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DIY Neuroscience, a TED original series
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Description
The TV series DIY Neuroscience, a TED original series, created by an unlisted creator and produced by an unlisted studio, first premiered on May 13, 2026 in Royaume-Uni. The series spans 1 season with 5 episodes, featuring the voices of an unlisted voice cast. It follows the story of Watch science in action in this original TED series about cutting-edge neuroscience experiments on a shoestring budget. This is a Psychology series and has received a rating of 0/10 from 0 viewers.
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ugc-edu.comhynd14
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Production
Castle Rock Entertainment
Récompense
21 victoires et 43 nominations au total
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Avis des utilisateurs
Modern technology lets neuroscientists peer into the human brain, but can it also read minds? Armed with the device known as an electroencephalogram, or EEG, and some computing wizardry, neuroscientist Greg Gage and his colleagues attempt to peer into a subject's thoughts. On DIY Neuroscience, a TED original series, watch cutting-edge neuroscience experiments on a shoestring budget. Check out more here: https://go.ted.com/diyneuroscience Subscribe to our channel: https://www.youtube.com/TED
Modern technology lets neuroscientists peer into the human brain, but can it also read minds? Armed with the device known as an electroencephalogram, or EEG, and some computing wizardry, neuroscientist Greg Gage and his colleagues attempt to peer into a subject's thoughts. On DIY Neuroscience, a TED original series, watch cutting-edge neuroscience experiments on a shoestring budget. Check out more here: https://go.ted.com/diyneuroscience Subscribe to our channel: https://www.youtube.com/TED
Modern technology lets neuroscientists peer into the human brain, but can it also read minds? Armed with the device known as an electroencephalogram, or EEG, and some computing wizardry, neuroscientist Greg Gage and his colleagues attempt to peer into a subject's thoughts. On DIY Neuroscience, a TED original series, watch cutting-edge neuroscience experiments on a shoestring budget. Check out more here: https://go.ted.com/diyneuroscience Subscribe to our channel: https://www.youtube.com/TED
Dragonflies can catch prey with near perfect accuracy, the best among all predators. But how does something with so few neurons achieve such prowess? Neuroscientist Greg Gage and his colleagues explore how a dragonfly unerringly locks onto its preys and captures it within milliseconds using just sensors and a fake fly. On DIY Neuroscience, a TED original series, watch cutting-edge neuroscience experiments on a shoestring budget. Check out more here: https://go.ted.com/diyneuroscience Subscribe to our channel: https://www.youtube.com/TED
Dragonflies can catch prey with near perfect accuracy, the best among all predators. But how does something with so few neurons achieve such prowess? Neuroscientist Greg Gage and his colleagues explore how a dragonfly unerringly locks onto its preys and captures it within milliseconds using just sensors and a fake fly. On DIY Neuroscience, a TED original series, watch cutting-edge neuroscience experiments on a shoestring budget. Check out more here: https://go.ted.com/diyneuroscience Subscribe to our channel: https://www.youtube.com/TED
Dragonflies can catch prey with near perfect accuracy, the best among all predators. But how does something with so few neurons achieve such prowess? Neuroscientist Greg Gage and his colleagues explore how a dragonfly unerringly locks onto its preys and captures it within milliseconds using just sensors and a fake fly. On DIY Neuroscience, a TED original series, watch cutting-edge neuroscience experiments on a shoestring budget. Check out more here: https://go.ted.com/diyneuroscience Subscribe to our channel: https://www.youtube.com/TED
Dragonflies can catch prey with near perfect accuracy, the best among all predators. But how does something with so few neurons achieve such prowess? Neuroscientist Greg Gage and his colleagues explore how a dragonfly unerringly locks onto its preys and captures it within milliseconds using just sensors and a fake fly. On DIY Neuroscience, a TED original series, watch cutting-edge neuroscience experiments on a shoestring budget. Check out more here: https://go.ted.com/diyneuroscience Subscribe to our channel: https://www.youtube.com/TED
Can the mind be manipulated to love a food we loathe? The evidence from fruit flies is compelling, and perhaps surprising. Our tag team of neuroscientists attempts to change a fly's preference for fruit over vegetables simply by shining a light on their brain. On DIY Neuroscience, a TED original series, watch cutting-edge neuroscience experiments on a shoestring budget. Check out more here: https://go.ted.com/diyneuroscience Subscribe to our channel: https://www.youtube.com/TED
Can the mind be manipulated to love a food we loathe? The evidence from fruit flies is compelling, and perhaps surprising. Our tag team of neuroscientists attempts to change a fly's preference for fruit over vegetables simply by shining a light on their brain. On DIY Neuroscience, a TED original series, watch cutting-edge neuroscience experiments on a shoestring budget. Check out more here: https://go.ted.com/diyneuroscience Subscribe to our channel: https://www.youtube.com/TED
Can the mind be manipulated to love a food we loathe? The evidence from fruit flies is compelling, and perhaps surprising. Our tag team of neuroscientists attempts to change a fly's preference for fruit over vegetables simply by shining a light on their brain. On DIY Neuroscience, a TED original series, watch cutting-edge neuroscience experiments on a shoestring budget. Check out more here: https://go.ted.com/diyneuroscience Subscribe to our channel: https://www.youtube.com/TED
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