosis] #dance programs.... We [also] investigated whether there are measurable differences in #MotorImagery ability before and after the dance intervention..."
doi.org/10.7224/1537...

Original Research 🔍

#Motorimagery, the mental rehearsal of movement, boosts strength and power with #resistancetraining. This study shows it as a simple, low-cost tool for #coaches and #athletes to enhance #sportsperformance and #brainendurance.
👉 zurl.co/F2t08

Is it too early to start the countdown to the #RIOgroup meeting this May? Looking forward to seeing everyone and excited for trainees Kyle, Celine, Alisha, Sara, & @mattscott93.bsky.social to share what we've been working on! Five NIMBL talks, get ready folks! #motorimagery

A 2025 study introduces LGL-BCI, a system using geometric deep learning to improve motor imagery BCIs.
It handles complex #EEG variations while keeping things lightweight—ideal for real-time, low-power applications like assistive tech.

🔗 arxiv.org/abs/2501.05589

#BCI
#MotorImagery
#Neurotech

New #dataset alert! 18 people, 8 #MotorImagery tasks, 5760 trials. And now we’ve got #EEG and #fNIRS data for decoding fine-grained joint movement. It’s a rich resource that may help advance #brain-computer interfaces. Details at @nature.com's #ScientificReports: bit.ly/3ZmpFYg #BCI #neurotech