Researchers use DNA to create 3D electronically operational devices with nanometer-size features. 3D electronic architectures that imitate the natural 3D structure of the brain may prove more effective at running brain-mimicking AI systems than existing 2D architectures.
Read Full Article
#DNAtechnology #3Dprinting #nanotechnology #brainAI #electronicsinnovation
Read Full Article
#DNAtechnology #3Dprinting #nanotechnology #brainAI #electronicsinnovation
Columbia Engineering
DNA Helps Electronics to Leave Flatland | Columbia Engineering
These miniature scaffolds for 3D circuits are designed to assemble themselves.
🤨2👍1🔥1
‘Mind-captioning’ AI decodes brain activity to turn thoughts into text. 🧠💭 A non-invasive imaging technique can translate scenes in your head into sentences. 🖊️✨ It could help to reveal how the brain interprets the world. 🌍🔍
Read Full Article
#MindCaptioning #BrainAI #Neuroscience #ThoughtToText #ImagingInnovation
Read Full Article
#MindCaptioning #BrainAI #Neuroscience #ThoughtToText #ImagingInnovation
Scientific American
AI Decodes Visual Brain Activity—And Writes Captions for It
A noninvasive imaging technique can translate scenes in your head into sentences. It could help to reveal how the brain interprets the world
🤩1👀1
AI decodes brain signals into text with ~70% accuracy. Using non-invasive imaging, researchers translated neural activity into meaningful sentences without implants, offering potential for patients with speech loss, though accuracy, ethics, and privacy concerns remain.
Read Full Article
#BrainAI #Neurotech #SpeechForAll
Read Full Article
#BrainAI #Neurotech #SpeechForAll
The Innovation Informatics
Non-invasive brain-to-text decoding: Towards more natural brain-computer interaction
❤1🤯1😨1