Brain cells fire more slowly with sleep deprivation.
When you’re up all night, the slowness you feel runs deep – all the way down to the brain cells involve in perception. | learn more
When you’re up all night, the slowness you feel runs deep – all the way down to the brain cells involve in perception. | learn more
Neurologists at the University of Rochester have introduced information directly into monkeys’ premotor cortex via electrodes. They taught them to play a game with these signals. Neat stuff! | learn more
This is an interesting article. It describes tying types of work to specific locations to reinforce neural pathways in your brain. It explains why people sometimes have trouble working out at home (i.e. in their living room). | learn more
Now we’re talking! “Purdue Engineering researchers have developed a system that can show what people are seeing in real-world videos, decoded from their fMRI brain scans — an advanced new form of “mind-reading” technology that could lead to new insights […]
With neural network software, researchers at UC San Diego built a brain-to-tweet interface that predicted what a bird will sing 30 milliseconds before the bird actually sings. This may be an early step on the long march to human brain-machine […]
You may recall Elon Musk’s new venture to create a BMI that’s directly connected to your brain. The team at CNTRL-Labs thinks that’s a bit more than the market will bare, so instead they’ve figured out how to read your […]
Pro poker player Liv Boeree discusses cognitive biases that great poker players avoid at the table, and goes on to discuss real-world implications of the biases. | learn more
This article explores the relationship between Neural Stem Cells and the aging process. The cells die slowly over time. When researchers killed these cells in animal models, they essentially jump-started the aging process. | learn more
“In a new study, the researchers show that consumption of extra-virgin olive oil protects memory and learning ability and reduces the formation of amyloid-beta plaques and neurofibrillary tangles in the brain – classic markers of Alzheimer’s disease.” | learn more
Young brains actively rewire themselves based on exposure to stimuli. As brains get older, they actively resist this process. It’s not necessarily a bad thing, but reversing this process can help with aging-related disorders. Researchers have figured out how to […]