Navigating in a Virtual 3D Environment with Emotiv EPOC
University of Michigan 3D Lab has uploaded a video of using the Emotiv EPOC brain-computer interface headset to navigate in a virtual, stereoscopic 3D environment. This project reminds us of...
View ArticleMinimally Invasive BioBolt Brain Implant Converts Thoughts Into Movement
A brain implant developed at the University of Michigan uses the body’s skin like a conductor to wirelessly transmit the brain’s neural signals to control a computer, and may eventually...The post...
View ArticleSpikerBox Kit Lets Students Observe Neurons as They Fire
Instead of using oldscool demonstration tools like Ping-Pong balls and jump ropes to explain electrical activity in brain, neuroscientist professors Greg Gage and Tim Marzullo came up with an idea...
View ArticleBetter Brain Implants With Ultrathin Carbon Fiber Electrodes
In hopes of revolutionizing implant technology, researchers have developed a new neural interface that has great potentials to improve the efficiency of future brain-computer interfaces. According to a...
View ArticleNavigating in a Virtual 3D Environment with Emotiv EPOC
Read here: Navigating in a Virtual 3D Environment with Emotiv EPOC University of Michigan 3D Lab has uploaded a video of using the Emotiv EPOC brain-computer interface headset to navigate in a virtual,...
View ArticleMinimally Invasive BioBolt Brain Implant Converts Thoughts Into Movement
Read here: Minimally Invasive BioBolt Brain Implant Converts Thoughts Into Movement A brain implant developed at the University of Michigan uses the body’s skin like a conductor to wirelessly transmit...
View ArticleSpikerBox Kit Lets Students Observe Neurons as They Fire
Read here: SpikerBox Kit Lets Students Observe Neurons as They Fire Instead of using oldscool demonstration tools like Ping-Pong balls and jump ropes to explain electrical activity in brain,...
View ArticleBetter Brain Implants With Ultrathin Carbon Fiber Electrodes
Read here: Better Brain Implants With Ultrathin Carbon Fiber Electrodes In hopes of revolutionizing implant technology, researchers have developed a new neural interface that has great potentials to...
View ArticleNavigating in a Virtual 3D Environment with Emotiv EPOC
Read here: Navigating in a Virtual 3D Environment with Emotiv EPOC University of Michigan 3D Lab has uploaded a video of using the Emotiv EPOC brain-computer interface headset to navigate in a virtual,...
View ArticleMinimally Invasive BioBolt Brain Implant Converts Thoughts Into Movement
Read here: Minimally Invasive BioBolt Brain Implant Converts Thoughts Into Movement A brain implant developed at the University of Michigan uses the body’s skin like a conductor to wirelessly transmit...
View ArticleSpikerBox Kit Lets Students Observe Neurons as They Fire
Read here: SpikerBox Kit Lets Students Observe Neurons as They Fire Instead of using oldscool demonstration tools like Ping-Pong balls and jump ropes to explain electrical activity in brain,...
View ArticleBetter Brain Implants With Ultrathin Carbon Fiber Electrodes
Read here: Better Brain Implants With Ultrathin Carbon Fiber Electrodes In hopes of revolutionizing implant technology, researchers have developed a new neural interface that has great potentials to...
View Article
