#brainsignals — Public Fediverse posts

A research project at our university investigates how #BrainSignals can be translated into digital commands, aiming to enable people with #paralysis to interact with computers or #RoboticSystems: http://go.tum.de/611249

#AI #Neuroscience

📷A. Eckert

A research project at our university investigates how #BrainSignals can be translated into digital commands, aiming to enable people with #paralysis to interact with computers or #RoboticSystems: http://go.tum.de/611249

#AI #Neuroscience

📷A. Eckert

A research project at our university investigates how #BrainSignals can be translated into digital commands, aiming to enable people with #paralysis to interact with computers or #RoboticSystems: http://go.tum.de/611249

#AI #Neuroscience

📷A. Eckert

A research project at our university investigates how #BrainSignals can be translated into digital commands, aiming to enable people with #paralysis to interact with computers or #RoboticSystems: http://go.tum.de/611249

#AI #Neuroscience

📷A. Eckert

A research project at our university investigates how #BrainSignals can be translated into digital commands, aiming to enable people with #paralysis to interact with computers or #RoboticSystems: http://go.tum.de/611249

#AI #Neuroscience

📷A. Eckert

Crystal L. Fedeli explains the neurochemical reality: in alcohol dependency, endorphins create signals that alcohol is needed to survive, forming neural pathways. Whatever fires together wires together. This is the brain's process—real and changeable with new connections. #NeuroHealers #BrainSignals #SurvivalToThriving

To hear the complete discussion: https://youtu.be/H2iNZBgDp_U?si=Ff22x4TlEg_-4O43

40 percent of MRI signals do not correspond to actual brain activity

https://www.tum.de/en/news-and-events/all-news/press-releases/details/40-percent-of-mri-signals-do-not-correspond-to-actual-brain-activity

#HackerNews #MRI #BrainActivity #Neuroscience #Research #MedicalImaging #BrainSignals

40 percent of MRI signals do not correspond to actual brain activity

https://www.tum.de/en/news-and-events/all-news/press-releases/details/40-percent-of-mri-signals-do-not-correspond-to-actual-brain-activity

#HackerNews #MRI #BrainActivity #Neuroscience #Research #MedicalImaging #BrainSignals

40 percent of MRI signals do not correspond to actual brain activity

https://www.tum.de/en/news-and-events/all-news/press-releases/details/40-percent-of-mri-signals-do-not-correspond-to-actual-brain-activity

#HackerNews #MRI #BrainActivity #Neuroscience #Research #MedicalImaging #BrainSignals

40 percent of MRI signals do not correspond to actual brain activity

https://www.tum.de/en/news-and-events/all-news/press-releases/details/40-percent-of-mri-signals-do-not-correspond-to-actual-brain-activity

#HackerNews #MRI #BrainActivity #Neuroscience #Research #MedicalImaging #BrainSignals

40 percent of MRI signals do not correspond to actual brain activity

https://www.tum.de/en/news-and-events/all-news/press-releases/details/40-percent-of-mri-signals-do-not-correspond-to-actual-brain-activity

#HackerNews #MRI #BrainActivity #Neuroscience #Research #MedicalImaging #BrainSignals

If a Meta AI model can read a brain-wide signal, why wouldn't the brain?

https://1393.xyz/writing/if-a-meta-ai-model-can-read-a-brain-wide-signal-why-wouldnt-the-brain

#HackerNews #MetaAI #BrainSignals #NeuralNetworks #CognitiveScience #AIResearch

If a Meta AI model can read a brain-wide signal, why wouldn't the brain?

https://1393.xyz/writing/if-a-meta-ai-model-can-read-a-brain-wide-signal-why-wouldnt-the-brain

#HackerNews #MetaAI #BrainSignals #NeuralNetworks #CognitiveScience #AIResearch

If a Meta AI model can read a brain-wide signal, why wouldn't the brain?

https://1393.xyz/writing/if-a-meta-ai-model-can-read-a-brain-wide-signal-why-wouldnt-the-brain

#HackerNews #MetaAI #BrainSignals #NeuralNetworks #CognitiveScience #AIResearch

If a Meta AI model can read a brain-wide signal, why wouldn't the brain?

https://1393.xyz/writing/if-a-meta-ai-model-can-read-a-brain-wide-signal-why-wouldnt-the-brain

#HackerNews #MetaAI #BrainSignals #NeuralNetworks #CognitiveScience #AIResearch

If a Meta AI model can read a brain-wide signal, why wouldn't the brain?

https://1393.xyz/writing/if-a-meta-ai-model-can-read-a-brain-wide-signal-why-wouldnt-the-brain

#HackerNews #MetaAI #BrainSignals #NeuralNetworks #CognitiveScience #AIResearch

The neuroTUM #StudentClub is exploring how #BrainComputerInterfaces can assist those with #PhysicalDisabilities. Their pilot, Leon, aims to control a computer using only #BrainSignals as they prepare for the upcoming #Cybathlon2024: http://go.tum.de/613738

📷A.Schmitz

The neuroTUM #StudentClub is exploring how #BrainComputerInterfaces can assist those with #PhysicalDisabilities. Their pilot, Leon, aims to control a computer using only #BrainSignals as they prepare for the upcoming #Cybathlon2024: http://go.tum.de/613738

📷A.Schmitz

The neuroTUM #StudentClub is exploring how #BrainComputerInterfaces can assist those with #PhysicalDisabilities. Their pilot, Leon, aims to control a computer using only #BrainSignals as they prepare for the upcoming #Cybathlon2024: http://go.tum.de/613738

📷A.Schmitz

The neuroTUM #StudentClub is exploring how #BrainComputerInterfaces can assist those with #PhysicalDisabilities. Their pilot, Leon, aims to control a computer using only #BrainSignals as they prepare for the upcoming #Cybathlon2024: http://go.tum.de/613738

📷A.Schmitz

The neuroTUM #StudentClub is exploring how #BrainComputerInterfaces can assist those with #PhysicalDisabilities. Their pilot, Leon, aims to control a computer using only #BrainSignals as they prepare for the upcoming #Cybathlon2024: http://go.tum.de/613738

📷A.Schmitz