#Discover the #Anatomy of the #AI #Mind. : Medium
#Paralysed man stands again after receiving ‘#Reprogrammed’ #StemCells : Nature
#Engineers develop a better way to #Deliver long-lasting #Drugs : MIT
Check our latest #KnowledgeLinks
#Discover the #Anatomy of the #AI #Mind. : Medium
#Paralysed man stands again after receiving ‘#Reprogrammed’ #StemCells : Nature
#Engineers develop a better way to #Deliver long-lasting #Drugs : MIT
Check our latest #KnowledgeLinks
Jan hat nach einem Unfall eine Querschnittslähmung. Nur die Bewegung mit dem Kopf funktioniert noch. Im Beitrag auf dem #37c3 zeigt er, wie er mithilfe von Technologie trotzdem ein Smartphone und Computer bedienen kann: https://media.ccc.de/v/37c3-12183-handsfree_assistive_technology
I am #paralysed from the chest down, have no hand functions and sit in a power #wheelchair. I will share some insights on spinal cord #injury and my experiences of how I work, live and …
#disability #behinderung #handsfree #SpinalCord #unfall #lähmung
#Paralysed man walks using device that reconnects #brain with #muscles
My father, Hanif Kureishi, was paralysed, now I must be his voice | Carlo Kureishi
#Paralysed man walks again thanks to electrodes in his spine
Neural implant lets paralysed person type by imagining writing (vs just cursor control) - A paralysed individual hit 90 characters per minute with 99% accuracy
This week, the academic community provided a rather impressive example of the promise of neural implants. Using an implant, a paralysed individual managed to type out roughly 90 characters per minute simply by imagining that he was writing those characters out by hand.
Previous attempts at providing typing capabilities to paralysed people via implants have involved giving subjects a virtual keyboard and letting them manoeuvre a cursor with their mind. The process is effective but slow, and it requires the user's full attention, as the subject has to track the progress of the cursor and determine when to perform the equivalent of a key press. It also requires the user to spend the time to learn how to control the system.
As the researchers themselves put it, this "is not yet a complete, clinically viable system." To begin with, it has only been used in a single individual, so we have no idea how well it might work for others. https://squeet.me/objects/962c3e10f724c0daed71f087a206e85fd1084f63
This week, the academic community provided a rather impressive example of the promise of neural implants. Using an implant, a paralysed individual managed to...
#Paralysed men can #stand and #walk after #electrical #stimulation | #Science | The Guardian